New Delhi: The Delhi government has unveiled a strong education-focused Budget for 2026–27, allocating ₹19,148 crore to the sector with an emphasis on student welfare, infrastructure upgrades and digital transformation.

Presenting the Budget in the Assembly, Chief Minister Rekha Gupta said the proposals are designed to expand access while improving the quality of public education, reflecting a long-term strategy to modernise government institutions.

The allocation continues education’s position as the largest share of Delhi’s Budget, underlining the administration’s focus on building a more inclusive and future-ready learning ecosystem.

Increasing accessibility and supportOne of the major steps is to increase the accessibility of schools for girls. For this, there are plans to provide free bicycles to 1.30 lakh Class 9 girl students in Delhi government schools, with an allocation of Rs 90 crore.

The government is also planning to provide laptops to Class 10 girl students, as announced in the Budget. This is likely to increase digital learning and bridge the gap in digital education.

The Budget also includes plans to introduce support systems linked to welfare, including provisions for SC, ST, and OBC communities.

Digital push and classroom upgradesThe Budget allocation will be utilized to upgrade classrooms in government schools. As many as 8,777 classrooms will be upgraded to introduce smart boards, with the rollout of smart classes to be funded with Rs 150 crore.

This is likely to introduce new ways of learning and bring government schools at par with changing education patterns.

New schools and the expansion of higher education facilitiesThe Budget has proposed several measures for the development of new schools and higher education facilities. The government has announced the establishment of 10 Kendriya Vidyalayas in the national capital to provide access to centrally administered schools.

The government has proposed measures for the development of new medical colleges and seats in these colleges. This is a long-pending demand for medical education and training.

The government has proposed an integrated education city in Narela, which includes academic institutions, research facilities, and innovation centers. This is a new initiative for higher education and training facilities.

Broader framework for education growthIn addition to the measures for enhancing facilities and benefits for students, the government has proposed measures for the creation of a startup policy and incubation in the education sector.

The Budget has proposed allocations for other complementary sectors such as transportation, urban development, and social welfare that might impact students indirectly.

With a combined investment in access, infrastructure, and technology, the Delhi Budget for FY27 presents a multi-level approach to enhancing education in Delhi.

Climate variability increasingly threatens farm output and therefore top agricultural scientists in India have demanded immediate switching to climate-smart farming methods in order to sustain food supply systems.

This discussion was held during the national seminar on Climate Change and Food Systems jointly organised by Dr Rajendra Prasad Central Agricultural University and Bihar Agricultural Science Academy at Pusa, Samastipur district of Bihar.

They explained that factors such as rising temperature, erratic rainfall and storms lead to decrease in agricultural production in a very direct manner and consequently, they pose a threat to food security in the coming years

Deputy Director General of the Indian Council of Agricultural Research (ICAR) S N Jha, the keynote speaker, pointed out that climate-resilient technologies must be developed quickly and their use must be spread widely.

Since climate change poses a direct threat to global food security, we need to focus on innovations that give us immunity against the fluctuations in food supply, said Jha, quoting the necessity for agricultural practices that can tackle the effects of climate change in India.

Innovation and Sustainability at the Core

During his talk, vice-chancellor P S Pandey highlighted the binary challenge of declining productivity at the same time of rising food demand. He considered innovation in cropping, water management, and post-harvest systems as being the most important ways to keep up agricultural production.

Presenting the matter from the point of view of a global policy, Anjani Kumar Singh, senior fellow of the International Food Policy Research Institute, on the one hand, called for a holistic approach, on the other, putting together climate-resilient crop varieties, efficient irrigation practices, and sustainable farming methods. Regarding effectiveness, he said policy needs to be very tightly in accord with the reality on the ground first.

Roadmap for Eastern India

This seminar was a meeting point for researchers, policymakers, and industry players in the final discussion, they created a list of practical recommendations. These should be the work of future policies aimed at deepening the climate-resilient agriculture of eastern India, a region which is highly vulnerable to climate changes.

Scientists welcomed the fact that the results will be very helpful to the preparation of the long-term plan for sustainable farming which will offer food security to millions, at the same time, it will introduce climate change adaptation measures.

Accelerated global energy transition is presenting the solar sector as the one with the highest potential for exponential growth - which in turn is influencing the career decisions of engineering and management students alike. Climate change along with energy security have become major topics of concern and thus solar energy education has shifted from being a mere niche specialisation to a strategic career path that is future-ready.

Solar usage is soaring globally due to a combination of factors such as technological advancement leading to cost reduction, government subsidies, and corporate environmental responsibility. These changes have resulted in the soaring of demand for skilled persons in solar systems, batteries and network power flow. Engineering students are attending elective courses in photovoltaic technology, energy storage, and grid connection-methods in order to become proficient in planning and construction of large-scale solar installations.

Management students are uncovering new opportunities through exposure to renewable energy finance, policy making, and project management. As companies in the solar sector expand, there will be a growing need for professionals who can integrate technical work with business strategies.

One of the reasons for the popularity of solar energy education programs is because they integrate multiple disciplines. On the one hand, engineering students are taught how to create system designs, enhance efficiency, and use environmentally-friendly materials. On the other hand, management students are educated on energy related legislation, methods of financing, and the analysis of market trends. All these make them capable of serving energy companies, the consultancy sector, and government agencies.

The industry's importance is clear because it helps solve real-world problems. As nations reduce fossil fuel use, solar workers help cut carbon pollution and create lasting infrastructure. This connection to environmental progress gives students a strong reason to stay involved - making the path both career-oriented and socially meaningful.

Innovation is another major driver. The sector offers a wide range of research and development opportunities - from next-generation solar panels to smart grid technologies. Students can participate in very advanced work, which can lead to the future of clean energy.

Another reason to choose solar energy education is career flexibility. You could work for established companies or set up your own business based on solar solutions for urban and rural areas. Since renewable energy targets are being adopted globally by governments, the opportunities in policy and infrastructure are also expanding.

As the clean energy economy continues to build, solar energy education is establishing itself as a future-proof career option providing not only stability and growth but also the chance to be part of a global sustainability movement.

Visvesvaraya Technological University (VTU) has rolled out 'She Innovates' as a decisive step to encourage women-led innovations. It is a women-oriented entrepreneur training programme for female engineering students in the second last year from the colleges affiliated to the university. The training programme was first launched as part of the Visvesvaraya Research and Innovation Foundation (VRIF) and is expected to university train 4,000 students, with around 100 of them finally selected start-ups launching Nearly 3,400 students have registered, but the number of participants from each college has been capped at 80. Students will be

engaged in a 3-months intensive training program, which will be conducted by a group of corporate and institutional partners including Wipro, UN Women, Karnataka Digital Economy Mission, and various TiE chapters from Hubballi Bengaluru Mangaluru, and Mysuru, who will guide them on skills building through entrepreneurial activities, industry exposure, and last, but not the least, solving issues pertaining to the community through problem-solving. After the training, the participants will be challenged through a hackathon, during which they would be asked to come up with solutions to the problems as they identify in rural locations. According to the officials of the university, the activity can be seen as a final-year internship combining theoretical learning with practical innovation.

Santosh Ittanagi, who leads doing and operations at VRIF, stated the programme targets students truly dedicated to starting businesses. The goal is to select 100 individuals ready to take risks and create new projects. Entrepreneurship involves uncertainty, so families will be involved to help students get needed backing. He emphasized that student support is a key part of the process.

VTU Vice-Chancellor S Vidyashankar pointed out that about half of the universitys 80,000 students each year are women. The push seeks to identify their talent and offer them advantage in engineering projects. Rural students will receive extra attention during the selection. He said this helps level the playing field.

The event also includes a message about job readiness. At a meeting with IEEE, the VC stressed education should match real-world job demands. As jobs are available, there isnt enough talent trained for actual workplace needs. This programme aims to change that.

Through She Innovates, VTU wants women engineers to go from looking for jobs to creating them. The effort supports India's

The Supreme Court of India has turned down a request for mandatory menstrual or period leave for women in jobs and schools, warning that strict rules might actually reduce women's involvement in the workforce. A rigid paid leave requirement could push employers to avoid hiring women, deepening gender discrimination instead of solving it. The petition called on the court to order states to create standard rules giving paid time off during menstruation for both students and workers.

The court still says menstrual hygiene is part of dignity, health, and educational access. It has already supported better restroom facilities, free or low-cost sanitary supplies, and public education efforts to reduce stigma around periods. And the decision doesn't require any new laws, but it upholds past support for improving hygiene conditions and fighting misconceptions about menstruation.

The decision has kicked off a wider discussion about whether India should introduce official menstrual leave or instead develop more flexible workplace rules.

Gynaecologists have spoken out, pushing for realistic, health-based solutions instead of one-size-fits-all leave plans. They point out that as a few women suffer intense cramps, the majority can manage symptoms with medical help and simple office changes.

These experts say workplaces should talk openly about periods and offer choices like brief breaks, adjusted tasks, or remote work during tough times. Providing clean restrooms and free sanitary supplies is also considered needed for female employees.

Doctors warn against using over-the-counter remedies without a doctor's advice. They emphasize that pain relief or hormonal therapies should only come after medical evaluation. Any ongoing or serious pain needs prompt check-ups to find possible root causes.

Gynaecologists quoted in the discussion highlight that severe menstrual pain can be managed effectively without blanket leave. They suggest normalising conversations about periods at work, allowing short breaks, flexible duties or work‑from‑home options on difficult days, and ensuring access to clean toilets and sanitary‑napkin dispensers. They also advise using painkillers or hormonal therapy only under medical supervision and seeking prompt care if symptoms are unusually severe or debilitating.

Making a big move internationally to promote academic collaboration, 22 major institutions of Northeast India have together signed a Letter of Intent (LoI) for forming the Northeast IndiaJapan International Academic and Research Consortium.

The first among the signatories is Indian Institute of Technology Guwahati that has been entrusted with the responsibility of the nodal institution of India whereas the coordination from the Japan side will be done by the Gifu University. This pact was signed at the JapanNER Academia-Industry Cooperation Symposium 2026.

The new fraternity includes the prestigious institutions such as the National Institutes of Technology (NITs), Indian Institutes of Information Technology (IIITs), North Eastern Regional Institute of Science and Technology, All India Institute of Medical Sciences Guwahati, North Eastern Regional Institute of Water and Land Management, Tezpur University, Gauhati University, Cotton University and Assam Engineering College among others.

This partnership goes hand in hand with the Ministry of Education Culture Sports, Science and Technology's (MOECSST) Inter-University Exchange Project that aims at building closer relations with northeast India from 2022. Through the new consortium, both countries have a goal to enable about 5,000 student exchanges in each way annually over the next five years, which is considered a major stride in enhancing academic mobility and cultural exchange.

Officials mentioned that such a collaboration will open new avenues for shared research innovation and academic exchange in different fields like science technology medicine among others. Besides, it is set to promote more intense cooperation between academia and industry in both areas.

The Director of the Indian Institute of Technology Guwahati, Devendra Jalihal, called the move a "new dawn" and pointed out the convergence of teams from different states to design an exclusive platform that will connect engineers, scientists , medical personnel, and policymakers. The consortium is regarded as a landmark in fostering India-Japan educational relations and simultaneously raising the global academic stature of Northeast India.

The competition for making the first vaccine for Lyme disease in decades has gotten mixed up in the same problem that the work on the coronavirus vaccine experienced - uncertainty from the clinical trial side. Pfizer and Valneva, two pharmaceutical companies, have just made known the results of their test on the Lyme vaccine. It was not a clear positive or negative result, yet the vaccine was effective by more than 70%. The trouble is not with the effectiveness but with the absence of data. There were not enough individuals who gathered Lyme disease during the research, which resulted in the impossibility of making statistically sound conclusions. This situation is similar to the time of initial virus vaccine trials when data clarity and regulatory decisions were affected by the changes in the infection rates.

Trial Uncertainty Similar to COVID-Times Showing up Again When it was the time of COVID-19, people creating vaccines faced hard times quite similar to these - changes in the pattern of infections taking place quickly, normally deciding on the results of the trial. A low number of cases as in the Lyme vaccine trial, which is good for health, creates complexity in the validation of the scientific model.

On the other hand, Pfizer insists that the vaccine did reach a secondary endpoint and showed "meaningful efficacy, " and so they are moving on for regulatory approval. This puts forward a bigger question: Should healthcare systems adjust the approval processes for the situations of low incidence?

Healthcare Attention is Shifting

This development also echoes an increased worry - is the worldwide health care focus still too intent on pandemic preparation, at the risk of neglecting other new or reemerging diseases like Lyme? Lyme disease is continually getting more widespread in the US although there are very few preventive resources.

There has been no vaccine on the market since one was taken off almost 20 years ago and the call for change has become even more pressing.

Industry Stress and Market Indicators

The wavering has upset the confidence of the investors especially in the case of Valneva, the company's stock plunged considerably right after the announcement. On the other hand Pfizer with its varied product line and great profits during the pandemic period, only experienced a very small effect.

Healthcare Discussion at Large

This situation illustrates a post-COVID scenario where regulators have become more cautious, expectations for data are higher, and public trust has declined. It is likely that the Lyme vaccine trial will prove to be the deciding factor for companies in the pharmaceutical industry as to how much they are willing to prioritize intensive science against the immediate need for public health.

In a major move to enhance Texas' mental healthcare system, Governor Greg Abbott Thursday revealed a $5 million grant for the entire state to increase the training capacity in the forensic psychiatry field. One of the nine institutions that have been awarded is the University of Texas Health Science Center at Tyler which will be allocated $555,555 to support its fellowship training programs.

The money which is being handled by the Texas Higher Education Coordinating Board is intended to help produce the next group of experts in forensic psychiatry, a very important area that deals with both mental health and the law.

