Prime Minister Narendra Modi will attend the 57th convocation ceremony of IIT Delhi as the chief guest on Saturday, where more than 3,000 students are set to receive their degrees.

The ceremony is scheduled to begin at 11 am. Among those graduating are 587 PhD scholars, highlighting the institution's focus on advanced research and higher education.

During his visit, PM Modi will also inaugurate Param Pragya, an artificial intelligence-based high-performance computing system established at the IIT Delhi Sonipat campus.

Param Pragya to Support AI Research

Param Pragya is a High-Performance Computing (HPC) system designed to perform complex calculations and process large volumes of data at high speeds.

The computing facility is expected to support research in areas including artificial intelligence, data science, advanced computing and scientific research.

High-performance computing infrastructure is increasingly important for AI development, as modern research applications require significant processing capacity for training models, simulations, data analysis and other computationally intensive tasks.

The new system is expected to give researchers at IIT Delhi access to greater computing capabilities for tackling complex scientific and engineering problems.

37 Supercomputers Under NSM

India has significantly expanded its domestic supercomputing infrastructure through the National Supercomputing Mission (NSM).

According to the information provided, 37 supercomputers have been installed across the country under the mission, with all of them currently operational.

These systems have been deployed at leading educational and research institutions, including Indian Institutes of Technology (IITs), the Indian Institute of Science (IISc), National Institutes of Technology (NITs), C-DAC and IISERs, among others.

The mission aims to strengthen India's high-performance computing capabilities and provide researchers with access to advanced computational infrastructure within the country.

Param Siddhi Among Major Systems

India's supercomputing network includes several high-performance systems that have been deployed at institutions across the country.

Param Siddhi, located in Pune, is among the country's prominent supercomputers and has been used for advanced computational research.

Other major systems include Param Pravega at IISc Bengaluru and Param Shakti at IIT Kharagpur.

The network also includes Param Sanganak at IIT Kanpur and Param Seva at IIT Hyderabad.

Param Rudra Network

Another important addition to India's supercomputing infrastructure is the Param Rudra series.

Param Rudra systems have been deployed in New Delhi, Mumbai and Chennai, expanding access to high-performance computing across multiple research centres.

Other systems listed among India's supercomputing infrastructure include Param Brahma in Pune, Param Yukti in Bengaluru and Param Shivay at IIT-BHU in Varanasi.

Applications Across Sectors

India's supercomputing infrastructure is being used across a wide range of scientific and technological applications.

These systems support research involving artificial intelligence, scientific modelling, weather forecasting, data analysis, engineering simulations and advanced computing.

Access to high-performance computing can also help researchers process large datasets and run complex simulations that would otherwise require significantly more time on conventional computing infrastructure.

Focus on Indigenous Computing

The expansion of India's supercomputing capacity is part of the country's broader effort to develop advanced computing infrastructure and reduce dependence on external computing resources.

The National Supercomputing Mission has focused on creating a distributed network of high-performance computing facilities while supporting researchers and institutions working on computationally intensive projects.

The inauguration of Param Pragya at IIT Delhi's Sonipat campus is expected to further strengthen this network, particularly in areas connected to AI and data-intensive research.

PM Modi to Address Students

The IIT Delhi convocation will also provide PM Modi with an opportunity to address thousands of graduating students and researchers.

With more than 3,000 students receiving degrees, including hundreds of PhD scholars, the event is expected to highlight developments in higher education, scientific research and India's technology ecosystem.

The inauguration of Param Pragya alongside the convocation is expected to underline the growing importance of advanced computing and artificial intelligence in India's research and education sectors.

An Indian-origin doctoral student studying at the University of California, Santa Barbara (UCSB) has been found dead days after he went missing during a solo hiking trip in California's Big Pine Lakes region, authorities have confirmed.

The deceased has been identified as Vikram Mubayi, a PhD scholar in the university's Department of Chemical Engineering. His body was recovered from the Inyo National Forest following an extensive search operation conducted by local rescue teams.

Disappeared During Solo Trek

According to authorities, Mubayi was last heard from on August 1, when he shared his GPS coordinates with family members from a hiking trail in the Big Pine Lakes area at around 8:30 p.m.

Concern grew after he failed to return from the trek or respond to further communication. His family subsequently reported him missing, prompting an intensive search operation involving Inyo County Search and Rescue and the California Highway Patrol.

Search teams located his body on the evening of August 3.

Cause of Death Under Investigation

Officials have not yet disclosed the cause of death.

Authorities said there is currently no indication of foul play, but investigations are continuing to determine the circumstances surrounding the incident.

No additional details have been released pending the completion of the official inquiry.

