For thousands of Indian students, studying abroad represents the beginning of a dream career. However, an Indian woman living in the United States is urging international students not to lose sight of those ambitions while navigating the realities of life overseas. In a message that has resonated widely on social media, she cautioned students against becoming permanently comfortable in "survival jobs" and encouraged them to continue pursuing careers aligned with their education and long-term aspirations.

The advice comes at a time when increasing numbers of Indian students are moving abroad for higher education, often balancing academics with part-time employment to manage living expenses. While such jobs provide essential financial support, the speaker argues that remaining in them for too long can unintentionally derail professional goals.

A reminder to stay focused on long-term ambitions

In a video shared on Instagram, Sonami, an Indian professional based in the US, reflected on what she considers one of the most common challenges faced by international students after graduation.

According to her, many students leave India with ambitious career plans, hoping to secure professional roles in their chosen fields after completing their studies. However, the realities of paying rent, buying groceries and managing daily expenses often lead them to accept part-time or entry-level jobs while studying.

She clarified that taking such jobs is neither unusual nor a mistake. Instead, she said the concern arises when graduates continue in the same roles for years simply because they have become financially stable or accustomed to the routine.

"Don't let your comfort zone become your destination"

One of the central messages in her video was a reminder for students to regularly evaluate whether their current work is helping them move closer to the goals that motivated them to study abroad.

"Don't let your comfort zone become your destination," she advised, encouraging graduates to reflect periodically on whether they are progressing toward the careers they originally envisioned.

She observed that once people establish a predictable routine, develop friendships and achieve financial stability, it can become increasingly difficult to leave familiar surroundings in pursuit of better professional opportunities.

Keep applying for jobs that match your education

Sonami encouraged international graduates to continue applying for corporate roles and positions related to the subjects they studied, even if repeated applications do not produce immediate success.

She stressed that persistence plays a crucial role in career growth, noting that consistent preparation, skill development and job applications significantly improve the chances of eventually securing employment that aligns with one's qualifications.

Her message also highlighted the importance of continuous learning, networking and upgrading professional skills while working temporary jobs rather than treating them as permanent career destinations.

Advice for aspiring entrepreneurs

Beyond conventional employment, Sonami also addressed international students and graduates who dream of starting their own businesses.

She urged aspiring entrepreneurs not to abandon their ambitions simply because they had found financial security through regular employment. Instead, she recommended taking gradual but consistent steps towards entrepreneurship by learning new skills, refining business ideas and building ventures alongside existing responsibilities.

According to her, even small and steady progress can eventually lead to meaningful long-term success.

Social media users relate to the message

The video has sparked widespread discussion among international students and young professionals on social media.

Many users said the advice accurately reflected the challenges of balancing immediate financial needs with long-term career aspirations after moving abroad. Several commenters shared personal experiences of remaining in temporary jobs longer than planned, while others thanked Sonami for openly discussing an issue that many international graduates silently struggle with.

As more Indian students pursue higher education overseas, her message serves as a timely reminder that survival jobs can provide valuable financial support during difficult periods—but they should ideally remain stepping stones rather than final destinations in a student's professional journey.

In an inspiring example of resilience and determination, Mohammad Suhel, a young aspirant from Muzaffarnagar, Uttar Pradesh, has cracked the National Eligibility-cum-Entrance Test (NEET UG) with 552 marks out of 720, overcoming severe financial hardships and balancing work with studies. His journey from driving a rickshaw to securing a competitive NEET score has become a source of motivation for medical aspirants across the country.

Born into a financially disadvantaged family, Suhel grew up watching his father struggle to support the household. After completing Class 12 from a government school under the Uttar Pradesh Board, he began driving a rickshaw on the streets of Muzaffarnagar, earning ₹300–₹500 a day to contribute to his family's income.

Despite the financial challenges, Suhel remained committed to his dream of becoming a doctor. Encouraged by his mother, who never gave up on his education, he continued preparing for NEET UG while working during the day.

Unable to afford expensive coaching classes, Suhel turned to affordable online learning after learning that a strong NEET score could secure admission to a government medical college. Alongside driving a rickshaw, he also tutored Class 11 students, using teaching as both a source of income and a way to strengthen his own concepts.

His preparation was not without obstacles. Having studied in Hindi medium, Suhel initially found it difficult to follow English-language study material. Determined to overcome the language barrier, he made it a habit to learn 50 new English words every day, gradually improving his comprehension.

Suhel's first attempt at NEET ended in disappointment, with a score of 109 out of 720. While the result attracted criticism from some people, he refused to give up. Instead, he analysed his mistakes, focused on improving his weak areas and followed a disciplined routine of working during the day and studying late into the night.

Over time, his performance steadily improved. Biology, once his weakest subject, became one of his strongest, and his mock test scores rose significantly. Although he briefly considered pursuing another medical course due to setbacks, constant encouragement from his teachers and his mother's unwavering support kept him focused on his goal.