Expansion of Mental Healthcare Service in Texas

Governor Abbott highlighted that the grant program represents part of an overall plan to enhance mental health care service coverage throughout Texas. "These are the types of funds that will give our higher education institutions the ability not only to educate future healthcare professionals but also to increase the delivery of healthcare services to targeted communities, " he stated.

Forensic psychiatry is an indispensable component of criminal, civil, and administrative law where it is involved with conducting psychiatric assessments, preparing treatment proposals, and carrying out studies related to risk evaluation and public safety. Since the number of people seeking mental health services is on the rise, this investment by the state is targeted at solving the shortage of workers in this very specific area.

Fellowship Programs to Drive Workforce Growth

The grant award will help schools like UT Health Science Center at Tyler to create, grow, and run accredited one-year forensic psychiatry fellowship programs. These fellowships target licensed doctors who want to further their knowledge of mental health and legal systems.

Higher Education Commissioner Wynn Rosser has said several times that all the nine institutions that were picked showed great collaboration and innovation in their proposals. He explained that the initiative is part of everyone's shared vision to make Texas a national leader in forensic psychiatry education and research.

Statewide Institutional Participation

Besides that, there were other major universities getting the grants: Baylor College of Medicine, University of Texas at Austin, and University of Texas Southwestern Medical Center.

Strengthening Mental Health Systems

Focusing on forensic psychiatry fellowships, Texas is not only solving short-term problems in mental healthcare but also expanding the reach of a very necessary healthcare and justice system's field.

This well-thought-out funding is a big move towards better mental health services, legal assessments, and safer communities throughout the state.

As part of its centenary celebrations, Andhra University is set to host Pharma Innovation 2026, a national-level conclave. In fact, it is a double celebration since the Pharmacy Department also turns 75 this year. The event will be organized by the Pharmacy Council of India (PCI) and will provide a common platform for academia and industry to interact with each other.

G P Rajasekhar, the Vice Chancellor stated that the students would be made industry-ready through this conclave. He further said that the focus should primarily be on the recent developments and innovations in the pharmaceutical sector. Also, Andhra University is planning different steps for not only spreading knowledge among the students but also making them actively participate in the ever-changing industry demands for a period of five years.

Targeting Industry Readiness and Innovations

The Pharma Innovation 2026 is a conclave that will be attended by pharmaceutical experts, researchers, and students from all over the country. This will make it a major event on both academic and industry fronts. The launch of this is just in time with the increased demand of the pharma sector to merge the theoretical studies with the practical applications.

Digital Push in Student Services

The Vice Chancellor in another statement said that checking exam results of Andhra University has become fast and easy as students can now access them through the State Government's Manamitra WhatsApp service.

Cultural Hub of the Campus

From January 9th to 16th, the Andhra University Grounds not only witnessed the educational activities but also turned into a hub of cultural brightness during Sankranti Celebrations. The various spots in the area showcase the rural traditional way of living through the art of rangoli, bullock cart race, Haridasu singing, Burrakatha story-telling, and musical programs.

These celebrations, which were the brainchild of GVL Narasimha Rao, attracted an enormous number of people and at the same time brought out the rich cultural heritage of Andhra Pradesh. To celebrate Bhogi, Rao took part in the traditional ceremonies such as lighting the bonfire and praying for the prosperity and good health of everyone.

Consolidating Educational and Cultural Character

By hosting the Pharma Innovation 2026 conference along with the cultural promotions, Andhra University is not only confirming its position as a prime centre for quality education and research but also marking itself through its cultural heritage. This is the way the university is showing its adjustment as a significant contributor to the higher education and research sector in India.

With the National Education Policy (NEP) setting the main theme of overall educational reforms and also reforms in professional courses such as engineering and pharmacy, the Council of Architecture (CoA) has come up with major changes in the architecture curriculum.

These revised regulations will be operative from the academic session 202627 and will bring major alterations to the structure of the Bachelor of Architecture programme.

According to sources, CoA usually reviews and revises the academic framework after the completion of a full cycle of 10 semesters. After the policy of 2020 came into effect, CoA brought out a revised framework focusing more on modern technology, practical exposure, and skill-based learning.

The new program structure, which is a five-year programme spread over ten semesters, will demand students to acquire a total of 276 credits for completion. To meet this, students will have to earn between 26 and 30 credits every semester. Among the most significant changes introduced is the passing criteria. Students will be mandated to obtain at least 50 percent marks in each component of every subject to pass. Previously, the passing criteria were different for various subjects, but the new rule aims at standardizing the evaluation system.

Keeping up with the rapid changes in technology, the updated syllabus will offer a separate course in Artificial Intelligence (AI). This will become a mandatory subject for all architecture students, reflecting the dependence of design and planning on digitally-enabled tools.

The entire ninth semester will be devoted to internship or hands-on training, a noteworthy piece of the overhaul, helping students learn from work situations. Besides engaging in hands-on training, students finishing the program will be tasked to do a Capstone Project where they will showcase a thoroughly researched and well thought out design.

Moreover, students will no longer write two separate question papers but only one that carries 50 marks. These changes are likely to help in making architecture a more hands-on discipline and being in line with international norms.

A father and a college student clashed in Pune after a video spread online, raising questions about online abuse, how schools handle it, and whether people take justice into their own hands. The student from DY Patil College was accused of bothering a young woman online for about two weeks. Her father then met the student near MIT ADT University and hit him during the fight.

Bystanders recorded the scene. The clip went viral fast, stirring strong opinions. People saw the father ask questions before pushing the student, at the same time others tried to stop it. Now many are talking about how families and colleges deal with online bullying. Some believe parents feel forced to act when kids face repeated abuse and schools dont respond fast enough.

Apparently, some people believe it is quite normal for families to intervene if they perceive something as wrong. However, the matter keeps raising questions whether it is the right thing to do or not.

On the other hand, some have disparaged the incident as a classic case of vigilante justice. They have even cautioned that taking ones own law could result in more violence and the erosion of the principle of due process. Besides that, some have wondered whether the issue could have been resolved at the college level through the authorities or the police before it led to a physical confrontation.

Thankfully, the authorities have verified it happened and that they are investigating it. However, they have not made any statements concerning formal charges as of yet. The law enforcement will likely look into the background of both activities: the alleged harassment as well as the assault that followed.

This particular incident has once again led to the highlighting of a serious issue, the increasing menace of online bullying among the youth, along with the requirement for tougher systems in educational institutions which would enable the prompt and effective handling of complaints.

According to experts, this event serves as an excellent example of the significance of well defined reporting procedures, the institution taking appropriate action without delay and the understanding of the online conduct so that conflicts that result in confrontation can be tackled by the use of lawful means.

India's ability to produce medical graduates has grown dramatically over the last 10 years, as per the ministry's figures shared in Rajya Sabha. There were 387 medical colleges in the country in 2014 and the number has more than doubled to 818 now.

As per information provided by the Ministry of Health and Family Welfare 11 682 MBBS seats and 8,967 postgraduates (PG) seats have been approved by the central government for the academic session 202526. Besides this, 43 additional medical colleges have been fortified nation-wide.

In a written reply in Rajya Sabha, Minister of State for Health, Anupriya Patel said the figures were forwarded to her by the National Medical Commission (NMC). The numbers represent seats both in medical colleges and in institutions such as AIIMS and other Institutes of National Importance (INIs).

Based on the data of the Ministry of Health and Family Welfare placed in Rajya Sabha, medical education in India has witnessed a major leap in capacity in the last decade. Total medical colleges in the country have touched 818 from 387 in 2014. While during this time period, UG (MBBS) seats have increased from 51,348 to 1 28 976, PG seats have also shot up from 31,185 to 85,020.

The ministry said the NMC processes applications from medical colleges every year for setting up new institutions and increasing undergraduate (UG) and postgraduate (PG) seats. Applications are submitted online and evaluated within the same academic year for which they are filed.

Assessments are carried out by the Medical Assessment and Rating Board (MARB) under the NMC. The board determines the mode of inspection before granting approval. This may include verification of digital documents, Aadhaar-based attendance records, hospital management information system (HMIS) data, photographs, video feeds, or surprise physical inspections and video conferencing.

Based on the assessment, the commission issues either a Letter of Permission (LoP) or a Letter of Disapproval (LoD) in accordance with regulations governing the establishment of medical institutions and minimum standards for UG and PG courses.

The ministry also highlighted the centrally sponsored scheme for establishing new medical colleges attached to existing district or referral hospitals, aimed particularly at underserved regions and aspirational districts. Under the scheme, 157 medical colleges have been approved in three phases with a total cost of Rs 41,332.41 crore.

Of this, the Centre’s share is Rs 26,715.84 crore, out of which Rs 23,246.10 crore has already been released, the ministry told the Rajya Sabha. The funding pattern is 90:10 between the Centre and states for northeastern and special category states, and 60:40 for other states.

The ministry added that it regularly engages with the NMC to ensure timely processing of applications and appeals related to medical seats, and that approved seat matrices are made available before the commencement of counselling.

Quantum Computing is becoming a highly demanded subject in the current era. Most students in India who already know the importance of this, have already started digging deeper into this field. 

Additionally, the global quantum computing market sits at around $1.79 billion in 2025 and is expected to hit $7.08 billion by 2030. India's domestic market is growing at a 22.9% CAGR during the same period. That means India is not watching from the sidelines. it's building while the field itself is still being built.

By the time you finish reading this, you'll know exactly what steps to take, which doors are opening right now, and why the next few years might be the best time in Indian history to build a career in quantum computing.

What Is Quantum Computing and Why Should a Student in India Care?

Ordinary computers operate with bits, that is, 0 or 1. Quantum computers operate on qubits, 0 or 1 or both simultaneously (a phenomenon known as superposition). This is because a quantum computer does not examine possibilities one after another. It examines them all together.

In some kinds of problems, such as drug discovery, financial modelling, optimising logistics, breaking or building encryption, quantum computers can be significantly faster than even the largest classical systems, by a factor that is nearly unimaginable using a regular number.

And here is where your career comes into play. A report by McKinsey found that there is only 1 qualified candidate for every three quantum computing job openings worldwide. That gap exists right now. It will become bigger in the coming five years. And Indian students who begin to develop pertinent skills now will be at the head of a very short queue when businesses and government laboratories start recruiting en masse.

What Should Students Know?

Even globally, the technology hasn't crossed the finish line yet. IBM has stated that the first verified cases of quantum advantage will likely emerge only by the end of 2026, with fault-tolerant quantum computers expected around 2029. This means a student starting their B.Tech today will graduate right when the industry starts scaling. That's a timing advantage most people overlook completely.

And the government has put real money behind this. The National Quantum Mission (NQM), approved by the Union Cabinet, carries a budget of Rs. 6,003.65 crore running from 2023-24 all the way to 2030-31. 

Skills You Should Master Before You Can Do Anything

Quantum computing lies at the nexus of three disciplines: physics, mathematics, and computer science:

1. Mathematics: Linear algebra is a must to know. As you will see, probability theory, complex numbers, and abstract algebra will influence day-to-day working. A good base here is already possessed by most JEE-level students, whether they know it or not.
2. Physics: Undergraduate quantum mechanics. There is no need to have a degree in physics, but one should be familiar with the principles of superposition, entanglement, and quantum interference.
3. Computer Science: Python is where you begin. The most popular tool in the field today is IBM open-source framework Qiskit. Introduction to Quantum Computing course offered by NPTEL has already equipped over 37,000 students over the past four years, and 2026 enrolment has already surpassed 2 lakh students. The course is complimentary and a true point of departure.

One less well-known but still quite useful skill to add is ‘quantum error correction’. It is a very specialised sub-specialty, and yet one of the most demanded. The vast majority of quantum systems currently are noisy and need error correction methods to perform reliable calculations. Whoever learns this is at an advantage over the majority of candidates.

What are the Courses and Degrees to Pursue For a Career in Quantum Computing? 

Choosing B.Tech degrees is the ideal pick right after 12th. B.Tech branches that are most applicable in a quantum computer career include:

• B.Tech Computer Science and Engineering (CSE)
• B.Tech CSE specialising in AI or Mathematics and computing.
• B.Tech in Engineering Physics or Applied Physics.
• B.Tech Electronics and Communication Engineering (ECE)

Where To Pursue A Quantum Computing Degree or Course?

Quantum computing has research programmes at IIT Bombay, IIT Kanpur, IIT Madras, IIT Delhi, and IISc Bangalore. The high-end quantum course (24 weeks) is currently offered by NPTEL and has already trained more than 300 participants and is gaining industry sponsorship.

The most important thing to know: You do not require a special quantum computing degree to get into this industry. A good B.Tech degree with a self-acquired quantum abilities is frequently worth more than a degree with specialised skills in a less recognised university.

What the best institutions seek if you want to pursue research: 

Good math and CS skills, knowledge of how to code, some understanding of quantum concepts (Qiskit projects, NPTEL coursework, research papers), and best of all, a degree in computer science earned at a reputable university.

This brings up an important question that many students ask: "How do I get into a top college for B.Tech in the first place, especially if JEE isn't my only option?"

The answer is yes, JEE isn't your only path. There are university-level entrance tests that give you access to quality B.Tech programs. One worth knowing about is GCSET (Global Computer Science Entrance Test), an entrance exam for B.Tech courses at reputed universities. If you're a student who's serious about getting into a strong CS program but wants an alternative route to top engineering colleges, GCSET is a legitimate option to explore. A good B.Tech from the right university is still your strongest foundation for a quantum computing career.

Career Options in the Field of Quantum Computing 

After you graduate, the career paths that this field can provide are the following:

Quantum Software Engineer / Algorithm Developer: Develops quantum algorithms and develops programmes executed on quantum hardware. Good Python and Qiskit are essential requirements.