Experienced Outdoor Enthusiast

Family members described Mubayi as an experienced hiker who had undertaken outdoor activities for several years.

In an online post seeking public assistance during the search, relatives said he was familiar with hiking and had considerable experience navigating trails.

Mubayi had also written about his passion for the outdoors in a personal biography, crediting his mother for introducing him to hiking and tennis at an early age. He also enjoyed cycling and other outdoor sports.

Research Focused on Sustainable Technology

Before joining UCSB for doctoral studies, Mubayi earned a Bachelor of Science in Chemical Engineering from the University of Illinois Urbana-Champaign (UIUC) in 2022.

During his undergraduate years, he worked as a research assistant at the Burke Laboratory and also served as a teaching assistant.

At UCSB, his doctoral research focused on developing sustainable alternatives to petroleum by studying bacteria and biological processes capable of breaking down plant waste and plastics. His work aimed to contribute to environmentally friendly technologies and advanced materials research.

University Community Mourns Loss

The news of Mubayi's death has deeply saddened members of the university community and fellow researchers.

Friends and colleagues remembered him as a dedicated researcher with a strong passion for science and environmental sustainability.

Authorities have not announced when the final investigation report will be released.

Every year, millions of Indian students walk into coaching classrooms carrying dreams of becoming doctors, engineers, civil servants or securing admission to prestigious universities. Many emerge successful. But countless others leave with something far heavier—anxiety, burnout, shattered confidence and, in the most tragic cases, lives cut short.

India's coaching industry, estimated to be worth billions of dollars, has become one of the country's most influential education ecosystems. From Kota and Hyderabad to Delhi, Patna and Prayagraj, coaching institutes have transformed entire cities into academic hubs. Their advertisements celebrate rank holders, AIR-1 achievers and record-breaking selections. Hidden behind those billboards, however, are stories that rarely make the marketing brochures.

The issue is not coaching itself. Extra academic support has always existed and will continue to play an important role for students preparing for competitive examinations. The problem begins when coaching stops being supplementary education and starts replacing childhood, curiosity and mental well-being.

For many families, coaching has become less of a choice and more of a necessity. Parents often invest years of savings, believing that admission into an elite institution is the only path to financial security. Students, some barely in their teens, find themselves locked into relentless schedules that stretch from early morning classes to late-night practice tests. Success becomes a number, failure a permanent label.

This pressure is amplified by the country's intensely competitive entrance examinations. Limited seats, massive applicant pools and high expectations create an environment where every mark seems life-changing. Coaching institutes, operating in this ecosystem, frequently reinforce the belief that a student's worth can be measured by a rank.

The psychological consequences are increasingly visible. Reports of depression, loneliness, panic disorders and academic burnout among students have become disturbingly common. Cities known for coaching have also witnessed repeated incidents of student suicides, prompting governments to introduce guidelines on counselling, hostel conditions and class timings. While these interventions are necessary, they address the symptoms rather than the underlying culture.

Another concern is the widening inequality created by the coaching economy. Quality coaching often comes at a significant financial cost, making access easier for affluent families while placing enormous economic strain on others. Even with scholarships and online platforms, many students continue to face unequal opportunities simply because they cannot afford premium preparation.

Technology has further reshaped this landscape. Online coaching has expanded access, but it has also intensified competition. Students are now surrounded by constant performance comparisons through leaderboards, test analytics and social media posts celebrating top scorers. The pressure no longer ends when classes are over—it follows them home through smartphones and laptops.

The solution is not to dismantle the coaching industry. Millions of students genuinely benefit from structured guidance, experienced faculty and disciplined preparation. Instead, policymakers, educational institutions and coaching providers must redefine what success looks like.

Mental health support should become a core component of coaching programmes rather than an afterthought. Professional counsellors, stress-management sessions and regular psychological assessments should be treated as essential services. Academic performance cannot come at the cost of emotional well-being.

Schools also need to reclaim their role. A robust school education system that adequately prepares students for higher education would reduce excessive dependence on private coaching. Entrance examinations, meanwhile, should continue evolving to assess analytical ability and conceptual understanding rather than rewarding memorisation and repetitive practice alone.

Parents have an equally important role. Aspirations are natural, but they must not become burdens. A child's identity cannot be confined to an examination score or college admission. Encouragement, realistic expectations and emotional support often matter as much as academic preparation.

India's demographic dividend depends not only on producing skilled professionals but also on nurturing healthy, confident and resilient young people. An education system that manufactures excellence while simultaneously manufacturing despair cannot be called a complete success.

