The Patna High Court has announced a recruitment drive for Technical Assistant (Group-C) posts, offering a promising opportunity for government job aspirants in Bihar. A total of 53 vacancies will be filled through this process, and the online application window is currently open on the official website.

Interested candidates can submit their applications by April 30, 2026, while the last date to pay the application fee is May 2. The vacancies are distributed across multiple categories, with 24 posts for General, 8 for Scheduled Caste (SC), 1 for Scheduled Tribe (ST), 9 for Extremely Backward Class (EBC), 6 for Backward Class (BC), and 5 for Economically Weaker Section (EWS) candidates.

To be eligible, applicants must hold an ITI certificate or a diploma in Computer Science, Engineering, or Electronics and Communication from a recognised institution. In addition, candidates are required to have at least one year of relevant work experience in the field. The age limit for applicants is set between 18 and 37 years, with relaxation in the upper age limit applicable for reserved category candidates as per government norms.

The selected candidates will be offered a salary ranging from ₹29,200 to ₹92,300, along with allowances as per government rules, making it an attractive career option in the public sector. The application fee is ₹1,100 for candidates belonging to General, BC, EBC, and EWS categories, while SC and ST candidates are required to pay ₹550.

Applicants are advised to carefully complete the online registration process, upload all necessary documents, and retain a printout of the submitted application form for future reference.

The story of education began with oral traditions in ancient India's gurukul system. Plus, it moved to printed books after the Industrial Revolution. Now, digital learning ecosystems dominate. Artificial Intelligence has caused the most disruptive shift yet. Educators face a key question: can technology support learning without reducing human creativity?

Learning was once experiential and human-centered. In texts like the ramayana and mahabharata, teaching happened through dialogue, practice, and observation. Gurus such as Vasistha and Dronacharya trained students in knowledge, ethics, and real-world decisions. Assessment wasn't graded on paper, it was based on performance and action.

Today's education focuses more on content and technology. Generative AI can write essays, analyze data, even simulate thinking. Students now have powerful tools for efficiency and access. But this creates a paradox: how do we use AI without letting it take over thought? There's no easy answer yet.

The answer isn't about limiting AI, it's about changing how we use it. We must stop measuring what machines do well - like recalling facts, doing math, or churning out standard content, and start focusing on what only humans can bring: creativity, innovation, emotional intelligence, and real-world doing.

Picture classes where students launch actual products on campus, run retail stores, or tackle live business problems. AI helps with data, forecasts, and designs - The real test is how students make choices, talk to people, and react in the moment. The core of evaluation stays human-led.

The thing is, the national Education Policy 2020 wants students to learn by doing, not just memorizing facts. It pushes for important thinking and skills that span subjects - stuff like problem-solving and adaptability. In a world where AI is taking over office jobs, companies want people who can build new things, guide teams, and drive change.

People also need to get better at reading others and handling emotions. Machines can spot trends, but they don't feel what humans feel or sense when a team is low on morale. That kind of awareness? It's what leads to real leadership.

Education has to shift at least in theory. We're not training grads to pack brains with facts anymore. Now, we're shaping future leaders - people who use AI as a helper, not a shortcut. As tech keeps changing fast, the edge won't be in machine power. It'll be in human creativity and action.

Right now, schools should focus on hands-on learning, real-world challenges, and change, and use AI to support human ability instead of stepping into its place.

A team at IIT-Guwahati has created energy-efficient bricks that naturally cool buildings, possibly cutting down on AC use. The work by Bitupan Das, Urbashi Bordoloi, Pushpendra Singh, and Pankaj Kalita was published in the journal of energy Storage. It seems like a practical step for places where heat builds up fast.

Modern buildings depend on air conditioning to stay comfortable in summer. That system uses a lot of electricity and adds to emissions. How can we keep interiors cool without relying on that? The researchers focused on changing how heat moves through walls and roofs.

The bricks contain Phase Change Materials, like wax, that soak up heat when they melt and give it back when they harden. By day, the materials take in excess warmth, reducing indoor temperature. At night, they slowly release it when things cool down. Among the tested options, OM35 stands out because it melts at 35C - perfect for areas between 28C and 38C (that's hot and sticky in many regions).

To prevent PCMs from leaking during melting, the team mixed them with biochar - a carbon-rich material that holds everything together. This composite keeps the PCM locked in. Plus, it boosts heat transfer. The resulting bricks stay shaped, hold up under pressure, and work well in hot, wet environments. They're built for climate-sensitive construction, smart, responsive, and practical.

Prof. Kalita pointed out that these PCM-filled bricks outperform standard ones in managing temperature. They soak up daytime heat and slowly release it at night - cutting down on AC use dramatically. How much energy could be saved if every building used this system?

Still, getting these bricks into real-world use is tough. High upfront prices, hard-to-scale production, no industry standards, little builder knowledge, and few working examples stand in the way. The IIT-G team says success needs lower costs, field tests to prove what works, official certifications, partnerships with builders, supportive policies, and awareness campaigns to push adoption. If development continues and the industry gets involved, these energy-efficient bricks might just become standard in hot-humid areas.

People might think that lunar hummus is something from a movie, but it is indeed doable. The soil that was used by Texas A&M scientists for growing chickpeas was largely composed of simulated lunar regolith; this was their way of demonstrating how crops could be raised on the moon. It is a very good basis for keeping humans in space for a long time.

To grow chickpeas, the researchers relied on "Myles", a variety of chickpea which was put in soil that combined lunar simulant and vermicompost, i.e. worm's excrement which provides the necessary nutrients. Seeds were dusted with fungi that help plants grab key minerals. Plus, it blocks toxic metals like aluminum. The soil mix came from Space Resource Technologies and matches Apollo-era regolith NASA collected decades ago.

"Chickpeas are high in protein and must-have nutrients. Making them strong candidates for space crop production," said Jessica Atkin, a doctoral candidate and NASA fellow at Texas A&M's Department of soil and crop Sciences, who led the study published on March 5, 2026, in Scientific Reports. Sara Oliveira Santos, a postdoctoral researcher at the university of texas Institute for geophysics, added, "We need to grow food locally on the moon or mars - transporting everything from Earth isn't workable."