1. Quantum Hardware Engineer: Research on construction and optimization of qubit systems, superconducting circuit, trapped ions, or photonic circuits. 
2. Specialist in Quantum Cryptography and security.: It is one of the most rapidly expanding positions in the world, particularly with the emergence of quantum computers that are threatening to compromise existing encryption standards. The banking, defence and telecom industry in India will require thousands of professionals in this field.
3. Quantum Research Scientist: Usually postgraduate or PhD is needed. Research in organisations such as IITs, IISc, TIFR, ISRO, or firms such as IBM Quantum India team or Fujitsu Quantum R&D lab in Bengaluru.
4. Quantum Trainer / Educator: Since such activities as enrolling 55,000 students in a quantum course at Andhra Pradesh is happening on a massive scale in early 2026, the need to hire qualified quantum teachers is increasing at an alarming rate.

Class 11-12 Student Roadmap 2026

The following is a realistic plan for becoming an expert in the field of Quantum Computing:

Step 1: Select the appropriate B.Tech Programme.

Target CSE or Engineering Physics or Mathematics and Computing branches. Schools with electives on quantum or operating research laboratories.

Step 2: Take the right entrance exams.

JEE Main and JEE Advanced are still the best paths. Alternatives such as BITSAT, GCSET and state entrance exams like CET are also valid and these allow access to quality programmes.

Step 3: Early start Qiskit and NPTEL.

IBM has some of the best learning resources on Qiskit, which are free. The quantum computing course offered by NPTEL is an introductory course that lasts several months. This is a good start when you are in Class 12 or even in your early years of B.Tech.

Step 4: Request internship and fellowship.

ISRO, IISc, IIT research laboratories, QCI (Quantum Computing India) and Fujitsu Research of India also have internship programmes. An example is the 2026 Summer Research Programme of Fujitsu, which specifically aims at final-year B.Tech and M.Tech students working on quantum algorithms and error correction.

Step 5: Develop a project portfolio.

A Qiskit project that solves a real problem (even a small optimization problem) is worth more during an interview than ten certificates of online courses.

Step 6: Be in touch with the ecosystem.

QCI (quantumcomputingindia.com) also operates learning circles, open projects and community events. It is the most active grassroots quantum computing group in India currently.

One Fact Most Students Miss

The quantum communication system offered by the NQM, which is operated by satellites, is expected to provide quantum-secure communication at a range of 2,000 km (in the future) and link India with the rest of the world via quantum networks. This implies that an entire infrastructure layer is being developed in the next 10 years and it does not have sufficient people to operate it.

India does not only develop quantum computers. It is constructing quantum communications, defence and healthcare quantum sensing systems, and quantum materials research ecosystem. All these areas will require engineers, scientists, and technologists that began learning today.

This is the best time to enter this space where competition is very low and upside very high. Not five years from now.

Indian quantum computing is no longer a research fantasy. It is a national funded mission having specific infrastructure, active industry collaborations, and increasing talent deficit. The way forward is straightforward to students in Class 11-12 or early B.Tech: develop solid CS and math backgrounds, join a good university (via JEE, GCSET, or any other established pathway), learn Qiskit, acquire quantum basics using NPTEL, and begin engaging with the ecosystem.

The future students, who begin today, will not be pursuing quantum computing employment in a decade. They will be the ones that businesses and government labs will be pursuing. Become that! Start today. 

If you are a Class 12 science student, a graduate, or someone considering a specialised career in health‑linked sciences, a combination of toxicology, applied pharmacology, and forensic science is one of the smartest, most future‑proof education paths you can choose today. These fields are not just technical; they directly connect medicine, law, and public safety, three areas that will only grow in importance in India and around the world.

Below are five reasons why these subjects, especially when layered with forensic‑science exposure, are among the top courses to pursue in 2026:

1. They Combine Medicine, Chemistry, and Real‑Life Evidence

Toxicology is the study of how chemicals affect living organisms, from drugs and poisons to environmental toxins and industrial compounds. Applied pharmacology focuses on how medicines work in the body and how their effects and side effects can be predicted and controlled.

When you combine these with forensic science, the result is a powerful mix:

• You can understand what a drug or poison does in the body (pharmacology and toxicology).
• You can also learn how to detect it in biological samples collected at crime scenes or autopsies (forensic science).

This means your knowledge is not only medical; it is also evidence‑based. You move from “theoretical” chemistry to “court‑ready” analysis, exactly what forensic labs, medico‑legal, and investigative bodies need.

2. Strong Career Scope in Healthcare, Pharma, and Forensic Labs

In India, the pharmaceutical, healthcare, and forensic science sectors are expanding rapidly. Professionals with training in toxicology and applied pharmacology can work in:

• Hospitals and clinical labs, monitoring drug safety and adverse‑reaction reporting.
• Pharmaceutical companies, where they help design safer medicines, run safety tests, and support regulatory submissions.
• Research institutes, studying drug interactions, toxic effects, and environmental pollutants.
• Regulatory and quality‑assurance bodies, ensuring medical products meet safety standards.

If you add forensic‑science specialisation (through BSc/MSc Forensic Science, or a forensic‑oriented stream), the same skills open extra doors:

• Forensic toxicology labs, analysing blood, urine, and tissue samples for poisons and drugs.
• Crime‑investigation units, supporting police and medico‑legal teams with scientific evidence.
• State and central forensic‑science laboratories, working on real‑case samples under strict protocols.

So, toxicology and pharmacology offer medical and industry careers, while forensic science turns those skills into evidence‑driven investigative roles.

3. They Fit National Priorities: Health, Safety, and Justice

India is increasingly focusing on:

• Drug safety and pharmacovigilance (tracking how medicines behave in real patients).
• Food and environmental safety, including pollution and contaminant monitoring.
• Crime‑investigation and forensic improvement, with modern labs and digital‑evidence‑supporting tools.

Training in toxicology and applied pharmacology aligns you with public‑health priorities, protecting patients, workers, and whole communities from chemical exposure and unsafe medicines. Additionally, training in forensic science aligns you with justice and investigation priorities, helping ensure that toxicological data becomes admissible, trustworthy evidence in court. 

Together, these areas create a bridge between science and justice, one that will keep growing as India modernises its legal and medical systems.

4. You Become a “Safety‑First and Evidence‑First” Expert

Toxicology teaches you to think in terms of:

• Dose and effect – When does a substance become harmful?
• Target organs – Which body systems will be affected most?
• Exposure and monitoring – How can people be protected?

Applied pharmacology teaches:

• How drugs are absorbed, distributed, metabolised, and eliminated.
• Why side effects occur and how dosing can be adjusted.

When you add forensic‑science experience, you also learn:

• How to collect, preserve, and document biological samples.
• How to analyse them under standardised, legally defensible methods.
• How to report findings in a way that courts can understand.

This triple skill set turns you into someone who can not only protect health but also support justice, whether in a hospital, a pharma company, or a forensic lab.

5. They Offer Long‑Term, Evergreen Careers with Forensic Edge

Toxicology and applied pharmacology are evergreen sciences because medicines, chemicals, and diseases will always be part of human life. Adding forensic‑science exposure makes your profile more specialised and often more competitive:

Employers in forensic labs, legal medicine, and medico‑legal bodies look for professionals who can:

• Understand what a drug or poison does (pharmacology).
• Understand how harmful it can be (toxicology).
• Understand how to prove it in evidence (forensic science).

Choosing a core course in forensic science and using toxicology and applied pharmacology as strong supporting skills (through electives, projects, internships, or combined‑specialisation tracks) is a very powerful, long‑term strategy.

Who Should Consider This Combination?

This path fits you well if:

• You enjoy biology, chemistry, and human health.
• You are curious about how medicines work, how poisons act, and how science can solve real‑life puzzles.
• You are comfortable with detail, discipline, and methodical laboratory work.

Many universities now offer:

• BSc Forensic Science with strong toxicology or pharmacology‑related papers.
• MSc Toxicology or Pharmacology with forensic‑oriented projects.
• Diploma or certificate programmes in forensic toxicology or forensic‑pharmaceutical analysis.

A Smart, Impact‑Driven Combination

Studying toxicology and applied pharmacology gives you solid medical‑science knowledge and career options in healthcare, pharma, and research. But if you let forensic science shape your journey, through courses, internships, or career focus, you transform that knowledge into investigative, court‑linked, impact‑driven roles.

In 2026, with India building stronger forensic‑science systems and greater demand for safety‑trained professionals, combining toxicology, applied pharmacology, and forensic science is not just a smart choice; it is a serious, future‑ready career strategy for students who want to stand at the intersection of medicine, crime‑investigation, and public safety.

You googled "top journalism courses in India" for a reason. Either your boards just got over, you are switching careers, or someone told you journalism is dying and you want to prove them wrong, right? Are you considering a career in journalism in 2026? Well, before you choose a college or fill out an application, read this guide. It could save you three years of regret and lead you to the course that actually becomes Jesus in your life.

Is a Journalism Career Worth It in 2026?

The answer can be subjective. The media market in India is booming, with a 2026 forecast of reaching 30 billion dollars (proceeding at 13 percent per annum based on FICCI-EY report). There is an explosion of digital news, data journalism, and video content. Jobs in OTT platforms, YouTube news, and agri-reporting are new and are in high demand, whereas old print jobs are shrinking.

Journalism rewards curiosity, talking to people, and digital skills, not a person sitting on a chair drafting copies by stealing news from here and there. So, yes, it is worth it in 2026 if you are skilled, curious, chatty, and someone who earnestly wishes to fix the workings of the world. 

Indian Journalism Courses and Types

In India, there are four levels of Journalism courses aspirants can pursue via journalism entrance exams 2026:

1. Undergraduate Studies (Post Class 12): BA Journalism, BA Mass Communication, BJMC -three to four years. Good if you are taking it immediately after Class 12 and have a choice of full foundational degree. The mean annual fee is between 16,000-4 lakh based on the institute.
2. Postgraduation courses (After Bachelors): MA journalism, MA Mass communication, MJMC, PG diploma- one to two year programme. Even the IIMC Delhi PG Diploma on its own is generally considered more career-valued than a full MA at most of the privates. This is the point at which the name of the institution plays the most significant part.
3. Diploma Courses: Practical in nature, one-year focused programmes. Good alternative to the students who prefer other degrees but need media skills or working professionals who need to switch to journalism.
4. Certificate Courses: short-term, skill-specific. Should not be utilized as a substitute to a degree.

Key Specialization Areas in Journalism

Journalism key specialization areas have traditionally been more about hunting, relieving and publishing but after 2020 everything has changed. The latest in-demand specializations that one can pursue via journalism entrance exams 2026, include:   

• Digital Journalism: This is the fastest growing job role. All the media houses are recruiting digital-first journalists with knowledge of SEO, video storytelling and social media strategy.
• Broadcast Journalism: High prestige, competitive. The television is changing rapidly as YouTube news channels and OTT news platforms are replacing the traditional television.
• Investigative Journalism: Most esteemed, slowest to earn money at the beginning. Careers that are decades long.
• Public Relations and Corporate Communication: Highest salary increment during the initial years. A huge number of journalism graduates make a successful transition here.
• Data Journalism: Newest, most demanded and, at the moment, undersupplied in India. The good technical journalism skills and data analysis ensure that the graduates are nearly recruitable.

Who Should Pursue Journalism in 2026?

Pursue journalism if you read the news compulsively, feel physical irritation when a story is told badly, can talk to strangers easily, believe in the public's right to know, and are willing to build reputation before chasing salary.

Reconsider if you think journalism is glamorous, are choosing it because another option did not work out, or expect a fast-tracked high salary without several years of ground-level work first.

Journalism Salary in India 2026: Freshers to Top Roles

Getting into best journalism colleges in India 2026 shouldn’t be the only aim; building skills is MUST. In 2026, avg freshers get ₹4.2 LPA and more if they have the skills. Grows with skills.

Hirers: The Hindu, Times Group, Dainik Bhaskar, Radio Mirchi and more.

How To Pursue Journalism? 

Step 1: Eligibility (Any Stream Welcome)

• 50%+ in Class 12 (any stream: Arts/Science/Commerce).
• Age: 17+ for UG; graduation for PG.
• Tip: Develop basic skills- read The Hindu, write 500 word blogs.

Step 2: Select Course and College

• UG (BA/BJMC) post-12th, PG (MJMC/PG Diploma) post-grad.
• Target favourites: IIMC, Jamia, DU (see the complete list above).

Step 3: Prep Main Entrance Exams

• CUET UG/PG: May-June/March (NTA). Syllabus: GK, English, Reasoning.
• Jamia/ACJ/IPU: own tests - April-May.
• Daily hack: 1 hour current affairs and mock tests (free on NTA app).

Step 4: Registration and Appearing (Deadlines Alert)

1. CUET: NTA site (Feb-Mar window).
2. Fees: ₹1,000–₹2,000.
3. Paperwork: 12 th marksheet, identification.

Step 5: Develop Portfolio

Have strong 3-5 news articles, videos or researched news. Intern locally for standing out in the interview (if the uni demands it).

Step 6: Have a Backup Plan

Missed CUET cutoff or find traditional exams too stressful? Like many Gen Z students realizing old-school tests are hectic, switch to GMCET (Global Media Common Entrance Test). It's your smart backup for journalism courses:

Why is GenZ choosing the GMCET Entrance Test?

• Several seats, one test: BA/MA Journalism, Digital Media is provided by partner universities such as Manipal Academy (MAHE), Amity, and affiliates of Symbiosis.
• The format is simple. MCQs online + ability test (not as hectic as the marathon in CUET).
• There are over 100 GMCET partner universities 2026 waiting for the right talent to find the right campus.
• Gen Z prefers it because it is Skill-based, not rote learning. Fees: ₹1,500. Placements through partners: 80% and above in media houses.
• GMCET is the reverse of the other doors, it opens when others are closed, it is ideal to enter in a hurry and lead your way to the top in the industry. 

Step 7: Reserve Seat, Pay Fee and Start Well.

Enroll for counselling, pick the college, pay the provisional admission fee and start your journey to be a great journalist. 

In India, there are more than 1,270 journalism programme colleges. The difference between the top ten and the rest is very vast in quality. The decision you make about college will help you establish your career more than just about any other choice you make during the year.