The coaching industry has undoubtedly helped shape thousands of remarkable careers. Yet the true measure of its contribution should not be the number of toppers it produces, but whether it allows every student—successful or otherwise—to emerge with dignity, confidence and hope intact.

Chennai: The Tamil Nadu government has announced a major boost for the education sector in its 2026-27 State Budget, allocating ₹52,920 crore to strengthen school and higher education across the state. Presented by Finance Minister N. Marie Wilson, the Budget marks the first financial roadmap of the Tamilaga Vettri Kazhagam (TVK) government and places education at the centre of its long-term development strategy.

The government has earmarked ₹44,527 crore for the School Education Department and ₹8,393 crore for the Higher Education Department, reinforcing its commitment to improving educational infrastructure, digital learning and student welfare.

Education at the Core of Development Vision

Presenting the Budget in the Tamil Nadu Legislative Assembly, the Finance Minister said the government's long-term objective is to transform Tamil Nadu into a $1.5 trillion economy by 2036. According to the government, investment in education, skill development and human capital will play a vital role in achieving this goal.

The Budget outlines several initiatives aimed at improving learning outcomes, expanding educational access and modernising institutions across the state.

₹139 Crore for 'Super Clean, Super Campus' Scheme

One of the flagship announcements is the 'Super Clean, Super Campus' initiative, for which ₹139 crore has been allocated.

The programme will cover 10,000 government schools, focusing on daily campus cleaning, maintenance of drinking water facilities, hygienic toilets and enhanced security. The initiative is designed to provide students with a cleaner, safer and healthier learning environment.

New Model Schools for Rural Students

The government has allocated ₹125 crore to establish Perunthalaivar Kamarajar Model Schools and modernise existing government schools.

These residential institutions will provide free education, accommodation and healthcare for students from Classes IX to XII, with a special focus on rural and economically disadvantaged communities.

₹2,000 Crore for Digital Learning and Bicycles

To strengthen digital education, the government has earmarked ₹2,000 crore for two major student welfare programmes.

Under the Vetri Laptop Scheme, college students will receive laptops to improve digital access and support higher education. The allocation will also fund the distribution of bicycles to school students, helping improve access to education, particularly in rural areas.

Modernisation of Government Schools

The Budget also provides ₹300 crore for upgrading infrastructure in 3,734 government schools.

The funds will be used to improve classrooms, educational facilities and other essential infrastructure to create better learning environments across the state.

Expansion of Technical and Legal Education

To expand professional education opportunities, the government has proposed establishing a Special Law College in Madurai along with five new Industrial Training Institutes (ITIs) across Tamil Nadu.

A total allocation of ₹90 crore has been made for these projects, which aim to enhance legal education and strengthen vocational skill development.

Women's Welfare Schemes Also Receive Major Allocation

Apart from education, the Budget sets aside more than ₹1,300 crore for two flagship women's welfare schemes announced during the election campaign.

The government has allocated ₹812 crore for the Annan's Seer Scheme, under which eligible brides will receive an 8-gram gold coin and a silk saree during their wedding.

An additional ₹560 crore has been earmarked for a scheme that will provide gold rings to babies born in government hospitals, another key election promise of the TVK government.

Agriculture Budget to Follow

The government has also announced that the Agriculture Budget for 2026-27 will be presented separately in the Legislative Assembly by Agriculture and Farmers' Welfare Minister R. Vinoth, outlining sector-specific initiatives for farmers and rural development.

India's higher education system has expanded at an unprecedented pace over the past two decades. Universities have multiplied, private colleges have flourished, and every year millions of students graduate with degrees in engineering, management, arts, commerce and science. Yet behind this impressive growth lies an uncomfortable reality—earning a degree no longer guarantees meaningful employment.

For many young Indians, unemployment is no longer defined by the absence of education. Instead, it is increasingly becoming a crisis of educated aspirations. Across cities and towns, graduates spend months—or even years—preparing for government examinations, applying for limited vacancies, accepting jobs far below their qualifications or leaving the workforce altogether. The result is not merely economic hardship but a growing sense of frustration, uncertainty and declining confidence in the promise of higher education.

The challenge extends beyond unemployment to underemployment. Thousands of engineering graduates work in sectors unrelated to their field of study. Postgraduates often compete for clerical or entry-level positions requiring far lower qualifications. Competitive examinations for a few hundred government posts routinely attract lakhs of applicants, many holding master's degrees, professional certifications and years of preparation. Such trends reveal a widening gap between educational attainment and labour market demand.

One of the core issues is the disconnect between academic curricula and industry expectations. While institutions continue to produce graduates in large numbers, employers frequently report shortages of candidates with practical, technical and problem-solving skills. Rapid advances in artificial intelligence, automation and digital technologies are reshaping workplaces faster than many educational institutions can adapt. Consequently, graduates may leave college with theoretical knowledge but without the skills required for emerging industries.