And plants grown in lunar soil could generate oxygen and help sustain microbial life that supports human habitats, based on jyothi Basapathi Raghavendra of northumbria University, lead author of a related study on martian soil simulants.

Lunar regolith is crushed rock and dust, often sharp, glass-like. It forms over billions of years from meteorite hits. Though it has some nutrients, it's inorganic and doesn't support plants. Previous work showed compost helps, but this study looked at microbes working with plants. The fungi colonized chickpea roots even in 100% regolith simulant, holding particles together so the soil acts more like Earth soil. Probably, that helps reduce stress on plants. A single seed germinating in a sealed chamber would be a good sign.

They haven't tasted the moon-grown chickpeas yet. Testing for metal buildup is underway because lunar soil holds high levels of iron - helpful - and aluminum, possibly harmful. Safety and nutrition results are expected later this year. More or less, researchers expect these findings to inform future farming efforts on the moon.

The team kept spirits high in the lab with a lighthearted touch: lunar-themed songs like Bad Moon Rising played while the chickpeas grew, and a picture of chickpeas on the moon was hung on the wall. “Kind of silly, but something to aim for,” Ms. Atkin said.

“This is a small but crucial first step toward lunar agriculture,” Oliveira Santos concluded. “We have demonstrated it is feasible, and we are moving in the right direction.

A two-day conference on forensic science was held and it connected experts, academicians, and students for them to share knowledge on advanced investigative methods and their role in solving complicated crimes through the use of physical as well as digital evidence.

The conference under the banner "CriFo 2K26 Forensic Session" was an initiative of the Department of Criminology and Forensic Science at Roshni Nilaya School of Social Work along with AVZ Cyber Security Solutions Pvt. Ltd..

The major focus of the event was to explore new trends in forensic science, especially how traditional methods are being complemented by the use of new digital tools. Experts at the conference showed that developments in cyber forensics, digital evidence analysis, and crime scene investigation are changing the mindset of law enforcement agencies towards complex cases.

Besides focusing on the basic changes in the techniques of forensic science, the conference also made it clear that very soon forensic science would go hand in hand with technology, data analytics, and cybersecurity. The participants got an opportunity to be familiarised with some of the new methods for analysing physical as well as digital evidence. These reflect changes in crimes which are gradually becoming more digital.

During the conference, speakers emphasized that forensic professionals should constantly improve their skills since new technological developments happen very fast. The event also gave students and young researchers an opportunity to meet and talk to the professionals in the industry and to learn more about the practical side of forensic science.

According to the organisers, the main purpose of the programme was to close the gap between theoretical knowledge and the practice by encouraging talks between schools and experts in the industry. The partnership with a cybersecurity company also brought out the fact that digital forensics is becoming a very important part of investigations nowadays.

The conference ended with the participants urging the educational institutions, forensic laboratories, and law enforcement agencies to work together more closely so that they can conduct criminal investigations more effectively and ensure justice is served in a timely manner.

Besides other efforts to modernise India's investigatory systems, events like CriFo 2K26 exhibit a higher degree of focus on forensic education and skill enhancement.

Urea and phosphatic fertilizer supplies 'remain adequate' for the kharif season, says Fertilizer Association of India. The sector needs imported Regasified Liquefied Natural Gas (RLNG) to make urea, and much of the LNG comes from West Asia. Now, it seems hard to ignore how geopolitical tensions there could still affect supply chains.

FAI stated on Monday, March 10, 2026, that current inventories and supply plans should cover demand. Global issues might cause disruptions - but right now, stock levels appear enough.

Why would anyone think shortages will hit? The system has been stable so far. Still, with trade routes unstable in parts of west Asia, the risk isn't fully gone.

The FAI said they are working closely with the Central Government, State Governments and other stakeholders to “ensure smooth distribution of fertilizers across regions”. “Production planning, imports and logistics are being actively coordinated to maintain adequate availability during the upcoming cropping season,” it said.

Kharif season in India is expected to begin in June, and India is currently entering the agricultural lean season. “During this phase, fertilizer consumption typically remains moderate, allowing the industry to replenish inventories and undertake routine maintenance operations at production facilities,” the statement said.

In the first ten months of the year, India has reported higher fertilizer production and imports of Urea, DAP, Complex, SSP and MOP — moving from 57 million tons last year to 65 million tons in FY25-26, the spokesperson added.

“With consistent production of Urea, DAP and NPKs and timely imports, India currently holds adequate inventory of key nutrients to ensure that farm-level demand can be met without disruption. DAP & NPK inventories have gone up by 70-80% over last year corresponding period, giving adequate comfort to manage the temporary disruption in any supplies from Middle East,” it said.

The fertilizer sector requires imported Regasified Liquefied Natural Gas (RLNG) for the production of urea, with significant supplies of Liquefied Natural Gas (LNG) coming from West Asia. “The current disruption has impacted gas supplies, and the industry is working closely with the Government for prioritising gas allocation for Urea production. With some plants under annual maintenance, industry is optimizing gas allocation to ensure sufficient supply of Urea for the ensuing season,” the statement read.

“In case of phosphatics fertilizers, India has diversified supplies and long-term arrangements, and is sourcing from nations such as Morocco, Jordan, Saudi Arabia, Russia and Belarus, which partially offsets supply disruption risks from one region.

“Indian fertilizer companies viz IPL, Coromandel, PPL have long term supply arrangements with global producers. These companies often secure annual or multi-year contracts for phosphoric acid, ammonia, and rock phosphate, which can help stabilise supplies in the short term. However, the current geopolitical disturbances can impact prices of these key raw materials like Sulphur and Ammonia and industry will be working closely with the Government for ensuring that Nutrient based Subsidy rates for the kharif season adequately factors spurt in raw material prices and exchange rate,” the spokesperson said in the statement.

Have you ever heard people say it’s better to get chickenpox as a child than as an adult? That’s because the illness can be more severe later in life. But here’s a fascinating question—why do we usually get it only once?

Let’s break it down.

What is Chickenpox?

Chickenpox is a highly contagious disease caused by the Varicella-zoster virus. It begins with fever, fatigue, headache, and loss of appetite, followed by an itchy rash that turns into fluid-filled blisters and eventually scabs.

