India's higher education sector has achieved a significant milestone, with STEM enrolment crossing the 1 crore mark for the first time, according to the All India Survey on Higher Education (AISHE) 2023-24 released by the Union Ministry of Education. The latest report highlights a steady increase in students opting for Science, Technology, Engineering, and Mathematics (STEM) courses, alongside a notable rise in women's participation.

The survey reveals that STEM enrolment has grown from 91.5 lakh in 2014-15 to 1,01,88,988 students in 2023-24, accounting for 22.5% of total higher education enrolment in the country. The trend reflects India's growing emphasis on science, technology, innovation, and skill-based education to meet future workforce demands.

Women Continue to Strengthen Their Presence in STEM

One of the most encouraging findings of the AISHE 2023-24 report is the increasing representation of women in STEM education. Female participation has increased from 38.4% in 2014-15 to 44% in 2023-24, indicating steady progress toward gender inclusivity in higher education.

Out of the total 1.01 crore STEM students, 57,06,160 are male while 44,82,828 are female students.

The report also shows that women have outnumbered men in the Science stream, demonstrating growing interest among female students in scientific research and academic careers.

Science Courses See Higher Female Enrolment

The Science stream recorded a total enrolment of 55,55,120 students across undergraduate, postgraduate, integrated, MPhil, and PhD programmes.

Key highlights include:

  • 54.6% of Science students are women.
  • Undergraduate Science enrolment stands at 45,68,399, with 53.4% female students.
  • Postgraduate Science programmes have 8,62,931 students, where women account for an impressive 61.4%.
  • At the PhD level, Science enrolment is 80,284, with 53.4% female researchers.

The data reflects a positive trend in women's participation not only in undergraduate education but also in advanced scientific research.

Engineering and Technology Remain Popular

Engineering and Technology programmes continue to attract a large number of students, with 46,33,868 enrolments across UG, PG, Integrated, MPhil, and PhD levels.

Among engineering disciplines, Computer Engineering remains the most preferred choice, followed by:

  • Electronics Engineering
  • Mechanical Engineering
  • Civil Engineering
  • Electrical Engineering
  • Information Technology

The popularity of computer-related courses aligns with India's rapidly expanding digital economy, growing IT sector, and demand for technology professionals.

AISHE 2023-24 Covers Over 59,000 Higher Education Institutions

The AISHE 2023-24 survey collected data from higher education institutions across India through a web-based Data Capture Format (DCF).

According to the report:

  • 1,289 universities
  • 48,246 colleges
  • 15,221 standalone institutions

were registered under the survey. Responses were received from 1,278 universities, 46,468 colleges, and 11,787 standalone institutions, making AISHE one of the country's most comprehensive databases on higher education.

Institutions provide information on student enrolment, faculty, infrastructure, examination results, and academic performance through the AISHE portal.

Growing STEM Education Supports India's Innovation Goals

The continued rise in STEM enrolment in India and the increasing participation of women reflect the country's efforts to strengthen its knowledge economy. With government initiatives promoting innovation, research, digital learning, and industry-oriented education, the latest AISHE findings indicate that India's higher education ecosystem is steadily moving toward greater inclusivity and scientific excellence.


 

 

Students looking to enter the workforce soon after completing Class 12 are increasingly opting for short-term certificate and diploma courses that offer industry-ready skills and quicker employment opportunities. With growing demand for digital and technical professionals, several skill-based programmes now provide entry-level salaries of up to ₹40,000 per month, making them an attractive alternative to traditional degree pathways.

Industry experts say short-term courses are particularly beneficial for students who want to gain practical experience, become financially independent early, or explore career options before pursuing higher education.

Among the most sought-after programmes are Digital Marketing, Graphic Design, and Web Design courses, which typically run for six months and focus on hands-on training. Digital marketing programmes cover skills such as Search Engine Optimisation (SEO), Google Ads, social media marketing, and online campaign management, preparing candidates for roles like Digital Marketing Executive or SEO Executive. Freshers in these positions can earn between ₹20,000 and ₹40,000 per month, depending on their skills and employer.

Also Read: Supreme Court’s ‘Is English an Indigenous Language?’ Remark Triggers NEP 2020 Debate, Social Media Weighs In

Similarly, Graphic Design and Web Design courses equip students with expertise in design software, website development and user interface fundamentals. Skilled candidates entering the web design industry can also secure monthly salaries of up to ₹40,000.