The problem is particularly acute in rural and semi-urban India, where quality employment opportunities remain limited. Many educated young people migrate to metropolitan cities hoping for better prospects, only to encounter intense competition, rising living costs and uncertain career paths. Others return home after unsuccessful job searches, adding to the silent burden of educated unemployment that often remains invisible in official statistics.

Mental health is another dimension that deserves greater attention. Continuous examination cycles, repeated recruitment delays, cancelled tests and prolonged uncertainty have taken a psychological toll on millions of aspirants. For many families, higher education represents years of financial sacrifice. When expected employment fails to materialise, disappointment affects not only individuals but entire households.

Addressing the crisis requires more than announcing new vacancies. India needs stronger collaboration between universities, industries and policymakers to ensure that education remains relevant to changing economic realities. Curricula must evolve alongside technological advancements. Apprenticeships, internships and vocational training should become integral components of higher education rather than optional additions. Entrepreneurship must be encouraged not merely through slogans but through easier access to finance, mentorship and market linkages.

Equally important is improving the transparency and efficiency of public recruitment. Timely examinations, faster recruitment processes and stronger safeguards against paper leaks can restore confidence among job seekers. Delays and irregularities not only postpone careers but also erode trust in public institutions.

The private sector also has a significant role to play. Investment in labour-intensive manufacturing, green technologies, healthcare, logistics and digital services can create employment opportunities for graduates from diverse educational backgrounds. At the same time, continuous upskilling and lifelong learning should become a normal part of professional careers, enabling workers to adapt to rapidly changing economic conditions.

India's demographic dividend remains one of its greatest strengths. With one of the world's youngest populations, the country possesses immense human capital capable of driving innovation and economic growth. However, this advantage can quickly become a liability if education continues to produce degrees without corresponding opportunities.

A university degree should represent more than a certificate of academic completion. It should provide young people with the confidence, skills and dignity to build meaningful careers. Bridging the gap between education and employment is therefore not only an economic necessity but also a social imperative. Until that happens, the country's unemployment challenge will remain hidden behind rising graduation numbers—leaving millions of educated young Indians searching not just for jobs, but for the dignity that meaningful work provides.

The decision has triggered strong opposition from law students, many of whom have questioned the basis of the move and demanded greater transparency from the university administration.

According to the official order issued by the university, the examination conducted between May 7 and May 28 has been declared invalid due to administrative reasons. The cancellation comes months after concerns were raised over the security of examination-related data and the possibility of question papers being accessed before the scheduled tests.

Soon after the revised examination schedule was announced, students from the Department of Law submitted representations objecting to the re-examination process. They argued that the university should first make public the findings of the fact-finding committee whose report reportedly formed the basis for the cancellation decision.

Students have demanded that the administration release the investigation report, reconsider the re-examination order and ensure strict action against those responsible for the alleged leak rather than penalising all candidates by forcing them to appear again.

University officials, including Registrar Prof. Ashwini Dixit, met protesting students and attempted to explain the circumstances behind the decision.

The controversy has also raised questions about the pace of administrative action.

A five-member fact-finding committee constituted to investigate the matter reportedly submitted its findings to the university on June 6. However, no immediate decision followed, and the report remained under review for more than a month.

The examination cancellation order was issued only recently, prompting criticism from students who have questioned why the administration waited for weeks before acting on the committee's recommendations.

The investigation reportedly concluded that the university's Samarth portal had not been hacked. Instead, access to confidential examination materials was allegedly obtained through authorised login credentials. The committee is understood to have found evidence suggesting that question papers and related academic data were leaked using valid usernames and passwords rather than through an external cyberattack.

The findings have heightened concerns about internal security practices and access controls within the examination system.

Sources familiar with the matter said the committee recommended a police investigation to determine how sensitive information was accessed and distributed. The university has subsequently initiated an internal departmental inquiry to examine administrative accountability.

The inquiry committee includes senior academic and administrative officials such as Prof. S.C. Shrivastava, Chief Proctor Prof. Mukesh Kumar Singh, Prof. Khemchand Dewangan, OSD Prof. Bharti Ahirwar and Assistant Registrar (Examinations) T.P. Singh.

The paper leak controversy has already resulted in administrative changes within the university's law department.

Earlier, the university removed the then Head of Department and Dean of the Faculty of Law, Prof. Sudhanshu Ranjan Mohapatra, from his position following questions raised over examination management and departmental oversight. Prof. Praveen Mishra from the Department of History was subsequently assigned additional responsibility as the new Dean and Head of the Law Department.