Don't forget these: Study hard for the CUET or GMCET entrance test. Before applying, research all the institutions. Make a writing or reporting sample prior to the interview. Read at least two newspapers every day.

The future of journalism in India is yet to be experienced. The stories that matter most have not been written yet; be the writer, be the exposer. 

Note: visit gmcet.org for free career consultation and the right guidance you need  to succeed. 

If you are a Biology student who has completed his/her schooling and are asking yourself what to do after 12th, you have probably been told by someone to pursue B.Sc. Agriculture course. But is it right for you? Here is everything you need to know before you make a choice, the actual benefits, the actual drawbacks, and the career reality no one in the business tells you about at the beginning.

What Is B.Sc. Agriculture, Really?

B.Sc. Agriculture is a four year undergraduate course that equips you with the science of farming not the actual farming itself. Your major is Agronomy, Soil Science, Plant Breeding, Horticulture, Animal Husbandry, Agricultural Biotechnology and Agricultural Economics. It is a combination of lab, field training and classroom science.

The syllabus includes both theoretical and practical education and the graduates are hired by the leading organisations such as ICAR, NABARD, FCI, Hindustan Unilever, and Tata Consumer Products. 

Pros of B.Sc. Agriculture

1. This is literally what the Economy of India runs on.

India is based on agriculture as the major economic sector since it forms about 20% of the GDP. You are not going into a receding profession when you study B.Sc. Agriculture but you are going into the foundation of the Indian economy. Such structural significance is directly reflected on job stability.

2. The Governmental Employment is Realistically High.

It is the only largest attraction of most students, and justifiably. Agricultural graduates may take up the positions of Agricultural Officer dealing with farmers, ICAR Scientists, agricultural research, Forest Officer dealing with natural resources, and Banking and Rural Development Officer dealing with agricultural loans in NABARD and SBI. These are not imaginary jobs, they are good paid, pensioned, government jobs with real security.

3. The Fee Is highly affordable

B.Sc. Agriculture is relatively affordable; the programme fees are affordable, ranging between 15,000 and 100,000 every year, compared to MBBS, Engineering or even a private MBA. That is an outstanding price on a four year professional degree that has good employment opportunities.

4. Salary Competitive and increasing.

The initial salary of B.Sc. Agriculture graduates are between 4 LPA to 10 LPA.  This figure increases dramatically with experience, specialisation or postgraduate qualifications - particularly in agribusiness, research and government services.

5. The course is more practical rather than theoretical.

B.Sc. Agriculture is more practical than bookish and unlike many other pure science degrees, where you are spending four years memorising theory, field experience is highly preferred here than qualifications. This degree is appropriate to you in case you are a hands-on type of learner.

6. Technology Is Changing the Whole Field.

It is at this point where it becomes truly exciting. The application of modern agricultural methods that rely on artificial intelligence, the Internet of Things, drones, and precision farming methods is actively applied in the methods of boosting productivity and sustainability. Agri-tech startups are fast emerging and are coming up with innovations in the supply chain, farm automation, and organic farming. The B.Sc. Agriculture graduates who are conversant with both the farming science and modern technology are currently in an unmatched demand.

7. You Can Be an Entrepreneur

The knowledge acquired in the course can help graduates to start their own business ventures and open individual farms or agribusiness. This is an actual and increasingly popular field in a nation where the government initiatives and startup capital are actively encouraging agri-entrepreneurship.

8. The World Is Opening New Opportunities.

The need to adopt sustainable agriculture and organic farming in the whole world has provided Indian graduates with employment opportunities in such countries as Canada, Australia, and EU. A good B.Sc. Agriculture degree is a valid launchpad, in case you have international ambitions.

Cons of B.Sc. Agriculture

1. Social Perception remains an issue

Let us be blunt about this. B.Sc. Agriculture is not as prestigious as in most Indian families and social circles as either Engineering or Medicine. Students are usually pressured to pursue more respectable courses and this stigma is a reality, although it is totally unjustified. BSc Agriculture is a hidden subject that is least given priority by students after 12th, even though India is among the top agricultural nations in the world where most of the people rely on the agricultural sector. 

2. Field Work may be physically tedious

This is not a desk job degree. You will spend much time outdoors, in fields, under the sun, handling soil, crops and livestock. This may be a shock to students who had envisioned a career of laboratory work or office work. The practical fieldwork is the main part of the programme and you cannot escape it.

3. The Salary Cap in Traditional Jobs is Medium

Although entry-level wages are good, conventional agricultural jobs in government extension work or in the field-level jobs are not necessarily aggressive in terms of wage increment. B.Sc. Agriculture may not take you there so fast in case you desire a rapid salary climb and do not have any additional education. It does matter a lot in terms of postgraduate qualifications such as M.Sc. Agriculture or MBA in Agribusiness.

4. The awareness of the private sector is still lagging behind.

Although such companies as Hindustan Unilever and Tata Consumer Products do recruit agriculture graduates, the awareness of students regarding the possibilities of the private sector remains low. Most of the graduates fail to see the whole picture in terms of options before they default to government job preparation and that implies missed opportunities.

5. There is a big difference in the quality of colleges

The average annual fee may vary between 45,000 and 1,00,000 depending on the institution, and so does the quality of education, infrastructure and placements. Admission to an ICAR-ranked institution is important both in the quality of learning and career reputation. Earning a degree that is recognised by ICAR gives a degree more credibility and a better chance of employment particularly in government departments, research institutions, and overseas studies. 

6. Competitive Exams can be Difficult 

To secure the best government jobs on graduating, one has to pass exams such as ICAR JRF, UPSC or state agricultural services exams - which is truly competitive. The degree does not necessarily ensure a high government position; one needs to prepare outside the classroom.

Who needs to take B.Sc. Agriculture?

You are strongly advised to take B.Sc. Agriculture when:

• You are really interested in biology, environmental science, or food systems.
• You desire a government position that is stable and has a defined career.
• You love technology, and you would like to use it in an industry that is only starting to modernise.
• You have the desire to have your own agribusiness or farm business one day.
• You are seeking a low-cost high-value undergraduate degree.

You should reconsider if:

• You are doing it because you failed to secure MBBS or Engineering.
• You care not about fieldwork, the outdoor environment and applied science.
• You have a high-paying, fast-tracked career in the private sector, and no additional education.

What to do After B.Sc. Agriculture? 

The possible future courses are M.Sc. Agriculture, MBA in Agribusiness, and specialised certifications in biotechnology and environmental sciences. A number of students also train to compete in such exams as UPSC and ICAR JRF after graduation. 

The most intelligent career paths are those ones that incorporate the B.Sc. with a postgraduate degree or a government exam, that is where the greatest value is.

To conclude, B.Sc. Agriculture is not an option, it is not a backup, it is not a consolation degree, to the right student, it is one of the most future-proof, socially significant, and career-rich courses one can take after Class 12. India feeds 1.4 billion people. There must be someone who knows how to do that better. Drones, biotechnology, and global food security pressures are transforming the whole industry, and the graduates who view agriculture as a scientific field are going to be some of the most desirable professionals of this decade with AI. Whether there is a future of B.Sc. Agriculture is not the question. Whether you are prepared to join it is the question. Connect with us at 91 9124705559 for free career consultation and write about your future. 

The AIDAT, also known as the All India Design Aptitude Test which is a national-level entrance test hosted by Edinbox to help design aspirants secure admission to the best UG and PG design courses in India.

Purpose and Scope

AIDAT is the stepping stone for all creative students who want to pursue B.Des, M.Des and/or diploma programmes in such disciplines as fashion design, interior design, product design, graphics, etc. AIDAT is accepted by the top universities and provides access to the best design institutions in India as well as career guidance and industry updates.

The exams challenge design thinking, creativity, and problem-solving which are key abilities of the contemporary designer working on the challenges of the real world.

Exam Pattern and Syllabus

AIDAT has a two-step procedure:

Stage 1: MCQ Test Online Proctored (60 minutes, 100 questions):

• Aptitude in design, visualisation, observation.
• Drawings/sketches, 2D/3D comprehension.
• Colour theory, reasoning theory, GK on design.
• There are 3 attempts, and the maximum score is counted (there are no negative marks).

Stage 2: Portfolio + Interview:

• Submit 10-page PDF portfolio
• AI chatbot interview and expert review of creativity and aesthetics.

Key Dates 2026:

• Registration closes: March 27
• Exam: March 28
• Results: March 30

Who Should Apply?

The students of Class 12 (any stream) who are interested in design careers. Application fee: ₹1500-2000 online. No age limit; drawing skills and observation are required.

Why is AIDAT Better than other design tests?

AIDAT is an online entrance test enabling students to take the test from anywhere in the world. Cracking this exam helps you become eligible for 100+ partner universities. The Indian design industry is also on the boom with 1 lakh crore and AIDAT provides the students with job-ready skills that the employer requires.

Begin to practise memory sketches and visualisation everyday. This test equally rewards both natural ability and preparation and is therefore a perfect test for the creative minds who are willing to influence the future of designs. 

There exists a moment in the life of every science graduate during which the question of interest shifts from “what am I studying” to “what am I building.” If you are a BSc holder of Chemistry, Biology, or Life Sciences, and the question of interest has shifted from the former to the latter, then the MSc Forensic Science program is worth a serious thought.

In this article, you will discover why Msc forensic science is the right degree to pursue in the current era, its eligibility criteria, entrance test, and career option. Continue reading. 

Why MSc Forensic Science Is One of the Smartest Postgraduate Choices You Can Make Right Now?

Forensic Science is one of the smartest PG choices not because it sounds like a fascinating career but because the data reveals the timing has never been better. Forensic Science has been ranked as the sixth fastest-growing science globally. Moreover, the Bureau of Labor Statistics has predicted a growth of 16% of the demand for forensic science professionals by the year 2030. 

In India, the growth of the field of forensic science has been driven by the increasing state forensic labs, the increasingly modernized criminal justice system, as well as the increasing incidence of cybercrime and financial crimes, which require scientific investigation rather than legal argument.

What Is MSc Forensic Science?

MSc Forensic Science is a two-year postgraduate program that equips science graduates with the knowledge required to collect, analyze, and interpret physical as well as digital evidence, which can be used in legal proceedings.

The curriculum includes courses like forensic biology, toxicology, DNA analysis, crime scene investigation, forensic chemistry, digital forensics, and ballistics. The specialisations include forensic biology and serology, drug chemistry, toxicology, latent prints, firearms, toolmarks, and trace chemistry.

This is not a passive, theoretical degree. It's all about labs, casework, and real-world investigative methods.

Who Is Eligible for MSc Forensic Science?

The eligibility criteria include a BSc degree from a recognised university with at least 50% marks in the qualifying examination. It is essential to have a science degree with Physics, Chemistry, and Biology. Biology must be a mandatory subject as it plays a vital role in the investigation process. If you have these prerequisites, the next step is the entrance exam. That's where the real preparation begins.

MSc Forensic Science Entrance Exam You Should Know About

For students in India who are planning to pursue their MSc in Forensic Science, entrance exams are part of the admission procedure in most colleges and universities. However, universities also conduct their own entrance exams, and national-level entrance exams like AIFSET (All India Forensic Science Entrance Test) are increasingly getting recognized in colleges and universities as a good way to pursue forensic science studies in India.

The test is conducted in subjects like science, logical reasoning, and forensic science. It is a simple and precise exam for students who have completed their BSc and possess good science knowledge. Students who plan to take this exam should register at the earliest and stick to their study plan, as this would definitely help them score well in the exam and get into good colleges.

What Can You Do With This Degree?

After pursuing this course, you can work in government institutions like CBI, Income Tax Department, CID, forensic science institutes, and Intelligence Bureau. In addition, you can also work in private companies like banks, law firms, detective agencies, and hospitals.

Some of the most in-demand jobs for forensic science graduates are forensic scientist, crime scene analyst, forensic toxicologist, DNA analyst, digital forensic analyst, and forensic consultant. Students who specialize in forensic DNA analysis, digital forensic analysis, and toxicology are likely to earn much more than others because they are more knowledgeable in their field of work.

For fresh graduates who pursue their MSc in Forensic Science in India, their starting salary ranges from ₹3-6 Lakhs per annum, and on average, it is around ₹6.20 LPA according to PayScale.

Why 2026 Is the Moment to Apply

India is expanding its forensic infrastructure. New state-of-the-art forensic science facilities are being commissioned, courts are increasingly relying on scientific evidence, and cybercrime divisions at both the country and state levels are actively seeking new personnel. The number of MSc Forensic Science graduates is still low in comparison to the growing need. This disparity between supply and demand is an opportunity, and it’s an opportunity that’s available now.

Most postgrad programs challenge you to delve deeper into what you already know. The MSc Forensic Science challenges you to do something much more interesting: to use what you know to answer questions that really matter. Who did it? What does it tell us? How can we use it to ensure that justice is served?

It’s an expanding area of study, it’s backed by government funding for forensic infrastructure, and yet the number of trained professionals is still nowhere near the increasing need. It’s a window of opportunity that cannot remain that way forever. By taking action sooner rather than later, you can ensure that you enter this career that is both lucrative and meaningful. 

Visit the AIFSET website for more information and free career counselling. 

Frequently Asked Questions

Is MSc Forensic Science a good career choice in India?

Yes, MSc Forensic Science is a great career choice in India. Forensic Science is one of the fastest-growing industries in the world, and the need is expected to grow by 16% by 2030.

What salary can I expect after an MSc Forensic Science in India?

The pay scale of entry-level jobs lies between ₹3-₹6 lakhs annually. It increases manifold depending on the specialization. PayScale reports the average compensation of ₹6.20 LPA for MSc Forensic Science graduates.

Which entrance exam should I take for the MSc Forensic Science program?

Entrance exams vary, including university-level entrance exams or national-level entrance exams like AIFSET. Some colleges also accept CUET PG. It’s best to check the entrance process of the college you wish to join, as the dates fill up fast.