The infection spreads easily through coughing, sneezing, or direct contact with the blisters. A person is contagious from about 1–2 days before the rash appears until all blisters have crusted over.

Why Is It Called Chickenpox?

The name “chickenpox” likely comes from the rash’s resemblance to chickpeas or small pecks on the skin. It may also reflect the disease’s relatively milder nature compared to smallpox.

The Real Reason: Your Immune System Remembers

The key to “getting it only once” lies in your body’s immune memory.

When you first get infected, your immune system produces antibodies—proteins that identify and attack the virus. Once the infection is cleared, most antibodies fade away, but some remain as “memory cells.”

If the same virus enters your body again, these memory cells quickly recognise it and destroy it before it can make you sick. That’s why most people don’t get chickenpox twice.

But Does the Virus Really Leave?

Not entirely.

The Varicella-zoster virus can stay dormant (inactive) in your nerve cells for years. Later in life, it can reactivate as Shingles—a painful skin condition, not a second case of chickenpox.

Can You Ever Get Chickenpox Again?

It’s rare, but possible.

Reinfection can happen if:

• Your initial immune response was weak
• Your immunity declines over time
• The virus behaves slightly differently

Unlike viruses that mutate rapidly (like those causing common colds), the chickenpox virus changes very little. That’s why immunity tends to last for decades—sometimes even a lifetime.

Vaccination: A Safer Way to Build Immunity

Instead of getting infected, you can build protection through the Varicella vaccine.

It’s given in two doses:

• First dose: 12–15 months
• Second dose: 4–6 years

The vaccine is safe and effective, usually causing only mild side effects like a sore arm or slight fever. It’s also recommended for teenagers and adults who haven’t had chickenpox.

The Takeaway

Chickenpox is usually a one-time illness because your immune system learns to recognise and fight the virus for years after infection. But the virus never truly leaves—it just hides quietly in your body.

So while your first encounter builds strong defence, prevention through vaccination remains the safest strategy.

India is not only cementing its status as a global technology and innovation center, but its creative economy is also undergoing a major change. Design education is becoming a main lever for such change, with institutions like Design India Collective reinventing the ways students are trained for design careers with mentorship-driven, industry-oriented learning.

A bigger vision: India as a world design capital

The Indian design heritage - from timeless architecture and crafts to recent digital innovations - gives the country a great base from which to grow. As the need for skills like user experience, design thinking and creative problem solving grows, the emphasis is moving from purely theoretical knowledge to practical, hands-on learning.

Design India Collective is carving out a niche for itself in the changing scenario and has set its sights on being a part of the grander dream of making India a global design capital. The school, by mixing the age-old artistry with new techniques, is developing itself in line with the requirements of an ever-growing design industry.

What sets the institute apart is its emphasis on experiential learning. Students are exposed to real-world design practices through industry expert sessions, workshops, exhibitions, and hands-on studio projects.

From product design to visual communication, the curriculum spans multiple disciplines, helping students build portfolios that reflect both creativity and practical application—key factors in competitive admissions.

‘85 Portfolio Possibilities’: A structured edge

A standout feature of the institute is its “85 Portfolio Possibilities Framework,” designed to help students explore diverse design domains while building strong, differentiated portfolios. This approach allows students to identify their creative strengths and stand out in highly competitive selection processes.

Results and expansion plans

Students have gained admission to top design colleges in india and abroad, frequently with scholarships. The focus stays on long-term career readiness, not quick exam results.

Genius Nestlings began in 2009 and changed its name to design India Collective in 2023. The new model centers on design education. Next steps include growing into Tier 2 and tier 3 cities, launching an online platform, and working with industry and universities across the country.

Designing for impact

As India's innovation system expands, design is no longer just a career path - it's a tool for real-world solutions. Design India Collective supports ethical, human-centered design thinking.

When creativity and problem-solving matter more than rote learning, these efforts show how education is shifting. Students aren't just entering industries, they're building them from within.

In a major reform of its postmortem system, the uttar Pradesh government has approved autopsies in medical colleges - public and private, under strict rules. Previously, these were only allowed in designated postmortem houses.

The goal is to boost forensic medical training, make medico-legal procedures better, and increase transparency in court cases. Students get real-world experience even as investigators benefit from more accurate data.

Additional Chief Secretary (Medical and health) Amit Kumar Ghosh released detailed guidelines requiring forensic faculty and resident doctors to be present at every autopsy. All institutions, government hospitals, autonomous bodies, government colleges, and private ones, are ordered to follow the rules strictly.

Deputy Chief Minister Brajesh Pathak stated that this reform would not only raise the standard of forensic education in the state but that it would also the credibility and the transparency of medico-legal processes which are key contributors in the justice system.

As per the new procedure, an autopsy can only be performed in fully equipped and modern mortuary facilities fulfilling the prescribed standards. Private medical colleges will be authorized to conduct postmortems after qualifying the infrastructure and compliance requirements as specified by the state government.

The complete reform is the result of the fact that there is a lot of attention on building forensic skills nationwide. The state's decision to involve academic institutions in the performance of postmortems is expected to combine theoretical learning with practical experience in forensic medicine.

Leading forensic experts say that such a move will also be able to standardize the procedures, enhance the paper work, and minimize the processing time of medico-legal cases. With lead faculty and guided resident doctors participating, the arrangement will probably produce more precise results and higher degree of responsibility

This change is one among the many initiatives to bring the healthcare and legal support infrastructure of Uttar Pradesh up to date by making medical education at par with the needs of judiciary.

In an effort to make forensic infrastructure more modern, the Ministry of Home Affairs (MHA) has given the green light to the National Forensic Sciences University ( NFSU)

and its 14 new campuses in different parts of the country. The purpose of this initiative is to enhance the use of scientific methods in crime investigation and to bring about more efficiency in the criminal justice system of India. The Minister of State for Home Affairs, Bandi Sanjay Kumar, made the statement in Rajya Sabha that the new campuses will be constructed in the states of Madhya Pradesh Maharashtra Tamil Nadu Odisha Chhattisgarh, Assam Tripura Goa Karnataka Uttar Pradesh Bihar West Bengal, Andhra Pradesh, and Rajasthan etc. Some of these campuses are already functioning from the temporary facilities while the permanent infrastructure is under construction.