For students interested in administrative and office-based careers, Diploma in Computer Applications (DCA), Office Management, and Data Entry programmes remain popular choices. These courses train students in MS Office, Microsoft Excel, data management and workplace productivity tools, opening opportunities as Office Assistants, Data Entry Operators and administrative executives. Entry-level salaries in these roles generally range between ₹15,000 and ₹25,000 per month.

The popularity of short-term courses has grown significantly as employers increasingly value practical skills and job readiness alongside academic qualifications. Affordable online learning platforms and flexible training formats have also made professional certification more accessible to Class 12 graduates.

However, career experts advise students to choose programmes based on their interests, aptitude and long-term career goals rather than salary expectations alone. They note that while digital skills remain in high demand, continuous learning and upskilling are essential for sustained career growth.

As India's digital economy continues to expand, demand for professionals in areas such as digital marketing, web development, graphic design and office technology is expected to remain strong. At the same time, increasing competition in these fields may encourage students to pursue advanced certifications or specialised skills to enhance employability and command higher salaries in the future.

 

Thousands of graduates across India continue to face long delays in receiving their degree certificates, even though the University Grants Commission (UGC) mandates that universities issue the documents within 180 days of the declaration of final examination results. The delays are affecting students' higher education plans, overseas admissions and employment opportunities.

One such case is that of Yusuf Sarfaraz, who completed his final examination at Kolhan University, Chaibasa, Jharkhand, in September 2021. Despite finishing his degree, he had to wait until 2025 to receive his original degree certificate.

During those four years, Sarfaraz moved to London, completed a master's degree in photojournalism and returned to India, relying solely on a provisional mark sheet to establish that he had graduated. His experience highlights a problem that many students across the country continue to face.

Under the UGC's 180-day rule, universities are expected to issue original degree certificates within six months of the declaration of results. The regulation was introduced to ensure that graduates are not denied opportunities because of administrative delays. However, students from several universities report waiting months or even years to receive the essential document.

A degree certificate serves as official proof that a student has successfully completed a programme of study. It is routinely required for admission to postgraduate courses, government recruitment, private-sector employment, professional licensing, scholarship applications and visa processing for overseas education.

While provisional certificates or mark sheets may be accepted temporarily by some institutions, many employers, universities and foreign authorities eventually require the original degree certificate. Delays can therefore create uncertainty, additional documentation requirements and missed opportunities for students pursuing careers or higher studies.

Education experts say the issue often stems from administrative bottlenecks, delayed convocation ceremonies, verification processes, staffing shortages and outdated record-management systems. In some institutions, students are required to make repeated visits to campuses, submit multiple applications or pay additional fees before their certificates are issued.

With increasing digitisation in higher education, experts believe universities should streamline certificate issuance through automated workflows, digital verification systems and online tracking mechanisms. Faster processing would not only improve administrative efficiency but also reduce the burden on students who frequently relocate for work or further studies.

The issue has renewed attention on the need for universities to comply with the UGC's timeline and strengthen accountability in certificate issuance. Students and education advocates have called for stricter monitoring to ensure institutions adhere to the 180-day deadline and provide timely updates on pending applications.

As Indian students increasingly pursue global education and employment opportunities, timely issuance of degree certificates has become more important than ever. Ensuring compliance with UGC regulations would help graduates transition smoothly into higher education and the workforce without unnecessary administrative hurdles or prolonged uncertainty.

 

The ongoing protests over alleged examination irregularities took a new turn after the Cockroach Janata Party (CJP) released a video using Taylor Swift's hit song "Anti-Hero" to criticise Union Education Minister Dharmendra Pradhan, as demands for his resignation continue to grow at Delhi's Jantar Mantar.

Shared by CJP founder Abhijeet Dipke, the video opens with the song's famous lyric, "It's me, hi, I'm the problem, it's me," alongside a montage of Pradhan. The video then cuts to images of PM Narendra Modi with tea referencing his  'Chai Pe Charcha' outreach programme, followed by clips of the protests at Jantar Mantar, as the lyrics go, “At tea time everybody agrees.”

The video has surfaced amid the CJP's protest, which entered its 23rd day. Since June 20, the organisation has been protesting against the alleged irregularities in some of the exams, including the NEET paper leak, alleged irregularities in the CBSE On-Screen Marking (OSM) system and the Maharashtra Teacher Eligibility Test (TET) paper leak, demanding the resignation of Pradhan.

The latest development comes days after Pradhan referred to sections of the protesting youth and the CJP as the "B-team of terrorists," a remark that triggered political criticism.

Congress leader Rahul Gandhi had called on the Union Minister to apologise and resign saying the government botched the education system and caused harm to millions of students.