The issue has attracted attention beyond the campus.

Students previously escalated their complaints to higher authorities, including the Visitor of the university and constitutional offices, seeking intervention in the matter. The incident has also intensified debate around examination security and digital governance within higher educational institutions.

For now, the university administration appears determined to proceed with the re-examination process. However, student groups continue to demand access to the fact-finding report and greater clarity regarding the actions taken against those allegedly involved in the leak.

With fresh examinations now scheduled to begin on July 27, attention remains focused on whether the administration can restore confidence in the examination system while addressing concerns about accountability and transparency.

India proudly calls itself the world's youngest major nation. With more than 65% of its population below the age of 35, the country possesses what economists describe as a once-in-a-century demographic dividend. On paper, this youthful workforce should be India's greatest economic advantage. In reality, however, a growing mismatch between education and industry expectations is turning this dividend into a challenge.

Every year, millions of students graduate from schools, colleges and universities carrying degrees that promise opportunity. Yet employers across sectors—from manufacturing and healthcare to information technology and retail—continue to report shortages of job-ready talent. The contradiction is striking: India has no shortage of educated youth, but it continues to face a shortage of employable professionals.

The heart of the problem lies not in the number of graduates but in the nature of education itself.

For decades, India's academic culture has been built around examinations, memorisation and marks. Success has often been measured by the ability to reproduce textbook answers rather than solve real-world problems. While this system may help students clear competitive examinations, it frequently leaves them underprepared for workplaces that increasingly value communication, adaptability, teamwork, digital literacy and critical thinking.

The consequences are visible during campus recruitment drives. Many graduates possess theoretical knowledge but struggle with practical application. Employers consequently invest significant time and resources in retraining new recruits before they become productive. Smaller businesses, unable to afford extensive training programmes, often prefer experienced workers over fresh graduates, creating another barrier for young job seekers.

This disconnect becomes even more evident outside metropolitan cities. Students from smaller towns frequently face limited exposure to industry, technology and professional environments. Even those with strong academic records often lack opportunities to develop practical competencies through internships, apprenticeships or hands-on projects.

India's education policy has already acknowledged these shortcomings. The National Education Policy (NEP) 2020 emphasises experiential learning, multidisciplinary education and vocational exposure from school onwards. It represents an important shift in philosophy. However, translating policy into classroom practice remains a long-term challenge that requires coordinated efforts from governments, educational institutions and industry.

Vocational education deserves far greater importance than it currently receives.

In many developed economies, technical education and apprenticeships enjoy social respect comparable to university degrees. Germany's dual vocational training model, Switzerland's apprenticeship system and several East Asian skill-development frameworks demonstrate that practical education can produce highly productive workforces while maintaining low youth unemployment.

India, by contrast, continues to attach disproportionate prestige to conventional academic degrees. Families often encourage engineering, medicine or government jobs while viewing vocational trades as second-choice careers. This mindset limits both individual potential and national productivity.

The future job market also demands a different set of skills than previous generations required. Automation, artificial intelligence, robotics and digital transformation are rapidly changing employment patterns. Routine tasks are increasingly being automated, while demand is rising for workers capable of creativity, problem-solving, innovation and continuous learning.

Educational institutions therefore need stronger partnerships with industry. Curricula should be updated regularly based on emerging economic needs. Internships, live projects, industry mentorships and mandatory apprenticeships should become integral components of higher education rather than optional additions. Students must experience workplaces before graduation, not after.

Equally important is strengthening career guidance. Many students pursue degrees without understanding labour market realities or future employment trends. Better counselling at school and college levels could help align educational choices with evolving economic opportunities.

Teachers also require continuous professional development. Modern classrooms cannot rely solely on lectures and textbooks. Project-based learning, collaborative assignments, digital tools and experiential education should become central to teaching methods across disciplines.

India's demographic advantage remains one of its greatest strategic strengths. But demographics alone do not guarantee economic success. A young population becomes an asset only when it possesses the skills, adaptability and confidence needed for a rapidly changing world.

The country's next education revolution should therefore move beyond merely increasing enrolment or graduation rates. The real measure of success will be whether students leave classrooms ready to contribute meaningfully in factories, laboratories, hospitals, startups, farms and global corporations.

Degrees may open doors, but skills determine whether young Indians can build sustainable careers behind them. Unless education shifts decisively from rote learning to practical competence, India risks producing millions of qualified graduates who remain disconnected from the jobs the economy actually needs.

The demographic dividend is still within reach. The question is whether India's classrooms can evolve quickly enough to unlock it.