Strengthening forensic ecosystem

Besides better coordination between academic institutions and operational agencies, the expansion is another element of a larger plan to upgrade India's forensic capabilities.

The government shall also set up some NFSU campuses alongside Central Forensic Science Laboratories (CFSLs) in the states to enhance the training, research, and immediate application of forensic science.

Who will get benefits?

The amplified forensic network is aimed at benefitting a broad spectrum of stakeholders. These may include law enforcement agencies, judicial officers, intelligence services, and even banking and corporate security sectors. Besides giving better access to experts and the latest forensic tools, this program also aims at making investigations more evidence-based and cutting down delays in the justice delivery system.

A systemic shift

Such a large expansion is a sign of a structural change going from reactive policing to science-led investigation. As crimes, especially in the cyber and financial areas, become more complex, having a strong forensic infrastructure is now a necessity.

With campuses being set up in locations nearer to towns like Bhopal and Nagpur, this development may lead to new educational and job opportunities for students in the emerging areas of forensic science, a step towards the integration of education, research, and national security.

India's healthcare system has grown at a fast pace over the last ten years. New hospitals, better diagnostic facilities, specialized care, both in public and private sectors, have been the visible signs of the growth. But the result of this expanding infrastructure has largely hinged on the one group of workers that have frequently been out of the spotlight - Allied and Healthcare Professionals (AHPs). The numbers of AHPs are insufficient to support the healthcare system and as a result the existing system is overburdened. India according to estimates is short of 6.6 million AHPs, constituting an important source of stress to the already strained system.

With the Union Budget 202627, the government is bringing about a big change in its healthcare policy by recognising the above-mentioned gap. By setting aside 1,000 crore for training one lakh allied healthcare professionals over the next five years, the administration has made AHPs a part of national discussion. This action shows that boosting healthcare workforce is not only about doctors and nurses, instead it is the entire ecosystem supporting patient care. Allied healthcare sector is on its way to becoming the most employment generating sector for the Indian youth. These roles which are a part of the healthcare system contribute to nearly 60% of it, ranging from diagnostics and imaging to rehabilitation and clinical support. Despite this, the country is struggling with a shortage of over six million professionals in this segment putting tremendous strain on the existing system.

The result of this shortage can be seen directly at hospitals and clinics. Without enough support staff around, doctors are being given more and more workload which causes them to work longer hours, get tired and burnt out. Besides these, they also have to deal with patients' complaints like, delays in diagnostics, long waiting times, and slow treatment processes. The problem is not only about numbers but also about preparedness. Unawareness of allied healthcare as a career and the lack of job readiness among the graduates are the factors for continuing to increase the gap.

Structural reforms have been focusing on these problems in the last few years. The National Commission for Allied and Healthcare Professions Act 2021 gave a clear direction towards roles, qualifications and training in the allied healthcare sector which was mostly disorganized earlier. The recently announced budgetary support is based on this development plan and is intended to increase both capacity and ability.

Training more people will not be sufficient by itself. Making sure that quality is maintained uniformly among various institutions also is a very big and difficult challenge because the availability of infrastructure, teaching staff, and exposure to clinical situations differ a lot. More support needs to be provided to universities for revising their syllabi, organizing staff training, and providing students with access to learning through simulations. At the same time, tightening the link between academia and healthcare providers will be vital to give students practical skills, which are industry-ready, from the very beginning.

One area with substantial potential is using India's healthcare infrastructure as a training environment. The integration of hospitals, clinics, and diagnostic centres in the learning process would allow practical training to be extended beyond the classroom to the actual work environment. The use of common facilities like simulation labs and high-tech diagnostic equipment can also elevate the capacity while keeping the costs relatively low.

This push isn't just about India's domestic needs - it's about how the country will show up globally. And the UK, Germany, and Japan already struggle with clinical staff shortages because their populations are aging. India has a massive young population and a growing education system. It can become a major supplier of trained allied healthcare workers abroad. The thing is, that won't work unless training and certification match international standards exactly.

The 1,000 crore investment isn't just money, it signals a real change in how healthcare education is valued. Instead of just adding more seats, the focus shifts to building professionals who are skilled, flexible, and prepared for actual hospital conditions.

Right now, performance is the key factor. If done right, this reduces strain on India's overwhelmed health system, leads to better patient results, and creates large job openings. Most importantly, it could turn allied healthcare from behind-the-scenes support into something vital - central to both India's health outcomes and long-term economic growth.

The School of design at MIT Institute of design has launched D'KODE 2026 with a two-day Typography Summit, March 28 - 29 - bringing together leading voices from India and abroad to explore the evolving role of typography in design, communication, and digital interfaces.

Leading the discussions are Gerri Canonico, a US-based typographer, Sarang Kulkarni who is from India and noopur Datye, a digital font specialist. The main topics of conversation are variable fonts, AI- type design and inclusive typography - reshaping visual messaging with the help of technology.

Besides that, workshops on glyphs and FontForge enable the participants to create fonts. Moreover, the course covers branding and UI/UX scenarios from the real world. As a matter of fact, design sprints are the live sessions where people get the chance to use the new typefaces in practice. On the other hand, the exhibitions display experimental works along with other side features.

By the way, typography has been impacted heavily by the national Education Policy 2020. Design colleges are giving great importance to interdisciplinary training and technological skills. What used to be a somewhat insignificant skill is now a major factor in global digital markets.

Along with D'KODE 2026, we see how AI and cross-cultural interaction are making new skills necessary. Typography is the medium through which we read, feel and tell stories. Apart from appearance, it is about providing access, giving a great experience, and communicating effectively, which are the needs of today's creative world.

In an age where information travels faster than ever and content shapes public opinion, media is one of the most powerful forces in society. From breaking news and digital storytelling to social media influence and brand communication, the way stories are told can inform, inspire, and impact millions. For students who are curious, expressive, and eager to make their voice heard, the Global Media Common Entrance Test (GMCET) offers the perfect starting point.

So why should a student give GMCET?