"Dharmendra Pradhan, immediately apologise to the millions of youth in this country and resign for your failures," Gandhi said, accusing the government of turning the education system into an "extortion racket."

Reacting to the minister's comments, Dipke suggested that Pradhan had the “blood of more than 17 students on his hands” and shared a video of the father of an 18-year-old NEET aspirant who had allegedly committed suicide, urging "how can you say that his son is a terrorist?”

Meanwhile, climate activist and educator Sonam Wangchuk, who joined the protest on 28th June, continued his indefinite hunger strike. The CJP said that doctors have reported Wangchuk's blood pressure reading at 104/66 mm Hg and he has lost 7.8 kg of weight since he started the fast.

CJP has issued an SOS expressing concern about Sonam Wangchuk's health and stating his protest was a move on behalf of the students allegedly affected by the irregularities in the examinations.

Student and civil society groups and activists also joined the protest, which included Samajwadi Party MP Pushpendra Saroj, former Kerala Health Minister K K Shailaja, and Bhim Army leader Himanshu. Speakers at the meeting urged greater accountability in public exams, and more robust security for question papers.

Wangchuk appealed to the citizens to take their responsibility in ensuring the future of students instead of waiting for others and urged them to join the planned March to Parliament on July 20, the first day of the Monsoon Session.

The protests have continued over demands for the resignation of the Union education minister and compensation for families of students who allegedly died by suicide following the NEET paper leak controversy.

 

Five Indian states have crossed the World Bank's upper-middle-income threshold based on per capita income, underscoring widening regional disparities that are likely to shape future investments in higher education, research, skills development, and workforce competitiveness.

According to an analysis of World Bank income classifications and state-level economic data, Delhi, Karnataka, Telangana, Tamil Nadu, and Gujarat now report per capita incomes above the World Bank's upper-middle-income benchmark of US$4,636, even though India as a whole continues to be classified as a lower-middle-income economy.

Economic Growth Creates Diverging Education Landscapes

Among India's highest-performing regions, Delhi leads with a per capita income of US$6,217, followed by Karnataka (US$5,579), Telangana (US$5,407), Tamil Nadu (US$5,329), and Gujarat (US$4,734).

Three other major states—Maharashtra (US$4,628), Haryana (US$4,627), and Kerala (US$4,610)—fell only marginally short of the upper-middle-income threshold.

The findings reflect significant differences in the economic capacity of Indian states to invest in universities, research ecosystems, innovation, digital infrastructure, and workforce development.

Persistent Gaps in Educational Opportunity

At the opposite end of the spectrum, Bihar (US$984), Uttar Pradesh (US$1,403), and Jharkhand (US$1,470) continue to record the country's lowest per capita incomes.

Lower income levels often translate into more limited public investment in school education, higher education, research infrastructure, faculty development, and student support systems, potentially widening inequalities in educational access and graduate employability.

For policymakers, the data reinforce the close relationship between economic development and the capacity to build knowledge-based economies.

Human Capital Drives Regional Competitiveness

Several of India's wealthiest states have also emerged as major higher education and innovation hubs.

Karnataka, Telangana, Tamil Nadu, and Delhi host leading universities, engineering institutions, research centres, startup ecosystems, and multinational technology companies, creating strong links between higher education, research, and industry.

The concentration of skilled talent has helped these states attract domestic and international investment while generating high-value employment opportunities.

Interstate Inequality Continues to Rise

Despite India's overall economic progress, the analysis shows that disparities between states have widened over the past three decades.

Measures of interstate inequality indicate:

  • The interstate Gini coefficient increased from 0.230 in 1994–95 to 0.261 in 2025–26.

  • The income gap between the richest and poorest states widened substantially, with the 90th-to-10th percentile income ratio rising from 2.38 to 3.73.

The findings suggest that while economic growth has accelerated nationally, its benefits have been distributed unevenly across regions.

Implications for Higher Education Policy

The growing divergence among states has important implications for India's higher education landscape.

States with stronger economies are generally better positioned to:

  • Expand public universities and technical institutions.

  • Invest in research and innovation.

  • Strengthen industry-academia partnerships.

  • Improve graduate employability.

  • Attract international collaborations and global talent.

Conversely, economically weaker states may require greater policy support to strengthen educational infrastructure, improve learning outcomes, and build skilled workforces capable of participating in India's evolving knowledge economy.

A New Geography of Growth

The analysis also highlights shifting patterns of regional development over the past three decades.