Can I get a government job after completing the MSc Forensic Science program?

Yes, you can. The Central Bureau of Investigation, Criminal Investigation Department, Intelligence Bureau, Income Tax Department, and state as well as central-level forensic science laboratories recruit MSc Forensic Science graduates. These jobs are based on exams, which provide job security, career growth, and other perks.

How about job opportunities abroad after completing the MSc Forensic Science program?

In the United States, the Federal Bureau of Investigation, Drug Enforcement Administration, and Homeland Security offer lucrative packages. Indian graduates with expertise in DNA or digital forensics can work with international companies.

A War That Was Waiting to Happen

Wars often look sudden only on television. In reality, the most consequential ones are usually years in the making, ripening beneath diplomacy, public posturing, covert operations, and mutual fear. The present Iran-Israel-U.S. war belongs to that category. It did not begin

simply because one side woke up on February 28, 2026 and chose violence over peace. It began because the ground had been prepared for confrontation for years, while diplomacy, though active, never became strong enough to overpower the logic of force. That is why the official explanation for the attack tells only part of the story. Publicly, Israel and the United States framed their action as a necessary response to an intolerable threat. The declared objective was straightforward: prevent Iran from crossing the nuclear threshold,

weaken its missile programme, and destroy the military capabilities that made Tehran dangerous to Israel and destabilising to the region. In that version, the war was an act of pre-emption.

But history is usually more layered than official statements. A nuclear agreement with Iran was not actually sealed when the attack came. Talks were reportedly advancing, and there were signs that the contours of a breakthroughs were being explored. Yet the most difficult issues were still unresolved. Iran wanted recognition of its right to enrich uranium. The West wanted deep restrictions and intrusive verification. Israel wanted far more than a slowing down of Iran’s capabilities; it wanted strategic rollback. What was on the table may have reduced the threat. It would not have erased it.

That difference matters. Because if negotiations were moving but not producing the kind of final outcome Israel wanted, then the strike begins to look less like a reaction and more like a decision: a decision to act before diplomacy hardened into an arrangement that would be politically difficult to undo. In that reading, the attack was not a breakdown of peace. It was the rejection of an incomplete peace.

The Shadow War Finally Stepped Into the Sun

To understand why the region reached this point, one has to go back beyond the immediate crisis. Iran and Israel had been fighting a shadow war for years. There were assassinations, sabotage operations, cyberattacks, strikes on proxy networks, and a long campaign of pressure

designed to weaken Tehran without triggering a full regional explosion. The killing of Qasem Soleimani years earlier had already marked the passage into a more open and dangerous phase. The collapse of earlier nuclear diplomacy deepened mistrust. Every failed round of negotiation made the next confrontation easier to imagine.

Then came the weakening of Iran’s outer ring of deterrence. The wars and proxy battles of the past few years, especially after October 7 and the chain of military responses that followed, damaged parts of the network on which Tehran had long relied. Hezbollah came under heavier strain. Syria became a less reliable corridor. Militant partners who once formed a wide buffer around Iran no longer offered the same strategic insulation. At the same time, old taboos fell. Iran and Israel had already exchanged more direct blows than before. What had long been indirect became increasingly direct, and what had once seemed unthinkable began to feel almost inevitable.

By early 2026, the region was no longer asking whether the shadow war could become a real war. It was asking when.

The Gulf’s Uneasy Awakening

At first, the Gulf states tried to keep this war at arm’s length. Their instinct was not ideological. It was practical. Saudi Arabia, the United Arab Emirates, Qatar, Kuwait, Bahrain, and Oman all understood that a major Iran war would threaten the very things they had spent years building: investor confidence, trade flows, energy security, transport reliability, tourism, and the image of the Gulf as a stable economic crossroads. They did not want to become battle space. They wanted the fire contained.

That early posture was visible in the cautious language of restraint, de- escalation, and diplomatic engagement. Oman, true to its long habit, leaned hardest into mediation. Qatar remained invested in dialogue. Saudi Arabia and the UAE were wary of Iran but not eager for regional collapse. The Gulf mood, in other words, was not one of enthusiasm for the U.S.-Israeli offensive. It was one of strategic discomfort.

But wars have a way of pulling in those who most want to avoid them. Once Iranian retaliation began touching Gulf assets, airspace, energy infrastructure, and the broader security environment, the tone shifted. The region did not become uniformly pro-war. But it did become more defensive, more alarmed, and less trusting of Tehran’s claims that its fight was only with Israel and America. Saudi Arabia moved from cautious neutrality toward deterrent caution. The UAE became sharper in blaming destabilising attacks. Qatar, too, had to balance mediation with self-protection. Bahrain and Kuwait, because of their exposure and security ties, were drawn more tightly into crisis management. So the Gulf’s evolution over the first two weeks tells a revealing story. These states still wanted the war to stop. They still feared a region-wide breakdown more than they desired anyone’s total victory. But their neutrality became more brittle as the war moved closer to their own economic and security nerves.

India and Europe: Balancing Without Controlling

Outside the immediate battlefield, India and the European Union

represent two different styles of strategic balancing. India’s position has been shaped by exposure and restraint. It has too much at stake in West Asia to indulge in moral absolutism. Energy dependence, shipping routes, trade, diaspora welfare, and broader geopolitical ties all compel New Delhi to speak carefully. India’s instinct in such crises is rarely theatrical. It is operational. Protect citizens, preserve access, keep relations alive across rival camps, and avoid being trapped in someone else’s war narrative. Over the past two weeks, India’s stance appears to have shifted not in principle but in emphasis: from cautious observation to more visible concern as the economic and regional stakes deepened.

Europe has looked more torn. The European instinct is to speak the language of law, civilian protection, and restraint. But Europe also fears energy disruption, maritime insecurity, refugee pressures, and the collapse of any diplomatic framework that could still matter. That makes

its position is less unified than it sounds in official statements. Some European actors are deeply uncomfortable with the original assault. Others are more focused on containing Iran’s response. What binds They are not strategic confidence, but anxiety. Europe wants de- escalation, but it lacks the decisive leverage to impose it. In a sense, both India and Europe are trying to navigate the same reality from different angles: the war is too big to ignore, too dangerous to join, and too consequential to leave entirely to Washington, Jerusalem, and Tehran.

Russia and China: Opposition Without Rescue

Russia and China have both opposed the U.S.-Israeli campaign, but their opposition is not identical in motive or method. For Russia, Iran is part of a larger geopolitical picture. A crushing defeat for Tehran would not just reorder the Middle East; it would also strengthen Western power at a time when Moscow wants exactly the opposite. Russia therefore sees the war through a multipolar lens.

Supporting Iran diplomatically, politically, and perhaps technologically helps deny the United States and Israel a clean strategic triumph. Moscow’s interest is not necessarily to make Iran victorious in some grand romantic sense. It is to prevent the emergence of an order shaped entirely by Western military success.

China’s approach is more cautious and more commercially grounded. Beijing strongly objects to the violation of sovereignty and the derailment of diplomacy, but its greatest concern lies in stability. China depends heavily on the broader region for energy and trade. It has no interest in a long war that disrupts shipping, shakes commodity markets, and destabilises one of the most important commercial theatres in the world. Beijing’s posture, therefore, is less ideological than functional: stop escalation, preserve flow, avoid strategic chaos.

Together, Russia and China form a protective rear environment for Iran, but not an interventionist alliance. They are not riding in as saviours. They are helping ensure that Iran is not isolated beyond recovery. Iran’s Countermove: From Target to Strategic Disruptor The opening assault on Iran appears to have been designed around a familiar theory of modern war: hit fast, blind the command structure,  kill senior figures, break the rhythm of response, and create such disorientation that the state stumbles before it can reorganise. For a moment, that seemed plausible. The scale of the initial damage was serious. Leadership nodes were struck. 

High-level personnel were lost. The message was one of dominance. Yet Iran did not behave like a broken state. It behaved like a state that had long prepared for the first blow. That may be the most important military lesson of this war so far. Tehran’s strategic doctrine seems to have assumed from the beginning that any major conflict would open with attempts at decapitation. So instead of depending on a neat pyramid of command, it invested in dispersal, redundancy, hardened systems, decentralised launch capacity, and the ability to survive leadership loss. Its aim was not to prevent damage. Its aim was to remain dangerous after damage. This is where Iran’s image in the war began to change. At first it looked like the underdog absorbing a devastating strike. Then it began to reveal its real method: not contesting air supremacy directly, but widening the geography of cost. Missile and drone attacks stretched the battlespace.

Gulf infrastructure, military installations, shipping routes, radars, and economic nerves all became part of the strategic theatre. Iran was not trying to defeat America and Israel in a conventional sense. It was trying to make their military superiority strategically expensive, politically uncomfortable, and economically corrosive.

That is how an underdog starts looking dominant without ever becoming conventionally stronger. It changes the terms of pressure. It forces richer, more advanced opponents to defend far more space, spend far more money, and absorb far more uncertainty than they expected.

Hormuz: The Narrow Sea With Global Consequences

No part of the conflict captures Iran’s strategic imagination more clearly than the Strait of Hormuz. This narrow waterway is not just a shipping route. It is a pressure point in the global economy. Tehran understands that any threat there resonates far beyond the Gulf. It reaches oil markets, shipping insurers, Asian importers, European anxieties, and the political calculations of distant capitals.

Iran’s handling of Hormuz has become increasingly sophisticated. Rather than a simplistic and total closure, the more effective method is calibrated disruption. Slow movement. Raise fear. Increase insurance costs. Disrupt scheduling. Create the sense that the waterway remains open in theory but unstable in practice. This is coercion by uncertainty, and it works because markets react not only to closure but to credible risk. The brilliance of that strategy, from Iran’s perspective, lies in its economy. Tehran does not need to dominate the sea in a classical naval sense. It only needs to make passage sufficiently dangerous, or sufficiently expensive, that the strategic burden on its enemies multiplies. A fighter jet campaign can destroy installations. It cannot easily restore confidence.

America and Israel: United in War, Divided in Endgame

At the start, the United States and Israel appeared to be moving in lockstep. Both spoke of neutralising Iran’s capabilities. Both framed the war as necessary. Both projected resolve. Yet as the conflict deepened, the difference between initial goals and sustainable goals became harder

to hide.

Israel’s preferred outcome still appears maximalist. It wants not merely a delay in Iran’s nuclear progress, nor merely a degraded missile programme, but a fundamental strategic transformation of Iran. In its hardest form, that means regime destabilisation or regime change. For Prime Minister Netanyahu, anything less may look like a half-finished War.

American calculus is more fluid. Washington may have entered the campaign prepared to speak in sweeping terms, but the realities of war tend to discipline ambition. As the conflict spreads, markets react, allies grow nervous, and the risk of a wider regional fire rises, the United States have reasons to seek a more controllable conclusion. That means defining victory in narrower terms: heavy damage inflicted, deterrence reasserted, major threats delayed, and then an exit. This creates a familiar but dangerous alliance tension. Israel may want the campaign extended until a transformational result becomes possible. The United States may increasingly want a stopping point it can sell as success. They remain aligned in warfighting, but not necessarily in the shape of peace.

Ceasefire on Whose Terms?

Iran’s ceasefire conditions make clear that Tehran does not see itself as a defeated supplicant. Its demands reportedly include recognition of its nuclear rights, reparations for damage, and guarantees against renewed attack. Those are not technical details. They go to the political heart of the war. Iran wants more than a pause. It wants security and recognition. For Washington and Jerusalem, those demands are deeply problematic. A formal guarantee not to attack Iran again would be seen as handing Tehran strategic protection it has fought years to avoid granting.

Recognition of an unrestricted nuclear fuel cycle would, from their perspective, validate the very thing they claim to be preventing. So the deadlock is severe. Iran wants the war to end in a way that confirms its resilience. Its adversaries want the war to end without rewarding that resilience.

That is why ceasefire talk remains difficult. Everyone says they want an off-ramp. But every proposed off-ramp leads directly into someone else’s strategic defeat.

The Economic War Beneath the Military One

Even when bombs fall on specific targets, wars like this are never only military. They are economic contests as well, and sometimes the economic theatre determines the political outcome. The immediate fallout is already visible: oil price shocks, higher insurance costs, disrupted shipping schedules, nervous capital, strained supply chains, and the renewed recognition that one regional conflict can unsettle the entire global system.

For the Gulf, this is not just about energy exports. It is about the credibility of a regional model built on reliability. For India, Europe, and major Asian economies, it is about import costs and strategic vulnerability. For the wider world, it is about the fragility of a supposedly interconnected global economy that still depends on narrow chokepoints and politically unstable corridors.

If the war lasts, its long-term effect may not simply be inflation or slower growth. It may accelerate a restructuring of how states think about energy security, maritime strategy, logistics, and political alignment. Wars do not only destroy. They also reorder priorities.

What Endings Are Still Possible?

The hardest truth about this conflict is that no actor has yet found a fully satisfactory way out.

A negotiated ceasefire is possible, but only if all sides lower their demands enough to live with ambiguity. A prolonged war of attrition is also possible, especially if military superiority continues to produce tactical wins without political closure. An imposed pause driven by global economic panic could emerge if Hormuz disruption becomes unbearable. The most dangerous path would be a bid for regime collapse without a viable plan for what follows, because that could convert a

strategic adversary into a vast regional vacuum.

Perhaps that is the deepest lesson of the crisis. Modern war often begins with clarity and drifts into contradiction. The opening days are full of declared aims. The later days are full of incompatible exits.

The Road to 2030

By the time this war ends, the Middle East may not belong to the same strategic era in which it  began. The region is likely to become more heavily militarised, more suspicious, and more openly divided between competing security architectures. The Gulf states will hedge harder.

Israel may remain militarily formidable but politically more contested. Iran, even if damaged, may emerge with a stronger belief in asymmetric leverage and deeper dependence on Russia and China. India will continue trying to preserve room on all sides. Europe will be forced to decide whether it wants relevance or only commentary.