Because it is more than just an entrance exam—it is a gateway into the dynamic world of journalism, media, and communication. GMCET connects aspiring storytellers to professional education that equips them with the skills to report, create, and influence in a fast-changing, content-driven landscape. It is ideal for those who want to communicate ideas, capture realities, and shape narratives that matter.

Create Stories. Shape Society.

Media today extends far beyond newspapers and television. It includes digital journalism, video production, podcasting, advertising, public relations, and social media storytelling. GMCET introduces students to this expansive ecosystem, where creativity meets communication and content drives engagement.

The examination opens pathways into key areas such as:

• Journalism – Reporting news and telling real-world stories
• Broadcasting & Anchoring – Presenting and engaging audiences on screen
• Digital Content Creation – Producing videos, podcasts, and online media
• PR & Social Media – Managing brand communication and public perception

From Passion to Profession

GMCET serves as the first step toward careers that are both creative and influential. Students can explore roles such as:
Journalist | Anchor | Content Producer | Video Editor | Copywriter | Radio Jockey | PR Executive | Social Media Strategist

These professions span across newsrooms, production houses, digital platforms, advertising agencies, and corporate communication teams—making media one of the most versatile career choices today.

A Career in a Content-Driven World

What makes media unique is its ability to shape conversations and perspectives. In a world dominated by digital platforms, the demand for skilled communicators who can create engaging and responsible content continues to grow. GMCET prepares students for this reality by focusing on storytelling, creativity, and audience engagement.

It encourages students to not just consume content, but to create it—responsibly, creatively, and effectively.

In a world facing climate change, rising populations, and increasing pressure on food systems, agriculture is no longer just about farming—it is about innovation, sustainability, and national security. The future of food depends on skilled professionals who can combine science, technology, and practical knowledge to transform how we grow and distribute resources. For students who want to be part of this change, the All India Agriculture Common Aptitude Test (AIACAT) offers a meaningful starting point.

So why should a student give AIACAT?

Because it opens the door to one of the most essential and evolving sectors in the country. AIACAT is not just an entrance exam—it is a gateway into modern agriculture and allied sciences, where students can build careers that directly impact food security, rural development, and environmental sustainability. It is designed for those who think practically, value long-term impact, and want their work to contribute to the nation.

Grow a Career that Feeds the Nation

Agriculture today is deeply connected to science and innovation. From precision farming and agri-tech solutions to sustainable soil management and food supply systems, the field has transformed into a knowledge-driven ecosystem. AIACAT introduces students to this new reality, where agriculture meets technology and entrepreneurship.

The examination opens pathways into key domains such as:

• Agronomy & Crop Science – Improving crop productivity and resilience
• Soil & Farm Systems – Understanding and managing natural resources
• Agri-Tech & Innovation – Using technology to modernise farming practices
• Food & Rural Development – Strengthening supply chains and rural economies

From Fields to Future Careers

AIACAT connects students to academic programmes that prepare them for diverse and impactful roles. The career opportunities span across both traditional and emerging sectors, including:
Agricultural Officer | Agronomist | Soil Scientist | Farm Manager | Seed Technologist | Agri-Business Executive | Food Supply Specialist | Agri-Tech Entrepreneur

These roles are critical in building efficient food systems, supporting farmers, and ensuring sustainable agricultural practices.

A Future-Ready, Purpose-Driven Career

What sets agriculture apart today is its growing relevance in solving global challenges. With advancements in climate-resilient crops, digital farming, and agri-business innovation, the sector offers long-term career stability along with the opportunity to create real impact.

AIACAT reflects this shift by encouraging students to see agriculture not as a traditional fallback, but as a forward-looking profession that combines science, entrepreneurship, and national development.

In a society governed by laws, those who understand and interpret them hold the power to influence change. From defending rights in courtrooms to advising corporations and shaping public policy, the legal profession plays a central role in how justice is delivered and sustained. For students who are analytical, articulate, and socially aware, the All India Common Law Entrance Test (AICLET) offers a strong first step into this impactful field.

So why should a student give AICLET?

Because it is more than just an entrance exam—it is a gateway to a respected and influential career in law. AICLET connects aspiring legal minds to structured legal education, opening pathways into professions where reasoning, argument, and awareness can shape real-world outcomes. It is designed for those who want to understand rights, interpret systems, and actively contribute to society through legal thinking.

Study Law. Shape Justice.

Law is not just a subject—it is a powerful tool that governs every aspect of modern life. AICLET introduces students to this world, where knowledge of legal frameworks can be used to resolve disputes, protect rights, and guide organisations.

The examination opens doors to key domains within the legal profession, including:

• Litigation & Advocacy – Representing clients and arguing cases in court
• Corporate Law – Advising businesses on legal and regulatory matters
• Policy & Governance – Contributing to law-making and public policy
• Compliance & Legal Advisory – Ensuring organisations operate within legal frameworks

From Legal Education to Professional Impact

AICLET is ideal for students who enjoy critical thinking, structured argument, and effective communication. It prepares them for academic programmes that develop these skills and translate them into real-world applications.

The career opportunities that follow are diverse and prestigious:
Advocate | Corporate Lawyer | Legal Associate | Compliance Officer | Policy Researcher | Judicial Services Aspirant | Legal Consultant | Contract Specialist

These roles span across courtrooms, corporations, government institutions, and global organisations—making law one of the most versatile and respected career choices.

A Career with Influence and Responsibility

What sets law apart is its ability to influence society at every level. Legal professionals not only interpret existing systems but also contribute to shaping them. Whether it is protecting individual rights, guiding corporate decisions, or influencing policy, the impact of a legal career extends far beyond personal success.

AICLET captures this vision by encouraging students to step into a field where intellect meets responsibility—where every argument, decision, and interpretation can make a difference.

In a world driven by visuals, experiences, and innovation, design is no longer just about creativity—it is about impact. From the apps we use to the brands we trust and the spaces we live in, design shapes how we see and interact with the world. For students who think differently, observe deeply, and imagine boldly, the All India Design Aptitude Test (AIDAT) offers the perfect starting point.

So why should a design student appear for  AIDAT?