States such as Karnataka, Telangana, Tamil Nadu, and Gujarat have emerged as leaders in innovation-led growth, while Odisha has significantly outpaced Uttar Pradesh in per capita income growth. Assam has similarly moved ahead of Jharkhand, illustrating how differences in governance, industrial development, and human capital investment can reshape regional economic trajectories.

As India seeks to become a global knowledge economy, the widening gap between high-income and low-income states underscores the importance of ensuring that investments in education, skills, and research are distributed more equitably, enabling students and institutions across all regions to participate in the country's long-term economic transformation.

 

With growing opportunities in biotechnology, healthcare technology, biomedical engineering and life sciences, many engineering aspirants are finding themselves confused between BTech in Bioengineering and BTech in Biosciences and Bioengineering (BSBE). While the names appear similar, the two programmes differ significantly in their academic focus, curriculum and career pathways.

The biggest difference lies in how each discipline approaches biological challenges. Bioengineering applies engineering principles to design technologies that improve healthcare. Students use concepts from mechanical engineering, electronics, materials science and signal processing to develop medical devices, diagnostic equipment, prosthetics and wearable health technologies.

In contrast, Biosciences and Bioengineering (BSBE) begins with a deeper understanding of biological systems. The programme focuses on molecular biology, genetics, biochemistry, microbiology and cellular processes, while integrating engineering and computational tools to analyse and manipulate living systems. It is particularly suited to students interested in biotechnology, genetic engineering and biomedical research.

The curriculum reflects these differences. During the first year, both programmes generally cover mathematics, physics, chemistry, programming and introductory biology. From the second year onwards, Bioengineering students typically study biomedical instrumentation, biomaterials, medical imaging, biomechanics, biofluid mechanics and signal processing, often working on projects involving healthcare devices and engineering design.

Students enrolled in BSBE delve into subjects such as genetic engineering, molecular biology, bioinformatics, synthetic biology, systems biology and biochemistry. Laboratory experiments, DNA analysis, protein research and computational biology form a significant part of the learning experience.

Several premier institutes offer these programmes with different specialisations. Indian Institute of Technology Kanpur and Indian Institute of Technology Bombay are well known for their Biosciences and Bioengineering programmes, while Indian Institute of Technology Delhi and Indian Institute of Technology Madras offer programmes with a stronger focus on Bioengineering and Biomedical Engineering.

Career opportunities are expanding in both fields as India strengthens its biotechnology and healthcare ecosystem. Bioengineering graduates often work in medical technology companies, hospitals, healthcare startups and medical device manufacturers, developing diagnostic systems, prosthetics, surgical instruments and patient-monitoring technologies.

Meanwhile, BSBE graduates are more likely to build careers in biotechnology firms, pharmaceutical companies, vaccine development, genomics, agricultural biotechnology and life sciences research. Many also pursue higher studies and research in interdisciplinary fields such as bioinformatics, synthetic biology, personalised medicine and AI-driven drug discovery.

Ultimately, the choice depends on a student's interests. Those who enjoy mathematics, engineering design, electronics and building healthcare technologies may find Bioengineering more rewarding. Students fascinated by genetics, molecular biology, laboratory research and biotechnology are likely to thrive in BSBE.

As advances in artificial intelligence, precision medicine, genomics and biotechnology continue to reshape healthcare, both programmes offer strong long-term career prospects. Rather than asking which course is better, students should choose the programme that best matches their academic strengths, curiosity and future career aspirations.



Every year, something weird happens after the declaration of Class 12 results. Those who did well start to doubt their own abilities. When they fail to pass NEET or JEE, those who could not start thinking that they have lost their biggest chance. Without medicine or engineering, there are no jobs left that parents can trust to have respect, stability or a good pay. However, this belief is slowly fading away.

Thousands of students across India are securing good careers after Class 12 without NEET/JEE with government approved courses. Some use artificial intelligence, others apply science to crime solving, create products that are used by millions, or report stories that influence public opinion or enhance healthcare in completely different ways.

The worst thing students can do is to select the wrong course. For those seeking courses after 12th without NEET or JEE, here are the top 10 career options that offer a balance of career opportunities and industry demand and growth.

1. BSc Forensic Science

Forensic Science is a blend of biology, chemistry and criminal investigation to assist in the solution of crime through scientific evidence. Graduates are employed in forensic laboratories, investigation agencies, research and private laboratories.