Education System vs Artificial Intelligence: Finding the Right Balance in Modern Classrooms

Artificial Intelligence (AI) is no longer a futuristic concept. It has become part of everyday college life. From writing assignments and solving coding problems to preparing presentations and conducting research, students are increasingly relying on AI-powered tools. While these technologies have made learning faster and more accessible, they have also raised a serious question: Is AI improving education, or is it slowly replacing the learning process itself?

Colleges around the world are witnessing a dramatic shift in how students approach academics. Instead of spending hours in libraries or discussing ideas with professors, many now turn to AI assistants for instant answers. Within seconds, AI can generate essays, explain complex theories, solve mathematical equations and even create project reports. This convenience has undoubtedly increased productivity, but it has also reduced the need for critical thinking in many cases.

The biggest concern is not that students are using AI—it is how they are using it. Technology has always been a part of education. Calculators changed mathematics, computers transformed research, and the internet revolutionized access to information. AI is simply the next step. However, unlike previous technologies, AI can think, write and create content that closely resembles human work. When students submit AI-generated assignments without understanding the subject, education shifts from learning to merely completing tasks.

This trend is creating a growing skills gap. Many graduates may possess impressive grades but lack problem-solving abilities, communication skills and creativity—qualities that employers continue to value the most. Companies are not just looking for candidates who can generate answers with AI; they need professionals who can ask the right questions, analyse situations and make informed decisions.

At the same time, blaming AI alone would be unfair. The current education system also needs to evolve. In many colleges, assessment methods still reward memorisation rather than innovation. If examinations continue to focus on information that AI can instantly generate, students will naturally depend on technology instead of developing independent thinking.

The solution is not to ban AI from classrooms. Such an approach would be unrealistic and ineffective. Instead, educational institutions should teach students how to use AI responsibly. AI should become a learning partner rather than a shortcut. Students should be encouraged to verify AI-generated information, question its accuracy and combine it with their own research and analysis.

Faculty members also need training to integrate AI into teaching. Rather than assigning repetitive written work, colleges can design assessments based on discussions, presentations, case studies, practical projects and real-world problem solving. These formats evaluate understanding instead of simple content generation.

Another critical aspect is ethics. Students must understand that academic honesty remains important even in the AI era. Transparency about AI usage and proper attribution should become part of institutional policies. Responsible use will help maintain trust while allowing learners to benefit from technological advancements.

Artificial Intelligence is not the enemy of education. In fact, it has the potential to personalise learning, assist students with disabilities, simplify research and make quality education accessible to millions. The real challenge lies in ensuring that technology complements human intelligence instead of replacing it.

The future belongs neither to AI alone nor to traditional education alone. It belongs to students who can combine technological efficiency with human creativity, emotional intelligence and ethical judgment. Colleges that embrace this balance will prepare graduates who are not only employable but also capable of leading innovation in an AI-driven world.

For decades, a university degree served as the primary passport to a stable career. Earning a bachelor's or master's qualification was often seen as the surest route to professional success. But that assumption is being challenged by a rapidly changing job market, where employers increasingly prioritize demonstrable skills over academic credentials.

A widening gap has emerged between what universities teach and what modern, technology-driven industries actually require. While higher education continues to provide theoretical knowledge and academic foundations, employers are searching for graduates who can solve real-world problems, work with emerging technologies, and contribute from their first day on the job.

Artificial intelligence, automation, cloud computing, cybersecurity, data science, and digital transformation are reshaping nearly every sector. Yet many university curricula remain slow to evolve, often taking years to incorporate technologies that industries adopt within months. This mismatch leaves graduates entering the workforce with qualifications but without many of the practical competencies employers expect.

The consequences are becoming increasingly visible. Businesses report difficulties finding job-ready talent, while graduates struggle to secure employment despite holding recognized degrees. The issue is not a shortage of education—it is a shortage of industry-relevant skills.

This changing landscape has accelerated the rise of alternative credentials. Professional certifications, boot camps, micro-credentials, online courses, portfolio-based learning, and competency assessments are gaining credibility across industries. Companies are placing greater value on candidates who can demonstrate practical expertise rather than simply presenting academic transcripts.

Global employers have already begun adopting skills-first hiring practices. Technical portfolios, project experience, coding repositories, digital marketing campaigns, design work, and verified certifications increasingly carry significant weight during recruitment. For many positions, demonstrated capability has become as important as, or even more important than, the degree itself.

However, this should not be interpreted as the end of universities. Higher education continues to play an essential role in developing analytical thinking, research capability, ethics, communication, and subject knowledge. These remain valuable qualities that cannot easily be replaced by short-term training programs.