Because it transforms creativity into a professional career. AIDAT is not just an entrance exam—it is a gateway into the rapidly expanding world of design, where ideas become products, visuals become identities, and imagination turns into real-world solutions. It is designed for students who want to move beyond hobbies and build a future in creative industries.

Design the Future, Don’t Just Imagine It

Design today goes far beyond traditional art. It influences digital experiences, branding, products, and physical environments. AIDAT introduces students to this modern design landscape, where creativity meets technology and functionality.

The test opens pathways into diverse specialisations, including:

• Graphic Design – Creating visual identities and communication systems
• Fashion Design – Shaping trends and personal expression
• Interior Design – Designing functional and aesthetic spaces
• Product & UI/UX Design – Building user-friendly products and digital experiences

From Creativity to Career

AIDAT connects students to structured design education that focuses on both imagination and application. It is ideal for those who are curious, detail-oriented, and capable of seeing possibilities where others see the ordinary.

The career opportunities that follow are wide-ranging and dynamic:
Graphic Designer | Fashion Designer | Interior Designer | Product Designer | UI/UX Designer | Brand Designer | Visual Communicator | Packaging Designer

These roles are at the heart of industries such as media, technology, retail, architecture, and advertising—making design one of the most versatile career choices today.

A Career Built on Observation and Innovation

What sets design apart is the way it blends creativity with problem-solving. AIDAT looks for students who not only imagine ideas but also bring them to life in ways that are functional, meaningful, and memorable. It encourages a mindset where every product, space, or interface is an opportunity to improve human experience.

The visual language associated with design—sketches, digital gradients, and creative tools—reflects this fusion of traditional artistry and modern innovation. AIDAT captures this spirit, inspiring students to step into a field that is constantly evolving.

In a world where crimes are becoming more complex and evidence is increasingly scientific, the need for skilled forensic professionals has never been greater. From solving cybercrimes to analysing DNA evidence, today’s justice system depends heavily on science. For students who are curious, analytical, and driven by truth, the All India Forensic Science Entrance Test (AIFSET) offers a powerful starting point.

So why should a student give AIFSET?

Because it transforms a passion for science into a career that directly impacts justice. AIFSET is not just an entrance exam—it is a gateway into the world of forensic science, where laboratory expertise meets criminal investigation. It is designed for students who want to go beyond textbooks and apply scientific knowledge to real-world cases, uncovering facts and supporting law enforcement agencies.

Turn Science into Justice

Forensic science is one of the most exciting and meaningful career paths available today. It combines disciplines like biology, chemistry, and technology to investigate crimes and establish evidence-based truth. Through AIFSET, students gain access to academic programmes that prepare them for roles in crime scene investigation, laboratory analysis, and digital forensics.

The field offers a wide range of specialised domains, including:

• Crime Scene Investigation – Collecting and analysing physical evidence
• DNA & Biological Analysis – Identifying individuals through genetic material
• Toxicology & Evidence Testing – Detecting substances and analysing samples
• Cyber Forensics – Tracing digital footprints and solving cybercrimes

From Lab Learning to Real-World Impact

AIFSET connects students to career pathways where science directly contributes to justice. It prepares them for hands-on roles that require precision, critical thinking, and attention to detail. Unlike many traditional careers, forensic science places professionals at the heart of investigations—where every analysis can influence a case outcome.

Students entering this field can explore roles such as:
Crime Scene Investigator | Forensic Analyst | DNA Analyst | Cyber Forensic Expert | Toxicologist | Fingerprint Specialist | Document Examiner | Lab Scientist

These careers are not just technically challenging—they are socially significant, playing a crucial role in maintaining law and order.

A Career with Purpose

What sets AIFSET apart is its purpose-driven approach. It appeals to students who want their knowledge to make a difference—to contribute to truth, fairness, and justice. As crime evolves with technology, the demand for trained forensic professionals continues to grow, making this a future-ready and impactful career choice.

The visual elements often associated with forensic science—microscopes, fingerprints, and investigative tools—symbolise a discipline grounded in precision and discovery. AIFSET brings this world closer to students, offering a clear and accessible pathway into the profession.

In today’s digital-first world, the question is no longer whether technology will shape your career—but how deeply you will be part of it. From the apps we use daily to the systems that power banks, hospitals, and governments, computer science sits at the core of modern life. For students who want to move from simply using technology to building it, the Global Computer Science Entrance Test (GCSET) offers a decisive first step.

So why should a student consider GCSET?

Because it is not just an exam—it is a gateway into the digital economy. GCSET connects students to structured pathways in computer science, artificial intelligence, cybersecurity, and cloud technologies—fields that are not only in demand today but will define the jobs of tomorrow. For those who enjoy solving problems, thinking logically, and creating solutions through code, this test opens doors to future-ready careers.

Code the Future, Don’t Just Consume It

GCSET is designed for a new generation of learners—students who want to build, innovate, and shape the digital world. It introduces them to an ecosystem where coding is not just a skill, but a language of creation. Whether it’s designing intelligent algorithms, securing digital systems, or building scalable applications, computer science offers limitless possibilities.

The platform focuses on disciplines that are driving global innovation:

• Software Development – Building applications and systems that power everyday life
• AI & Machine Learning – Creating intelligent systems that learn and adapt
• Cybersecurity – Protecting data and digital infrastructure in an increasingly connected world
• Cloud & Data Systems – Managing and scaling information across global platforms

From Learning Code to Building Careers

One of GCSET’s biggest strengths is its focus on real-world relevance. It goes beyond theoretical learning and prepares students for long-term careers in emerging technologies. The curriculum emphasises innovation, problem-solving, and hands-on application—ensuring that students are industry-ready from the start.

The career pathways that open up through this route are both diverse and high-impact. Students can pursue roles such as:
Software Developer | AI Engineer | Data Analyst | Cybersecurity Analyst | Cloud Engineer | App Developer | Systems Engineer | Game Developer

These are not just jobs—they are roles that shape how the world functions in the digital age.

A Gateway to the Digital Economy

As industries across sectors—from healthcare to finance—continue to digitise, the demand for skilled tech professionals is growing rapidly. GCSET positions students at the forefront of this transformation, helping them transition from basic coding knowledge to becoming architects of complex technological systems.