The world approaching 2030, then, may be shaped less by who won this war outright and more by what the war proved. It has proved that overwhelming firepower does not automatically produce strategic control. It has proved that under pressure, regional powers can weaponise geography, markets, and uncertainty as effectively as missiles. And it has proved that in a deeply connected world, a conflict that begins with one nuclear question can rapidly become a global question of trade, energy, law, alliances, and order itself.

This war was launched in the name of preventing danger. It may yet be remembered as the event that revealed how large, how layered, and how unfinished the new dangers of the age really are.

Prof Ujjwal K Chowdhury is the Pro Vice Chancellor of Techno India University, and a regular writer on education,media and world affairs.

How Higher Education is being reshaped by war, heat, money stress, migration shocks, mental strain and AI

There was a time when people liked to imagine that universities stood slightly above history. Outside the campus gates there might be recession, political upheaval, or social unrest. Yet within the university, life seemed to move in a calmer rhythm. Students walked to class carrying backpacks and unfinished dreams. Professors debated ideas rather than airspace closures. Libraries stayed open. Laboratories hummed with quiet activity. Hostels remained alive with late-night discussions about careers, cinema, politics and love.

That picture still appears in university brochures. In reality, it has faded.

Higher education today is experiencing what scholars increasingly describe as a polycrisis,not one single disruption but several crises unfolding simultaneously, overlapping, feeding one another and turning universities into shock absorbers for problems they did not create. Wars interrupt student mobility. Visa restrictions strain university finances. Climate events force campuses to close or alter schedules. Housing shortages reshape international education policy. Artificial intelligence unsettles traditional teaching and assessment. Mental health challenges quietly weaken learning capacity.

None of these pressures now exists in isolation. They collide and compound, producing cascading effects.

This is why the current moment feels fundamentally different from the earlier crises universities were used to managing. It is no longer primarily about curriculum reform, accreditation standards, teaching methods or faculty shortages—though those issues remain important. Today, the biggest shocks to higher education often come from far outside the classroom. They are geopolitical, climatic, technological, economic and psychological.

A war in Europe can disrupt the future of a medical student in Kolkata. Instability in West Asia can suddenly raise flight costs for a student studying in London who wants to return home to Hyderabad. A housing shortage in Canada can narrow the aspirations of thousands of Indian families. A severe heatwave in Odisha can shift classes from afternoon hours to early mornings.

For India, these are not distant developments. They are deeply intertwined with the country’s educational story.

India hosts one of the largest higher education systems in the world. It has a massive youth population, a long cultural belief that education offers dignity and social mobility, and a growing community of students seeking opportunities abroad. At the same time, India is deeply connected to global migration, Gulf remittances, Western education markets, climate stress and digital transformation.

When the world becomes unstable, Indian higher education does not observe from a safe distance. It feels the tremor immediately.

The classroom, in other words, is no longer a shelter from global turmoil. It has become one of the places where the fractures of the world appear most clearly.

The Day the Ivory Tower Stopped Being Ivory

The phrase “ivory tower” has always carried a hint of arrogance. It implied distance from ordinary life—from urgency, noise and material struggle. Yet during much of the twentieth century universities did enjoy a certain insulation. Governments changed, markets fluctuated, but universities were still imagined as long-duration institutions—slow, stable places where time moved differently.

That insulation has weakened dramatically.

The reason is not simply that higher education has become global. It is that it has become deeply entangled. Universities now depend on international students for revenue, on aviation networks for mobility, on digital platforms for continuity, on cross-border research collaborations for prestige, on immigration policies for access and on public trust for legitimacy.

A university today is not merely a campus. It is a node in a vast and fragile network. When that network shakes, every node shakes as well.

This is precisely what the idea of polycrisis captures. Crises no longer arrive one by one. They arrive together. War drives up prices. Rising prices increase student stress. Stress undermines learning. Visa restrictions reduce international admissions. Reduced admissions weaken finances. Financial pressure erodes student services. Climate shocks interrupt classes. Artificial intelligence confuses assessment systems.

The crisis is not a single blow. It is a sequence of blows.

Universities are therefore being asked to do something far more difficult than simply educating. They must remain functional while the ground beneath them keeps shifting.

When Missiles Fly, Students Run

Nothing exposes the vulnerability of higher education more starkly than war.

The Russia-Ukraine war provided a striking example. Before the invasion, Ukraine had become a popular destination for affordable higher education, particularly in medicine. For many Indian families who could not afford expensive private medical education at home, Ukraine offered a narrow but genuine path into the profession.

Tuition was manageable. Degrees were recognised. Aspirations had a route.

Then war began, and that route collapsed.

Lecture halls became shelters. Anatomy laboratories fell silent. Students who had travelled abroad to become doctors suddenly found themselves counting border crossings, rationing food, charging phones in basements and searching for safe corridors out of a war zone.

India’s Operation Ganga evacuated more than 22,000 Indian nationals from the conflict area. But evacuation was only the beginning. The deeper question remained: what happens to a student’s future when the country hosting their education is suddenly at war?

In India the impact was deeply personal. In West Bengal alone, hundreds of returning students and workers arrived home from the conflict zone. Families who once proudly spoke about a child “studying MBBS in Ukraine” now found themselves speaking about transfer rules, recognition problems, internship placements and regulatory limitations.

The state attempted creative responses. First-year medical students were placed in state medical colleges. Advanced medical and dental students were allowed to continue practical work and internships in government hospitals. Engineering students were accommodated in private institutions. Veterinary students were adjusted elsewhere.

The response was compassionate and serious. Yet it also revealed the rigidity of regulatory structures. Medical education cannot absorb large numbers overnight. Faculty ratios, clinical training requirements and seat limits impose hard constraints.

The episode revealed a painful truth many Indian families already sensed: education may be a dream, but it is also a fragile logistical chain. A single geopolitical rupture can break it.

Inside Ukraine, the damage was even deeper. Universities were damaged or destroyed. Laboratories built over decades vanished. Scholars were displaced. Teaching often continued only through emergency online systems, where education became less an academic routine and more a tool of psychological survival.

Even countries far from the battlefield felt indirect effects. The war disrupted global food supply chains, raising prices worldwide. That meant higher catering costs and living expenses for students in universities thousands of kilometres away.

In today’s higher education ecosystem, even the canteen bill can carry the shadow of a distant war.

When the Sky Closes

If the Ukraine conflict showed how war can collapse educational pathways, instability in the Middle East reveals how quickly the machinery of global education can stall.

The region matters for two crucial reasons. It is a major aviation corridor and a central hub of labour migration and remittance flows for South Asia.

When instability rises in the Middle East, the consequences are both logistical and financial.

Many Indian students travelling to Europe or North America rely on flight routes through Gulf hubs. Under normal conditions these journeys are manageable. But during military escalation, airlines are forced into long detours. Ticket prices that once hovered around ₹45,000 can suddenly exceed ₹2 lakh.

This is not a minor inconvenience. It transforms mobility into privilege.

The Gulf also hosts major education hubs. Dubai contains several branch campuses of global universities. Qatar’s Education City has become internationally recognised. Students were attracted by their global branding, infrastructure and geographical proximity to South Asia.

Yet the promise of stability is fragile. The moment families begin to worry about safety, student flows change quickly. Universities can shift lectures online, but they cannot easily restore peace of mind.

Then there is the remittance dimension. India receives roughly $130–140 billion annually in remittances, the largest amount in the world, with a substantial portion coming from Gulf economies.

For many households, that money pays for far more than daily living expenses. It funds school fees, coaching centres, hostels and postgraduate education.

When Gulf economies face instability, the consequences ripple outward. A job crisis in Dubai can become a dropout risk in Kolkata. A slowdown in Saudi Arabia can postpone a master’s degree in Kerala.

This is globalisation from below: a child’s education resting on the economic stability of a distant labour market.

The West Is No Longer Permanently Stable

For decades, Indian middle-class aspiration followed a familiar map. The most ambitious students aimed for universities in the United States, the United Kingdom, Canada or Australia—countries viewed as stable, prestigious and institutionally dependable.

That map is now shifting.

Western universities are facing their own crises. Many institutions built financial models heavily dependent on international students paying high fees.

As long as global mobility kept rising, the model worked. But politics, demography and cost-of-living pressures have begun to challenge it.

Brexit disrupted the United Kingdom’s higher education sector by altering fee structures and visa rules for European students. Enrolments declined, revealing the system’s financial vulnerabilities.

Canada offered an even clearer example. It had become one of the most popular destinations for Indian students. But housing shortages and infrastructure stress pushed the government to impose caps on international student permits.

Suddenly, colleges that had built recruitment pipelines in India faced sharp declines in admissions.

For Indian families, the message was sobering. A study-abroad dream can now be derailed not by academic performance but by foreign housing politics.

The United States faces a different challenge: the demographic cliff. Declining birth rates after the 2008 financial crisis mean fewer domestic students reaching college age. Smaller institutions now face fierce competition, mergers and closures.

Higher education in parts of the West is not expanding. It is contracting.

For India, this change brings both uncertainty and opportunity.

When Heat Enters the Timetable

Climate change was once a subject studied in classrooms. Today it shapes how classrooms function.

UNICEF estimates that over 240 million students worldwide experienced educational disruption due to climate-related events in 2024 alone.

India offers clear examples. Severe heatwaves have forced states such as Odisha to shift classes and examinations to early morning hours.

What appears to be a simple administrative adjustment signals something much larger: the environment has begun structuring the academic day.

Floods, cyclones and rising temperatures affect campuses, hostels, transport systems and laboratories. Elite institutions may adapt with cooling systems, upgraded infrastructure and hybrid learning models. Smaller institutions struggle.

Climate resilience is rapidly becoming a new axis of educational inequality.

The Quietest Crisis

Some crises arrive with explosions and headlines. Others spread quietly.

Mental health belongs to the second category.

Across campuses, anxiety, depression and emotional exhaustion are increasingly visible. Students carry financial worries, social media pressures, climate anxiety and uncertainty about jobs.

Faculty members face their own pressures: administrative burdens, publication demands, digitisation expectations and rising student distress.

Universities may appear functional on paper while exhaustion quietly spreads within them.

Mental health is no longer separate from academic quality. It has become one of its hidden foundations.

The AI Storm in the Classroom

As universities struggled with geopolitical shocks and climate disruptions, another transformation arrived: generative AI.

The immediate fear was academic dishonesty. If a machine can produce essays, code and research summaries instantly, what happens to traditional assignments?

But the deeper question is philosophical: what exactly are universities assessing?

If AI can generate competent academic writing, does a written submission demonstrate knowledge, skill, prompting ability or simply access to technology?

For a country like India, where large classrooms already complicate assessment, this challenge is profound.

AI may also offer opportunities: tutoring support, translation assistance and personalised learning.

The challenge is redesigning pedagogy quickly enough to preserve genuine learning.

India’s Moment and Its Test

Amid global disruption, the hierarchy of higher education is shifting. Several Global South countries are expanding capacity, and India is part of that transformation.

The National Education Policy 2020 envisions a more international and interdisciplinary system. India aims to attract far more international students by 2030.

Demographically, India holds a major advantage: while many Western nations face shrinking youth populations, India still has a large and growing college-age cohort.

But scale alone is not enough.

Students now ask deeper questions:
Can an institution remain stable during crisis?
Does it support international students effectively?
Is the campus climate-resilient?
Are mental health services meaningful?
Is governance credible?

These questions matter as much as rankings.

The University That Will Survive This Decade

The central lesson is clear: universities can no longer be designed only for normal times.

They must be built for interruption.

That means institutions capable of switching teaching modes quickly, maintaining communication across borders, supporting student welfare, ensuring climate resilience and adopting ethical AI policies.

Most importantly, they must treat trust as infrastructure.

Students and families increasingly judge universities not only by prestige but by how they behave under pressure.

A great university today is not simply one that excels during calm periods. It is one that continues to teach, research and support its community even when the world outside is unstable.

The Final Truth

The crisis in higher education is not a single story. It is many stories unfolding at once.

It is the story of Indian medical students in Ukraine discovering how quickly war can shatter a career path.
It is the story of families in Kerala or Kolkata worrying that Gulf instability could affect education funding.
It is the story of a Canadian housing shortage altering Indian study-abroad plans.
It is the story of an Odisha heatwave entering the timetable.
It is the story of a student silently struggling with anxiety.
It is the story of teachers trying to evaluate learning in an AI-saturated world.

Universities are no longer sheltered islands. They are deeply exposed institutions woven into the global flows of migration, money, technology, climate and power.

Yet their importance has only grown.

When the world becomes unstable, universities do more than grant degrees. They preserve continuity. They sustain aspiration. They train the professionals and citizens who must make sense of disorder.

The campus is no longer outside history.

It is one of the places where history now arrives first.

And the real test for higher education—both in India and across the world—is no longer whether it can shine during peaceful times.

The real test is whether it can endure, adapt and continue educating when the age itself becomes turbulent.

Union Budget 2026 has made it very clear that no country can afford to ignore the education sector anymore. Increasing the education budget from 1.28 lakh crore to 1.39 lakh crore is more than just a change in figures; it symbolizes a new perspective that views education as the basis of a nation's strength. The immediate increase of nearly 11, 000 crore shows that the government is aware that if India wants to be at par with the world, it has to start with education.

The government is making a move beyond just the focus on rote learning, which is a good sign. School reforms, along with higher education, are being discussed as well, including digital classrooms, skill development, research, and National Education Policy implementation. The focus on skills, artificial intelligence, technology, and job- ready students indicate a deliberate effort to make education a means of employability. This is also a time driven shift as today's economy prioritizes skills more than just degrees.

However, when India’s education budget is viewed in a global context, the picture becomes more complex. The United States spends nearly $82.4 billion on education, or roughly 7.5 lakh crore, which is many times more than India's current expenditure. The US puts a lot of money into education, research, teacher training, and advanced technologies. This has led to it having some of the world's top universities such as MIT, Harvard, and Stanford. There is no doubt that increased investment brings higher quality.