The real challenge is integration rather than replacement.

Universities need to rethink how education is delivered. Classroom instruction should be complemented by apprenticeships, internships, industry-sponsored projects, simulation labs, entrepreneurial training, and multidisciplinary collaboration. Students should graduate not only with academic knowledge but with evidence of practical achievement that employers can immediately recognize.

The apprenticeship model offers one possible direction. Countries with strong vocational and apprenticeship systems have long demonstrated that combining classroom learning with structured workplace experience creates graduates who transition more smoothly into employment. Similar partnerships between universities and industry could significantly reduce the skills gap.

Assessment methods also require reform. Traditional examinations often reward memorization rather than application. Employers, meanwhile, increasingly seek graduates who can communicate effectively, adapt to new technologies, collaborate across teams, and solve complex business problems. Educational outcomes should reflect these priorities.

Governments and industry must also share responsibility. Policymakers can encourage flexible qualification frameworks that recognize both degrees and alternative credentials. Employers can actively participate in curriculum development, faculty training, internships, and live industry projects that expose students to evolving workplace realities.

The future of higher education is unlikely to revolve around degrees alone. Instead, successful institutions will combine academic excellence with continuous skill development, practical experience, digital literacy, and lifelong learning opportunities.

Traditional degrees are no longer losing value because knowledge has become less important—they are losing their monopoly because knowledge without practical application is no longer sufficient.

The universities that adapt to this reality will continue to thrive. Those that fail to evolve risk producing graduates who are academically qualified but professionally unprepared. In an economy increasingly shaped by artificial intelligence and constant technological disruption, higher education's greatest challenge is no longer teaching students what to know—it is preparing them for what they must be able to do.

Addressing a press conference in Melbourne, Misri said Indian authorities had raised concerns regarding recent changes in Australia's visa assessment process and reports of delays in the processing of student visa applications. The issue has attracted attention among Indian students planning higher education in Australia, one of the most popular overseas study destinations for Indian applicants.

Misri said the matter was discussed during interactions between Indian and Australian leaders throughout the day. According to him, both sides emphasized the importance of strengthening people-to-people ties, which remain a key pillar of the India-Australia relationship.

He noted that Australian authorities acknowledged that certain visa verification procedures have become more rigorous than before. However, they also conveyed that the changes were intended to strengthen the integrity of the system and would not reduce opportunities for genuine and qualified students from India.

The Foreign Secretary also dismissed speculation that Australia was considering a halt on new student visa applications from Indian applicants. Referring to reports circulating on various platforms, Misri said there was no indication that such restrictions were being planned.

According to him, Australia has reassured India that legitimate students seeking higher education in Australian institutions will continue to be welcomed and that access to educational opportunities will remain open and fair.

The issue comes at a time when educational cooperation has emerged as a major component of bilateral engagement between the two countries. Australia hosts a large Indian student population, with thousands of students enrolling each year in universities and vocational institutions across the country.

Misri said India remains confident that Australia will continue to provide a transparent and accessible environment for students pursuing academic and professional goals abroad. He added that student mobility and academic exchanges are important elements of the broader strategic partnership between the two nations.

The remarks came as Prime Minister Modi participated in the “Melbourne Meets Modi” community event during his visit. The programme highlighted the growing contribution of the Indian diaspora to Australian society and the deepening ties between the two countries.

Speaking at the event, Australian Prime Minister Anthony Albanese praised the Indian community for its role in Australia's economic and social development. He said Indian-origin professionals have helped address skill shortages in critical sectors such as healthcare and information technology while also contributing to entrepreneurship and innovation.

Albanese also acknowledged the contribution of Indian students to Australia's education sector. He said many students from India continue to choose Australia as a destination for higher studies and long-term career development, particularly in the state of Victoria.

Education has become one of the strongest links between India and Australia in recent years, alongside trade, technology, defence cooperation and people-to-people exchanges. The assurances provided during the visit are expected to offer clarity to prospective students and their families amid concerns over changing visa procedures.

Further details regarding any future policy adjustments are awaited, but both governments have indicated that educational engagement will remain an important area of cooperation in the years ahead.

Speaking before graduating students, researchers and academic leaders, the minister said institutions such as NISER are not merely awarding degrees but are carrying forward a legacy of scientific excellence, innovation and national service. He urged young graduates to build upon the vision of renowned nuclear scientist Dr. Homi Jehangir Bhabha and contribute to India's scientific and technological advancement.