For students standing at the crossroads of career choices, GCSET offers clarity and direction. It is ideal for those who are curious, analytical, and driven to innovate in a technology-led world.

India stands at a decisive inflection point in higher education. With over 1,100 universities and 43.3 million enrolled students, and a Gross Enrolment Ratio target (GER) of 50% by 2035 under National Education Policy (NEP) 2020, the system cannot afford to merely expand. Hence, it must transform.

1. Tomorrow's problems will not arrive department-wise. Neither should our universities.

Tomorrow’s challenges will not arrive department-wise. Climate change, AI disruption, public health, and sustainability are inherently interdisciplinary. Yet, most Indian universities still function within rigid academic silos inherited from a colonial past.

Future-ready institutions must dissolve the traditional arts–science–commerce divide and enable fluid combinations of disciplines. Models already exist — from IISER Pune integrating humanities into STEM to global universities mandating cross-domain learning. The direction is clear; the pace of adoption is not.

2. The student of the future will not learn only once between 18 and 23. Are you ready for the learner who keeps coming back?

Higher education can no longer be treated as a single transaction that concludes with a convocation. The rapid pace of technological change — especially AI and automation — means that knowledge becomes obsolete faster than ever before. Institutions must design for continuous learners: modular courses, stackable credentials, re-entry routes, executive education, bridge programmes, and credit-linked lifelong learning. The Academic Bank of Credits (ABC) is precisely the architecture India needs to make this real — allowing credits to be stored, transferred, and used across institutions and time.

SWAYAM and NPTEL demonstrate the scale at which this is already possible: NPTEL reports over 3.79 crore enrolments and 7,900+ Local Chapter partner colleges, offering credit-linked professional learning to working adults across India. The challenge now is for institutions to genuinely embed these pathways into their operating model — not treat them as peripheral add-ons.

3. The classroom must become the starting point of learning — not its full geography.

No institution can claim future readiness if its learning remains trapped inside classrooms and PowerPoint slides. Every learner must pass through structured real-world exposure: internships, apprenticeships, field immersions, live projects, community work, consulting assignments, and industry-linked challenge tasks. UGCs curriculum and internship guidelines explicitly push undergraduate education toward actual work situations and external professional engagement, making this a regulatory as much as a pedagogical imperative.

India's employability rate stood at just 54.81% in 2024, despite millions of graduates. The gap is not a knowledge gap — it is a practice gap. Institutions that embed compulsory, credit-linked real-world exposure will produce graduates who can do, not merely recall.

4. If your assessment can be completed entirely by a chatbot, it is not measuring learning. It is measuring your obsolescence.

Artificial intelligence is not a future disruption — it is a present reality. The FICCI-EY Parthenon 2025 report on Indian higher education confirms that 86% of students globally already use AI in their curriculum. The IndiaAI Mission (2024) allocated ₹2,000 crore in the 2025-26 Union Budget — a 1056% increase — to build AI infrastructure including Centres of Excellence in universities and Data and AI

Labs in Tier 2 and 3 cities. Institutions that integrate this infrastructure into their pedagogy — not just their research centres — will define the next generation of Indian graduates.

5. Your students interact with Swiggy, Google, and Amazon every day. Then they come to your university and fill a form in triplicate.

Academic reputation alone is no longer sufficient for institutional sustainability. Research by KPMG describes today's students as diverse, digital, discerning, demanding, and debt-averse. They expect campus services — enrollment, fee payment, timetabling, grievance redressal, career support — to match the service standard of modern digital platforms. An institution that delivers an excellent classroom experience but terrible administrative experience will hemorrhage students and reputation.

The Pillars of Student Experience Excellence; — personalization, integrity, resolution, time and effort, empathy, and expectation management — must be operationalized across all students touchpoints. This is not about luxury; it is about basic functional design. From admission to alumni, every interaction should be seamless, respectful, and responsive.

6. The question is no longer; What did you teach? The question is: What can your graduates actually do?

Next-generation curriculum must be redesigned around capabilities, not subject accumulation.Beyond domain knowledge, every learner should graduate with demonstrated competency in critical thinking, communication, digital fluency, AI literacy, data interpretation, teamwork, problem-solving,ethics, sustainability, and entrepreneurial thinking. The National Credit Framework and UGCs outcome-based education guidelines explicitly move Indian higher education toward learning outcomes rather than coverage-based syllabi.

This is not about adding one AI course and calling it transformation. It is about redesigning the architecture of every programme so that competencies are embedded, assessed, and certified. The Global Employability University Ranking 2025 found only 10 Indian institutions in the top 250 globally for graduate employability — a direct consequence of curricula that prioritise content coverage over capability development.

7. A future-ready campus should not only ask; Where will our students work? It should ask; What new work will our students create?

The future-ready HEI must be a producer of solutions, startups, patents, prototypes, social enterprises, and new ideas — not only graduates. This means functional pre-incubation stages, seeded incubators, IP literacy programmes, prototyping labs, challenge grants, industry problem statements for student teams, and startup credits in the curriculum. India's startup ecosystem has crossed 2 lakh recognised startups and $350 billion in valuation — much of this talent was cultivated by a small number of innovation-driven institutions. The opportunity to scale this culture across India's 1,100+ universities is enormous.

MeitY Startup Hub now supports 6,148 startups, 517 incubators, and 329 labs. The Atal Tinkering Lab network spans 10,000+ labs across 733 districts, engaging over 1.1 crore students. This is the national pipeline — institutions must connect into it and contribute to it.

8. No single institution will solve India's grand challenges alone. The future belongs to those who build networks, not just departments. 

Research intensity in Indian higher education has historically been concentrated in a few elite institutions. India's gross expenditure stands at just 0.64% of GDP — far below the 2-3% in innovation-leading economies. The Anusandhan National Research Foundation (ANRF) and its PAIR (Partnerships for Accelerated Innovation and Research) programme are designed to change this by connecting top-tier institutions with emerging; universities in structured mentorship networks. Each hub can mentor up to seven spoke institutions, sharing infrastructure, expertise, and research culture.