China is another interesting case for comparison. For one thing, its education budget is said to be on a par with Indians. However, the main difference lies in the fact that China is focused more on skill and vocational education and is very systematic in how it spends its budget. The country has thus grown to be a global leader in manufacturing and technical skills. Russia also invests more in education per student than India as it has a smaller population. This has enabled it to continue excelling in the fields of science and technology.

India and Pakistan are the biggest contrast in South Asia if we compare them. Education is one of the areas where the difference is visible. India's education infrastructure is mostly funded by the government and the spending is over one lakh crore rupees, whereas Pakistan's education budget is just a few thousand crore rupees. Such a comparison certainly indicates that India is way ahead of its neighbors in the race of progress, but it is not enough simply being ahead.

The real question is how the increased budget will be utilised. If the additional funds are confined to infrastructure, announcements, and paperwork, the impact on the ground will remain limited. What is needed is tangible improvement in school quality, better teacher training, genuine support for research, and skill development that truly enhances students’ employability.

Budget 2026 has clearly sent a favourable signal to the education sector. The real test now is to make sure that these higher allocations are backed up by the right priorities and that the implementation is done efficiently. It will only be through this that education can really be the main pillar of a stronger nation instead of merely being a catchy part of budget speeches.

India’s economic story is often told through two extremes. At one end stand the large corporations, the unicorns, the glittering towers of finance and technology. At the other end exists a vast, restless universe of nano and micro businesses—tea sellers, women running papad units from their kitchens, handloom weavers, street repairers, waste pickers,

small farmers, village processors, home bakers, informal tutors. This is not a fringe economy. This is the real India. It is messy, human, informal, resilient—and chronically underestimated.

For decades, grassroots enterprises have been seen as survival mechanisms, not growth engines. Policy treated them as welfare cases, not as businesses with ambition. Banks saw them as risky. Markets saw them as unreliable. Yet quietly, across villages, bastis, and small towns, something has begun to change. A new generation of nano entrepreneurs is no longer satisfied with mere survival. They want dignity, scale, stability, and aspiration. They want their businesses to outlive them. This shift demands a new way of thinking. Not academic theory. Not

MBA jargon. But a grounded, practical framework that speaks the language of the street, the field, the workshop, and the kitchen. This is where the idea of the 12Ps of nano and micro business becomes powerful. It is not about marketing alone. It is about reimagining the

entire life cycle of grassroots enterprise—from the first spark of intent to long-term sustainability and even exit.

What follows is a story of how these 12Ps can help India rethink its grassroots economy, not as a burden to be managed, but as a force waiting to be unleashed, drawing conceptually from the framework detailed in the uploaded document

The First Shift: From Earning a Living to Building a Future (Plan)

Every nano business begins with a plan, even if it is unspoken. Traditionally, that plan has been painfully short-term. Earn today, eat today, survive this month. The kirana store owner worries about tomorrow’s cash flow, not next year’s expansion. The woman making pickles at home focuses on the next order, not on brand or scale.

The first and most radical change is mental. Planning at the grassroots must move from survival thinking to future thinking. This does not mean five-year projections or spreadsheets. It means clarity. Why am I doing this business? What problem am I solving? Who will still need this five

years from now? Consider a vegetable vendor who realises that her real asset is not vegetables but trust. Or a village carpenter who understands that his skill is not labour but design knowledge passed down generations. When the plan shifts from “how do I earn today?” to “how do I grow tomorrow?”, the entire business begins to change shape.

At the nano level, planning must be phased. First, stabilise income so the family does not consume business capital. Then consolidate one strong product or service. Only then think of expansion. This phased planning is what allows a small enterprise to breathe before it dreams.

Solving Real Problems, Not Chasing Fancy Ideas (Product) 

Grassroots India does not need clever products. It needs useful ones. The most successful nano businesses are born not from trends but from friction. They emerge where daily life is hard, inefficient, or unfair.

A woman in a village who makes compostable sanitary pads is not innovating for applause. She is solving a problem of health, dignity, cost, and waste. A farmer who builds a low-cost storage solution is not chasing technology. He is fighting distress sale. These products succeed because

they are rooted in lived reality. At the nano level, a product is rarely just an object. It is often a bundled solution. A spice mix is not only taste; it is trust, purity, memory, and convenience. A handwoven bag is not just fabric; it is labour, culture, and story. Crucially, grassroots products gain strength when they move from raw to refined. Selling turmeric roots keeps a farmer poor. Turning that turmeric into cleaned, processed, branded powder begins to create value. The leap from commodity to product is one of the most powerful transformations in the nano economy.

Geography Is No Longer a Prison (Place)

For generations, place limited possibility. If your business was in a village, your market was the village. If your town was remote, growth was impossible. Today, that wall is cracking. Physical presence still matters. Trust is built face to face. The local haat, the neighbourhood lane, the weekly market remain foundational. But now, digital bridges allow nano businesses to travel far without leaving home.

A home-based oil maker in Maharashtra can sell to a customer in Delhi. A bamboo artisan in the Northeast can find buyers in Bengaluru. Place has become layered—local for trust, digital for scale. This shift is not just about e-commerce. It is about confidence. When a small producer realises that geography no longer defines destiny, ambition awakens. The village is no longer the end of the road. It is the starting point.

Pricing with Self-Respect, Not Fear (Price)

One of the most damaging habits in the grassroots economy is under- pricing. Nano entrepreneurs often charge less than their worth out of fear—fear of losing customers, fear of seeming expensive, fear of rejection. But price is not just a number. It is a signal. It tells the market how you value yourself. The poorest businesses often pay the highest hidden costs. Long hours, unpaid family labour, health damage, environmental harm. When prices ignore these realities, the business bleeds invisibly.

Smart grassroots pricing begins with honesty. What does it truly cost to make this product or deliver this service with dignity? Then comes creativity. Smaller pack sizes, flexible units, subscription models, community pricing. This is how affordability and sustainability meet.

Over time, as trust grows, pricing power grows too. The journey from cheap to fair to premium is not arrogance. It is maturation. 

Owning a Clear Identity in a Crowded World (Positioning)

In a market flooded with sameness, clarity becomes power. Nano businesses cannot compete by copying big brands. They win by being unmistakably themselves. Positioning at the grassroots is often cultural. Local taste. Local language. Local memory. A beverage that tastes like childhood. A fabric that carries regional motifs. A food item that reminds migrants of home.

When a product knows who it is for and what it stands for, it stops shouting and starts attracting. Positioning is not about being everything to everyone. It is about being deeply meaningful to someone.

For grassroots enterprises, identity is often their greatest asset. It cannot be imported. It cannot be replicated easily. It must be honoured, not diluted. 

Reaching the Customer Without Losing Control (Placement)

Distribution has historically been where nano businesses lose power. Middlemen control access, squeeze margins, delay payments. The producer works hard while someone else controls the shelf. New models are changing this balance. Direct selling, digital networks, community aggregators, producer collectives. These do not eliminate

intermediaries but rebalance relationships. Smart placement is about choice. Selling some volume locally for cash flow. Some digitally for growth. Some in bulk for stability. A single channel is fragile. Multiple pathways create resilience. When a nano business controls even part of its placement, it regains dignity. It stops begging for market access and starts negotiating.

When the Wrapper Speaks Louder Than Words (Packaging)

Packaging was once an afterthought for grassroots businesses. Whatever was cheap. Whatever was available. But today, packaging tells a story before the product is even touched. Good packaging at the nano level does not mean expensive boxes. It means clean, safe, thoughtful, and honest. It means protecting the product. It means respecting the buyer.

Increasingly, packaging also reflects values. Eco-friendly materials. Minimal waste. Reusable containers. For many consumers, packaging is now a moral signal. A small label, a simple design, and a short story can transform perception. Packaging becomes the silent salesman, especially when the maker is not present.

Businesses Are Built by Humans, Not Models (People)

At the heart of every nano enterprise are people—families, neighbours, communities. The success of a grassroots business often depends less on strategy and more on relationships.

Leadership at this level is intimate. The entrepreneur is manager, worker, mentor, negotiator, and caregiver. Emotional intelligence matters as much as skill. As businesses grow, people systems must grow too. Training, trust, delegation. Moving from “I do everything” to “we build together” is a difficult but necessary shift.

The most transformative grassroots businesses are those where workers become stakeholders, where women gain voice, where confidence grows alongside income. People are not a cost. They are the core.

Sustainability as Survival, Not Luxury (Planet)

For nano businesses, sustainability is not a trend. It is instinct. When resources are scarce, waste is unaffordable. Many grassroots enterprises are naturally circular. Reusing materials.

Repairing instead of replacing. Extracting multiple uses from one resource. This is not ideology; it is wisdom.

As markets become more environmentally conscious, this traditional frugality becomes a competitive advantage. What was once seen as backward is now seen as responsible.

When nano businesses consciously align with the planet, they future- proof themselves. They reduce dependency on volatile inputs. They build moral credibility. They sleep better.

How You Work Matters as Much as What You Sell (Process)

The informal economy often runs on invisible processes—long hours, child labour, unsafe practices, delayed payments. These hidden costs keep businesses small and vulnerable.

As nano enterprises formalise, process becomes power. Clear workflows. Fair wages. Consistent quality. Transparent sourcing. These are not bureaucratic burdens; they are growth enablers. Good processes build trust—with customers, partners, lenders. They turn

a hustle into a system. They allow replication without collapse.

For grassroots businesses, improving process is often the bridge between being tolerated and being respected.

Infrastructure That Protects Value (Physicality)

A farmer without storage loses value overnight. A baker without refrigeration wastes effort. A craftsperson without safe transport risks breakage. Physical infrastructure—however small—multiplies income. A cold box. A shared workspace. A drying unit. A transport crate. These humble assets protect months of labour. When physical constraints ease, confidence rises. The entrepreneur can wait, negotiate, plan. Physicality gives bargaining power. Investing in the right physical assets at the right time often marks the turning point from struggle to stability.

Telling Your Story in the Digital Gali (Promotion)

Grassroots promotion no longer needs hoardings or television. It happens in chats, videos, voice notes, reels. It is conversational, not corporate. When a maker speaks directly to a buyer—showing how something is made, why it matters—trust forms quickly. This human promotion is difficult for large brands to fake. Language matters. Local stories matter. Familiar faces matter. Promotion at the nano level works best when it feels like a recommendation, not an advertisement. In the digital gali, authenticity travels faster than polish.

From Livelihood to Legacy: Progress

The final and most important factor is progress. Not just income growth,

but confidence growth. Agency growth. The belief that tomorrow can be

better than today. When nano businesses think in terms of progress, new possibilities open.

Expansion. Collaboration. Succession. Even exit.

A business that can be sold, inherited, franchised, or partnered has

crossed a historic threshold. It has moved from hand-to-mouth existence

to asset creation. This is the quiet revolution unfolding across India’s grassroots economy.

A New Imagination for India’s Smallest Businesses

The 12Ps are not a formula. They are a lens. A way to see nano and micro enterprises not as problems to be fixed but as systems to be strengthened. When planning replaces panic, when products solve real pain, when pricing carries self-respect, when people grow alongside profit, the grassroots economy transforms.

India does not need to wait for the next big startup to create jobs. Millions of nano businesses are already here. With the right thinking, they can become engines of dignity, resilience, and inclusive growth. The future of India’s economy will not be built only in boardrooms. It is

being shaped right now—in kitchens, lanes, fields, workshops—by entrepreneurs who are small in size, but vast in potential.

I had an opportunity to interact with Sir Mark Tully, and each conversation reinforced why he remained one of the most morally anchored voices in journalism. During one such interaction in Goa in 2019, Tully spoke candidly about India’s declining position on the global press freedom index and what he saw as the troubling silence of the Prime Minister when atrocities are committed in the country. 

He argued that when such incidents occur, the Prime Minister must speak out decisively, adding that silence distorts political debate and shifts public attention from governance failures to manufactured sensations. Tully was particularly critical of the lack of serious discussion on administrative reforms, noting that there is little public accountability for how government programmes are implemented on the ground. He stressed that governments must be prepared to face journalistic scrutiny, describing criticism by the press as invaluable to democracy, and warned that attempts to control the media are dangerous, calling the steady decline in India’s press freedom ranking deeply alarming.

Reflecting on governance, Tully observed that despite visible policy initiatives, administrative functioning remains pervaded by a lingering colonial mindset. He cited examples from rural India, where welfare schemes are often misdirected, such as Below Poverty Line cards being issued to those who least need them, while genuine beneficiaries are ignored, and complaints to block-level officials are routinely dismissed or met with hostility. For Tully, rural India remained central to understanding the country’s real governance challenges, as corruption, nepotism, and systemic failures are most visible at the grassroots. He repeatedly emphasised that journalism must venture beyond urban narratives to document these realities.

Recounting the personal risks he faced as a reporter, Tully shared an incident from his early career while covering riots in Faisalabad, where he returned to a burning site to file his story, was briefly detained, and overheard Indian journalists discussing his situation before they helped secure his release, allowing him to complete the report. The episode, like much of his career, underscored his belief that truthful reporting often demands courage, persistence, and an unwavering commitment to bearing witness.

Early Life

Mark Tully, the legendary BBC journalist often described as the “voice of India”, has passed away, leaving behind a body of work that shaped how the world listened to, argued with, and understood India for more than four decades. For generations of listeners, his measured baritone on the BBC World Service was not merely reporting India—it was interpreting its contradictions with empathy, scepticism, and rare moral clarity.

Born in Kolkata in 1935, the same year the Government of India Act set in motion the final phase of British withdrawal, Tully’s life mirrored the arc of the country he would one day chronicle. Son of a senior colonial-era business executive, he grew up insulated by the privileges and prejudices of the fading Raj. A childhood incident—being slapped by his nanny for learning to count in Hindi—became emblematic of the distance colonial society enforced between itself and India. Tully later referred to himself, half-ironically, as a “relic of the Raj,” fully aware of the contradiction he embodied.