Admission Test: AIFSET or University Entrance Test

Career options:

  • Forensic Scientist
  • Crime Scene Investigator
  • DNA Analyst
  • Toxicology Assistant
  • And more

2. BA Journalism and Mass Communication

Journalism and Mass Communication is an option for students who like to write, tell stories, take pictures or work with digital media. The course builds reporting, news writing, video production, social media, advertising and public relations skills. The creator economy is booming in India, creating opportunities for media professionals in TV, digital media, and corporate communication.

Duration of the course: 2 years

Admission test: GMCET, CUET, or University Entrance test

Career options:

  • Journalist
  • Content Writer
  • News Producer
  • Public Relations Officer
  • Digital Media Executive

3. Bachelor of Design (BDes)

Design is one of the fastest growing creative jobs in India. The student may specialise in fashion, product, communication, interior or user experience (UX) design.

Entrance exam: AIDAT, UCEED or institute specific entrance exams

Career options:

  • Graphic Designer
  • UX Designer
  • Fashion Designer
  • Product Designer
  • And many more

4. Integrated Law Programmes

After Class 12, students interested in law can opt for integrated courses like BA LLB or BBA LLB. These courses equip graduates for careers in litigation, legal consulting and public policy, corporate law.

Entrance exam: AICLET, CLAT or University entrance tests

Career options:

  • Advocate
  • Legal Advisor
  • Corporate Lawyer
  • Legal Researcher
  • And more

5. BSc Nursing Ayurveda

The BSc Nursing Ayurveda course is a blend of modern nursing and traditional Ayurvedic healthcare. The course is preparing students for hospitals, wellness centres, community healthcare and preventive medicine.

Most colleges do not require NEET for admission in their college as compared to MBBS, but the rules of admission are different from one college to another.

Career options:

  • Ayurvedic Nurse
  • Community Health Professional
  • Wellness Consultant
  • Research Assistant

6. BSc Artificial Intelligence and Data Science

AI is revolutionizing sectors such as healthcare, finance, and education, among others. Students are taught programming, machine learning, data analysis and problem solving.

Career options:

  • AI Analyst
  • Data Analyst
  • Machine Learning Associate
  • Business Intelligence Executive

7. BSc Psychology

Increased awareness of mental health has led to an increased demand for psychology graduates. Students learn about human behaviour, emotions, learning and counselling. Higher education may lead to a career in clinical psychology, counselling and organisational behaviour.

Career options:

  • Counsellor
  • Behavioural Researcher
  • HR Professional
  • Rehabilitation Specialist

8. Bachelor of Hotel Management

The hospitality and tourism sector in India is still growing and presents fresh opportunities in the fields of hotels, airlines, cruise lines and luxury resorts. Students learn hospitality operations, customer service and management skills.

Career options:

  • Hotel Manager
  • Food and Beverage Executive
  • Event Manager
  • Hospitality Consultant

9. BSc Agriculture

Today agriculture is a blend of science, technology and sustainability. Students are educated on crop cultivation, soil science, agribusiness and food security. Graduates are able to find employment in government departments, agritech companies and research organisations.

Admission test: AIACAT or any other relevant 

Career options:

  • Agricultural Officer
  • Agronomist
  • Farm Manager
  • Agri Consultant

11. Diploma in Computer Applications (DCA)

BCA is a popular course for students who are interested in software and technology but are not interested in engineering. The course focuses on programming, software development, cloud computing and cybersecurity.

Admission test: GCSET or university entrance test

Career options:

  • Software Developer
  • Web Developer
  • Cybersecurity Analyst
  • Cloud Support Engineer

Which course is the best to do after class 12 for getting a good salary?

Salaries are based on skills, experience, location and industry and not just the course itself. Professions like Artificial Intelligence, Law, Digital Media, Forensic Science and Design can be lucrative for those who become experienced and specialised.

A course that is selected for the starting salary alone may not result in a satisfactory career. Students tend to do better when they choose careers that are appropriate for their interests and abilities.

How to choose the right course after Class 12th

Before choosing a course, ask yourself:

  • What are my favorite subjects?
  • Which of science, creativity, technology or communication do I like the most?
  • Would I like to solve problems, assist others or develop ideas?
  • What is my ideal work place?

Students are better equipped to make career choices when they know what they are interested in and what opportunities are available.

What students must know?

The belief that only NEET/JEE after class 12th can lead to a successful career is not much relevant in the 21st century. There are a number of government approved courses available after 12th that offer great career opportunities in healthcare, media, technology, law, design and hospitality. Remember, it is not always the highest-paying course that is the best course; it is the course that helps you develop skills, learn more, and stay curious and grow in a field that you enjoy while earning a lucrative salary.

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