This is not charity from top institutions to weaker ones — it is ecosystem logic. Every institution that gets stronger makes the national research system more capable. For Coastal Karnataka, this means institutions like NITK Surathkal can serve as research hubs for a network of regional universities, elevating the entire ecosystem.

9. Digital transformation is not about buying software. It is about redesigning the learner journey — end to end. 

A future-ready university uses digital infrastructure to expand access, flexibility, transparency, and credit portability — not to create impressive dashboards for accreditation visits. This means genuine integration of the Academic Bank of Credits, digital learner records, analytics-driven early warning systems, blended learning architectures, and interoperable platforms that allow students to move between institutions without losing progress or recognition.

The Viksit Bharat Shiksha Adhishthan Bill 2025 signals India's intent to build a unified, technology-enabled regulatory architecture for higher education. Smart campuses using IoT-based systems for energy management, security, attendance, and scheduling are transforming the physical environment alongside the digital. Importantly, digital infrastructure must also include data governance: compliance with the Digital Personal Data Protection Act 2023 is now a legal requirement, and institutions that treat student data carelessly face penalties of up to ₹250 crore.

10. Placing students in companies is transactional. Co-creating knowledge with them is transformational.

The relationship between Indian higher education and industry has long been shallow: a placement cell that activates in the final year, and a few MoUs that collect dust. Future-ready institutions redesign this relationship as a deep, ongoing, co-creative partnership. This means joint labs, co-designed curricula, Professors of Practice from industry, industry-set problem statements for student projects, recognized prior learning from workplace experience, and micro-credentials developed in partnership with sector bodies.

EY-Parthenon leapfrog report (2024) identifies industry integration as one of the four pillars of transformation urgently needed in Indian higher education — alongside quality education, research innovation, and inclusivity. NEP 2020 vocational integration mandate, the MERITE scheme, and the National Apprenticeship Promotion Scheme all point in the same direction: the boundary between campus and workplace must become porous.

11. The faculty member of the future is not just a subject expert. The faculty member is an ecosystem architect.

No institutional transformation survives without faculty transformation. Future-ready HEIs cannot achieve their vision if faculty remain overburdened transactional teachers confined to lecture delivery and examination duty. Faculty must evolve into mentors, interdisciplinary collaborators,practice-engaged researchers, innovation guides, and institutional partnership builders. The National Mission for Mentoring (NMM) and Malaviya Mission Teacher Training Centres (MMTTC) are national programmes designed to build exactly these capabilities.

The scale of the challenge is significant: EY-Parthenon found that even IITs face 40% faculty vacancy rates, and IIMs face 31% vacancies. But beyond numbers, the quality of pedagogical engagement must also change. Institutions need to invest in faculty development in blended learning, AI literacy, interdisciplinary teaching, industry immersion, and practice-based research and recognise these contributions formally in promotion and incentive structures.

12. The strongest university is not the one that shines alone. It is the one that lifts its region with it.

The Indian university of the future must be judged by what it does for its district, city, and region, not just for its own brand. This means strengthening local schools, supporting MSMEs, building livelihoods, helping solve civic and environmental problems, partnering with local governments,contributing to health awareness,and acting as an anchor for regional innovation. The ecosystem view is clear: an institution grows by making its geography stronger.

This is not charity or CSR. It is strategic positioning. Stanford's role in creating Silicon Valley,KAISTs role in South Korea's tech miracle, and IIT Bombay's contribution to Mumbai's startup ecosystem all demonstrate that great universities and great regions co-evolve. In Coastal Karnataka, the potential for MAHE, NITK, and Mangalore University to form the nucleus of a regional knowledge economy — in education, health, port logistics, sustainability, and agritech — is real and urgent.

13. The future-ready Indian university must be globally visible and locally rooted at the same time. Choose neither at the expense of the other.

Future-ready HEIs must position themselves within the global knowledge economy — attracting international students and faculty, forming research partnerships with world-class universities, and participating in global academic networks. India's Study in India programme, twinning partnerships,dual degrees, and joint PhD supervision are the policy tools. But internationalization must be genuine, not cosmetic: not simply collecting MoUs, but building substantive research collaborations, student and faculty exchange at scale, and joint programmes with real academic value.

The U.S.-India Global Challenges Institute, collaborations between Indian and European universities on climate, health, and semiconductor research, and MAHEs 250+ global university partnerships demonstrate what meaningful internationalisation looks like. Importantly, Indian institutions must also export their knowledge — of frugal innovation, inclusive development, and scale — to a world that increasingly needs these capabilities.

14. The future cannot be called future-ready if large sections of India still cannot enter it.

A university is not future-ready if it is only future-ready for the already privileged. Inclusion must be built into language, access, disability support, affordability, academic flexibility, learner pathways,and recognition of diverse prior learning. This means multilingual teaching resources, bridge programmes, financial support architectures, assistive technologies, and institutional sensitivity to the full diversity of India's student population. UGCs Recognition of Prior Learning (RPL) guidance and the ABCs credit portability logic both support more flexible participation.

India's higher education landscape shows 65.2% of enrolments now in private institutions — which means affordability and access are acute concerns. Gender diversity has improved, with 17 universities and 4,470 colleges exclusively for women. But inclusion extends far beyond gender: students with disabilities, first-generation college-goers, learners from tribal and rural communities, and economically disadvantaged students all need deliberate institutional design, not just policy compliance.

15. The university of the future will be measured not only by what it owns, but by what it enables.

The most important and the most transformative practice is changing what the institution celebrates and measures. NAAC grades, NIRF rankings, and campus placement packages matter — but they are insufficient and sometimes misleading indicators of future readiness. An institution that scores well on rankings but produces graduates who cannot solve problems, cannot think across disciplines, and cannot contribute to their communities is not future-ready. It is merely well-decorated.

Future-ready HEIs must track ecosystem outcomes alongside conventional metrics: the number of active industry co-creation partnerships, startups incubated, community problems solved, credits transferred under ABC, interdisciplinary programmes launched, digital learners reached through open platforms, faculty practice engagements, patents and public innovations, and measurable regional economic impact. This is the shift from institutional self-display to ecosystem contribution and it is the difference between an institution that performs and one that transforms.

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.