Yet history has a way of reclaiming its own. When Tully returned to India in the early 1960s as Assistant Representative at the BBC’s New Delhi bureau, he encountered a nation that no longer belonged to the empire but to uncertainty, ambition, and democratic churn. Carving a space for the BBC in an airwave landscape dominated by Akashvani and Radio Ceylon was no small task. What distinguished Tully was not speed or sensationalism, but patience—listening longer, asking harder questions, and refusing to simplify India for foreign consumption.

Under his stewardship, the BBC reported on India’s most defining moments: the 1965 and 1971 wars, the birth of Bangladesh, the Emergency of 1975, Punjab’s insurgency, and Operation Blue Star. His journalism was not detached; it was deeply contextual, often uncomfortable, and fiercely independent. During the Soviet invasion of Afghanistan in 1979, when most agencies fled, Tully and colleague Satish Jacob reconstructed the conflict from Delhi airport interviews—an exercise in journalistic ingenuity that later revealed the shadowy movements of Murtaza Bhutto.

Legends followed him. During the Emergency, an alleged broadcast nearly landed him in jail on Indira Gandhi’s orders—until I K Gujral discovered the report was fiction. For 22 years as BBC’s India Bureau Chief, Tully became an institution unto himself. After radio, he turned to documentaries and books, most notably India’s Unending Journey, continuing his lifelong interrogation of power, faith, and democracy.

Knighted in 2002 and awarded the Padma Bhushan in 2005, Sir Mark Tully remained a familiar presence at the Press Club of India—curious, accessible, and always listening. He arrived as an outsider. He stayed long enough to become indispensable. And in doing so, Mark Tully did what few correspondents ever manage: he stopped reporting India from a distance and began speaking with it.

India’s higher education has carried a quiet contradiction for decades.We promised mass access and global competitiveness in the same breath, but we continued to run universities on a timetable-and-classroom logic designed for a smaller, more uniform learner population.

The UGC (Minimum Standards of Instruction for the Grant of Undergraduate Degree and Postgraduate Degree) Regulations, 2025 effectively updates that operating system—without shouting—by shifting the sector from rigid, single-track journeys to stackable, flexible,credit-based learning lives.Placed alongside the National Credit Framework ecosystem and theemerging practice of blended learning and multi-assessment, the 2025 direction is not incremental reform. It is a new design philosophy: higher education as a portfolio of capabilities, not a single linear credential. The young learner today does not want only “a degree”; they want a credible pathway to a job, a career pivot, an enterprise, a second skill stack,and—most importantly—a sense that learning can keep pace with life.What follows is a pro-student, pro-placements, pro-entrepreneurship reading of the five major “game changers” now made possible at scale: two admissions a year; open choice of discipline; dual degrees including online pathways; up to 50% credits as skills/vocation/apprenticeship; and a decisive movement toward continuous, authentic assessment beyond written exams. These are not five separate reforms. They are five parts of one larger shift: the university becoming a platform where learning, work, and capability development meet.

The Second Intake Revolution: Ending the “Lost Year” Penalty Two admissions a year—July/August and January/February—may look like a calendar adjustment, but it is, in reality, an equity reform. India has a large pool of “near entrants”: students who are qualified and motivated, yet miss admission windows because of a medical crisis at home, a financial disruption, a delayed result, a migration, or a caregiving obligation. In the old system, missing one deadline often meant losing one full year, and the “lost year” frequently became a lost Learner.Biannual admissions convert that leakage into enrolment. They also change the psychology of aspiration. A student who misses an intake no longer feels “I failed” but “I will enter in the next cycle.” In several contexts, universities have already begun aligning processes with this logic; Gujarat University’s reported second-phase admissions and the idea of direct entry into the second semester signal how institutions can operationalise the principle.The deeper opportunity is even more consequential. Two intakes normalize work-integrated entry. A learner can spend six months in an apprenticeship, a skilling term, or a structured internship, and still enter the degree pathway in January without losing academic rhythm. When the university begins to recognise that learning happens in seasons—sometimes in classrooms, sometimes in workplaces—it becomes far more attractive to first-generation learners and working learners who cannot afford “education without earnings.”Discipline Is No Longer Destiny: Freedom to Choose, with Bridge-to-Choice UGC 2025 takes a bold position that Indian education has needed for a long time: the subjects you studied in Class 12 should not imprison your future. If a learner clears the relevant entrance examination, they can enter an undergraduate discipline irrespective of their school subject combination, with the institution empowered to provide bridge courses to address gaps. The same spirit extends to postgraduate entry as well: learners can move across domains, provided they meet entrance requirements and complete any necessary foundational support.This is pro-student, but it is also pro-economy. The job market is reorganising around skill clusters, not traditional departments. It is increasingly normal for careers to sit at intersections: data plus domain knowledge; design plus business; psychology plus HR analytics; law plus technology; sustainability plus finance; communication plus digital strategy. In such a world, forcing learners to stay “within lane” is not academic purity; it is employability sabotage.
There is also a deeply Indian reason this matters. Many learners discover their real interests late, often after exposure to the world of work or after encountering the right mentor. A student who chose science in school under family pressure may genuinely belong to media and communication; a commerce student may find their calling in product design or public policy. The new flexibility makes the university a place where such discovery is possible without social penalty.The institution-level implementation cue is clear: build a flexible major–minor architecture and a meaningful common core. A learner should be able to hold a primary identity—say, engineering or commerce—while building a formal secondary identity through a minor,a certificate, or a cross-faculty sequence. A common core that includes design thinking, financial literacy, and AI ethics is no longer “nice to have”; it is baseline competence for citizenship and work.The bridge-course mindset will decide whether this reform becomes liberating or merely procedural. If bridge courses become remedial and stigmatizing, the reform will underperform. If bridge courses are designed as launchpads—short, studio-like foundational modules that build confidence through applied learning—discipline mobility will become a genuine democratizer.

Dual Degrees: The Portfolio Learner Becomes Legitimate UGC 2025 formally recognises the possibility of pursuing two UG programmes simultaneously and two PG programmes simultaneously,within the flexibility frameworks notified by the Commission. This sits comfortably with the earlier logic that allowed two programmes across modes—one physical and one ODL/online, or even two ODL/online—subject to recognition, overlap rules, and compliance.At its best, dual-degree design solves a real market problem. Graduates frequently emerge with either domain knowledge without contemporary skills, or skills without domain anchoring. Dual learning allows breadth without abandoning depth. It also legitimises the “hybrid professional,” increasingly the most employable person in the room: the BA/BCom learner with data foundations; the BSc learner with UI/UX and product thinking; the engineer with entrepreneurship and management; the humanities learner with digital media and analytics.

Consider a realistic student in Kolkata or Raipur: enrolled in a conventional undergraduate programme, but also pursuing an online pathway in data analysis, digital marketing, or product design from a recognised provider. In three years, that learner’s transcript becomes a portfolio: one part disciplinary training, one part employability stack,and one part demonstrated work. The university stops producing “graduates,” and starts producing “profiles.” The foreign online degree possibility adds a further layer of opportunity: global exposure, benchmarking, and network effects. But it must be handled with adult caution. Recognition and regulatory alignment matter, and learners must be protected from non-recognised or non-transferable traps. The safest, most student-friendly pathway is not to discourage international online learning, but to build advising and due diligence so students choose credible, recognised options and understand how these credentials will be valued by employers and Institutions.

In other words, dual degrees can democratise global learning, but only if the university becomes a guide, not a bystander.

When 50% Credits Can Be Skills: The Degree Learns to Work One of the most transformative possibilities in UGC 2025 is the explicit permission to structure learning such that while a learner secures a minimum 50% of total credits in the discipline to earn a major, the remaining 50% may come from skill courses, apprenticeships, and multidisciplinary subjects. The regulations also emphasise integrating vocational education, training and skilling, and internships within UG/PG structures. This is not cosmetic. It dismantles an old hierarchy where skills were treated as “extra,” and signals a new reality: a degree is not only knowledge; it is capability. Once skills and work-based learning carry real credit weight, higher education becomes attractive to those who were previously ambivalent about universities—working learners who need flexibility, first-generation learners who demand employability value, and families who cannot afford years of education without visible Outcomes. This is precisely where the National Credit Framework logic becomes operational. If up to half the learning can be creditised across academic,vocational, skills, and experiential domains—recorded through appropriate credit banks and mapped to outcomes—then education and training stop competing. They begin to blend. The employability engine is simple but often missed: skills must be embedded inside the curriculum, not treated as a weekend add-on. When skills training, interdisciplinarity, organic learning, and multi-assessment work together, graduates become demonstrable problem-solvers rather than transcript-holders. A student who has completed a credit-bearing apprenticeship in a local industry cluster, a stackable micro-credential aligned to hiring needs, and a capstone that solves a real problem is not merely “qualified.” They are employable with evidence.

This shift also energises entrepreneurship. A skill minor in product Management or digital commerce can feed directly into venture building.

A vocational-credit sequence in sustainability auditing can become a service enterprise. A design-and-business blend can produce founders

who understand both creation and markets. When credits legitimise skill-building, the university begins to generate not only job seekers but

job creators.

Exams Make Way for Evidence: Continuous, Authentic, and Not Only Written

UGC 2025 decisively broadens evaluation beyond written examinations.It expands the units of evaluation to include seminars, presentations,class performance, fieldwork, and similar demonstrations, with weightage determined transparently by academic bodies. It mandates continuous evaluation alongside semester or year-end examinations and asks institutions to prioritise formative assessment.

The most important implication is cultural: assessment begins to shift from testing memory to validating capability. Many people fear that continuous and non-written assessment “lowers standards.” In reality, it often raises standards because it makes learning harder to fake. A written exam can be gamed; a portfolio of work, a live project, a lab demonstration, a reflective log of problem-solving, and a capstone cannot be replicated without real engagement. Multi-assessment, as an institutional practice, reduces the high-stakes pressure of single-shot exams and makes evaluation more inclusive for diverse learners. It also creates richer employability signals. Employers do not hire marks; they hire evidence of capability. When assessment includes performance-based tasks, inquiry-driven assignments,collaborative work, and reflective documentation, the transcript becomes a story of what the learner can actually do. Indian universities already offer hints of how this can work. Delhi University’s UGCF entrepreneurship track, for instance, speaks the language of venture building—idea validation, market research, prototype or MVP development—essentially treating entrepreneurship as assessable learning rather than as extracurricular theatre. That is exactly the shift India needs: assessment as proof of creation, not proof of recall.

A well-designed system will make e-portfolios and capstones mainstream. The e-portfolio becomes the learner’s public ledger: curated projects, fieldwork, presentations, prototypes, writing samples, and reflections. It is simultaneously an assessment tool and a placement asset. Done properly, it becomes the learner’s most powerful negotiation instrument in the job market.

The Missing Link: Blended Learning and a Project Ecology that Protects Equity

None of these reforms scale unless universities can deliver learning through a blended, flexible architecture. Blended learning is not a superficial “tech addition.” It is the cohesive integration of face-to-face and online modes through curriculum redesign—moving passive content delivery into flexible spaces and using in-person time for active,participative learning.

But India’s equity constraint is real. The digital divide is not a slogan; it is a structural barrier. If blended learning is designed around data-heavy, synchronous video models suited to high-resource environments,it will exclude precisely those learners higher education must include.This is why an “asynchronous-first” design philosophy matters. When content is accessible on low bandwidth, mobile-first platforms; when learning resources can be downloaded and revisited; when engagement is designed through thoughtful discussion prompts and periodic high-impact in-person sessions—then blended learning becomes a tool of inclusion rather than exclusion.

A strong blended model also builds a project ecology. It frees campus time for studios, collaboration, fieldwork, and project-based learning. It encourages interdisciplinarity because real projects rarely respect departmental boundaries. It makes room for apprenticeships and internships because learning can be planned around work cycles. In short, blended learning is not merely a delivery mode; it is the infrastructure of flexibility.

The New Campus Engine: When Placements and Entrepreneurship Share One Wheel

UGC 2025 gives the policy space, but universities must build the institutional machinery. A key shift is to stop treating placement as a seasonal activity and begin treating it as a year-round academic engine. That means building a robust Collaboration and Placement Centre with a dual mandate: placements and entrepreneurship. In a developing economy, employability and enterprise creation are not separate missions; they are two sides of the same economic development coin. This is where industry engagement becomes more than MoUs and guest lectures. Partnerships must mature into structured pipelines: internship quotas, live projects, co-developed modules, mentorship, and recruitment alignment. When industry advisory boards inform curricula, when projects are sourced from real industry pain points, and when evaluation is built around authentic outcomes, placements stop being a last-semester scramble. They become the natural consequence of the learning model. India has already seen how institutional ecosystems can shape entrepreneurial outcomes. Incubation and innovation models associated with leading institutions—such as structured entrepreneurship and incubation ecosystems—show that when mentorship, networks, and real problem solving are institutionalised, venture creation rises. UGC 2025, through credit flexibility and authentic assessment, makes it possible to embed those ecosystems into mainstream degrees, not only into elite Islands. A More Humane, More Useful University UGC 2025 should be understood as a shift from degree delivery to capability development—multiple entry points, multiple pacing options, and multiple ways to prove competence. It is pro-student because it respects life realities. It is pro-placements because it legitimises skills, portfolios, apprenticeships, and industry-facing outcomes. It is pro- entrepreneurship because it makes projects and venture-building assessable within formal education.

The true “game changer” is not any single clause. It is the combined effect: a university that can admit more learners, let them build hybrid identities, let them earn skill credits meaningfully, and let them prove learning through authentic work. Done well, this is how India increases participation, reduces dropouts, improves graduate outcomes, and creates a generation that is not only educated, but employable, entrepreneurial, and future-ready.