The convocation ceremony was attended by Vice President C. P. Radhakrishnan, Odisha Governor Dr. Hari Babu Kambhampati, Chief Minister Mohan Charan Majhi, Union Education Minister Dharmendra Pradhan and several senior scientists, academicians and policymakers. A total of 260 students from Integrated MSc, MSc-PhD, MSc and PhD programmes received their degrees during the event.

Dr. Singh said the occasion represented the transfer of responsibility from one generation of scientists to the next. He noted that the graduates would be expected to contribute not only to scientific research but also to national development priorities in the decades ahead.

Highlighting India's progress in the atomic energy sector, the minister said the country's nuclear programme, originally envisioned by Dr. Bhabha for peaceful purposes, has entered a new phase under the leadership of Prime Minister Narendra Modi. According to him, reforms introduced in recent years have strengthened indigenous capabilities and encouraged greater self-reliance in strategic technology sectors.

He pointed to the development of India's first Prototype Fast Breeder Reactor as a significant milestone in the country's nuclear journey. The project, he said, reflects India's growing scientific capability and its long-term commitment to energy security.

The minister also linked scientific advancement with India's broader development ambitions. He said the 260 graduating students would become part of a larger national effort aimed at transforming India into a developed nation by 2047 while pursuing sustainable growth and environmental commitments.

Dr. Singh stressed that scientific innovation would be central to addressing future challenges, including energy demands, climate concerns and technological competitiveness. He said the government expects young researchers and innovators to develop solutions that support both economic growth and sustainability.

Referring to India's nuclear energy roadmap, he said the country's installed nuclear power generation capacity currently stands at 8,780 MW and is targeted to increase to 22,380 MW by 2032. Expanding clean energy infrastructure, he noted, remains a key component of India's long-term energy strategy.

The minister also highlighted recent policy initiatives aimed at strengthening the country's scientific ecosystem. He referred to the Union Budget announcement regarding the development of four Rare Earth Corridors across the country, including one in Odisha. The initiative is expected to support critical mineral supply chains and strengthen India's strategic manufacturing capabilities.

Dr. Singh further praised the National Education Policy (NEP) 2020, saying it has encouraged interdisciplinary learning, research and innovation. He noted that institutions such as NISER have emerged as important centres for advanced scientific education and research under the evolving academic framework.

Concluding his address, the minister congratulated the graduating students and encouraged them to view their degrees as a commitment to nation-building. He expressed confidence that the new generation of scientists would help shape an innovative, self-reliant and globally competitive India in the years ahead.

The event will be held at the GMC Balayogi Auditorium in the Parliament Library Building, where outstanding universities, colleges and students will be recognised for their performance in the national-level competition.

A major highlight of the ceremony will be the presentation of the prestigious Atal Bihari Vajpayee Running Parliamentary Shield to the University of Kashmir, which secured the top position at the national level. Students from the university will also recreate their award-winning Youth Parliament performance during the programme.

The National Youth Parliament Competition has become one of the key initiatives aimed at promoting democratic awareness among students across the country. Organised by the Ministry of Parliamentary Affairs, the competition has been conducted for universities and colleges for nearly three decades and continues to attract participation from higher educational institutions nationwide.

According to the ministry, the 17th edition of the competition witnessed participation from 51 universities and colleges from different states and Union Territories. The initiative seeks to familiarise students with parliamentary procedures, legislative debates and democratic decision-making processes while encouraging constructive dialogue on public issues.

Officials said the programme is designed to nurture values such as self-discipline, tolerance towards differing viewpoints and respect for democratic institutions. Through simulated parliamentary sessions, participants gain practical exposure to debate, discussion and consensus-building, skills considered essential for future leadership roles.

Beyond parliamentary awareness, the competition also aims to strengthen communication abilities, public speaking skills and confidence among young participants. Over the years, it has emerged as a platform for students to engage with governance-related issues and better understand the functioning of India's parliamentary democracy.

Apart from the overall national winner, seven institutions that secured first position in their respective groups will also receive trophies during the ceremony.

The institutions selected for recognition include DAV College, Jalandhar (Punjab), Jadavpur University, Kolkata (West Bengal), Shivaji University, Kolhapur (Maharashtra), Central University of Punjab, Bathinda (Punjab), SSMRV College, Bengaluru (Karnataka), Chanakya National Law University, Patna (Bihar) and Kurukshetra University, Kurukshetra (Haryana).

The award ceremony is expected to bring together students, faculty members, academic administrators and officials associated with the Youth Parliament programme. The ministry views the initiative as an important step in encouraging youth participation in democratic processes and creating awareness about the responsibilities that come with citizenship.

As India continues to focus on youth engagement in governance and public policy, programmes such as the National Youth Parliament Competition are being seen as valuable platforms for developing informed, articulate and responsible future leaders.