His perseverance eventually paid off when he secured 552 marks in NEET UG, bringing him closer to his dream of studying medicine at a government medical college.

Mohammad Suhel's story stands as a powerful reminder that determination, disciplined preparation and family support can help overcome even the most difficult circumstances. His achievement continues to inspire thousands of students preparing for India's highly competitive medical entrance examination.

India has achieved a landmark victory on the global science stage by securing five gold medals at the 56th International Physics Olympiad (IPhO) 2026 held in Bucaramanga, Colombia.

In a remarkable clean sweep, every member of the Indian team won a gold medal, helping the country secure a joint first-place ranking globally alongside leading science nations including China, Russia, Kazakhstan, South Korea and Taiwan.

The historic performance highlights India’s growing strength in physics education, STEM learning, scientific training and young talent development.

India’s Perfect Gold Medal Sweep at IPhO 2026

The Indian contingent delivered an outstanding performance, with all five participants finishing among the world’s top-performing physics students.

India’s IPhO 2026 Gold Medal Winners

• Kanishk Jain — Pune, Maharashtra

• Riddhesh Anant Bendale — Indore, Madhya Pradesh

• Rishit Garg — Delhi

• Shresth Suraiya — Mumbai, Maharashtra

• Svait Joshi — Ahmedabad, Gujarat

The students competed against 381 participants from 87 countries, demonstrating exceptional ability in both theoretical physics and experimental problem-solving.

India Joins World’s Top Physics Olympiad Performers

With five gold medals, India shared the top position with some of the strongest science-performing nations in the world:

• China

• Russia

• Kazakhstan

• South Korea

• Taiwan

The achievement places India among the elite group of countries producing exceptional young physics talent and reflects the country’s increasing competitiveness in global STEM competitions.

What Is the International Physics Olympiad (IPhO)?

The International Physics Olympiad (IPhO) is one of the world’s most prestigious science competitions for school students.

The annual competition, conducted since 1967, brings together the brightest young physics students from across the globe.

Participants compete through challenging examinations that test:

• Advanced theoretical understanding

• Analytical reasoning

• Experimental physics skills

• Scientific problem-solving ability

Each participating country can send a team of up to five students.

How Indian Students Reach the IPhO Stage

Representing India at the International Physics Olympiad requires students to clear a highly competitive selection process coordinated by the Homi Bhabha Centre for Science Education (HBCSE), Tata Institute of Fundamental Research (TIFR).

Selected students undergo intensive preparation involving:

• Advanced physics lectures

• Laboratory training

• Problem-solving sessions

• Mock examinations

• Guidance from experienced mentors and scientists

This structured training system prepares students to compete against the world’s best young physicists.

Mentors Behind India’s IPhO 2026 Success

The Indian team’s achievement was supported by a team of expert mentors and scientific observers who guided students throughout their preparation.

The leadership team included:

• Professor Anwesh Mazumdar (HBCSE-TIFR)

• Dr. Leena Joshi

• Professor Ananda Dasgupta (IISER Kolkata)

• Ms. Nisha Kelkar

Their mentorship played an important role in helping students develop advanced concepts, experimental skills and Olympiad-level problem-solving abilities.

Why India’s Five Gold Medal Achievement Matters

India’s performance at IPhO 2026 represents more than just a medal tally. It reflects the country’s expanding scientific capabilities and investment in developing young researchers.

The achievement is expected to:

• Strengthen India’s global reputation in STEM education

• Encourage more students to pursue physics and scientific careers

• Highlight the importance of talent identification programmes

• Promote scientific curiosity and inquiry-based learning

• Support India’s long-term innovation and research goals

The success also showcases the impact of dedicated teachers, specialised training programmes and institutional support.

India’s Rising Success in International Science Olympiads

Over the past decade, India has steadily improved its performance in global science competitions across multiple fields, including:

• Physics

• Mathematics

• Chemistry

• Astronomy

• Informatics

Organisations such as HBCSE-TIFR, along with teachers and academic mentors across the country, have played a key role in building a strong pipeline of scientific talent.

The five-gold-medal victory at the International Physics Olympiad 2026 adds a significant chapter to India’s growing legacy in international science competitions.

A New Generation of Indian Scientists Takes Centre Stage

The achievement of India’s young physicists sends a powerful message about the country’s future in science and innovation.

As India continues to expand opportunities in research, technology and advanced learning, the success of these five students represents the potential of a new generation ready to compete and lead on the global scientific stage.

For generations, examination scores have been the primary yardstick of student achievement in India. Marks have determined admissions, scholarships, career opportunities and, in many cases, shaped students' self-confidence. However, education experts increasingly argue that academic performance alone cannot capture a student's true potential, prompting a shift towards behavioural assessment under the National Education Policy (NEP) 2020.

While traditional examinations effectively measure subject knowledge and curriculum understanding, they do not assess essential life skills such as critical thinking, decision-making, emotional resilience, adaptability, motivation and problem-solving. Questions like whether a student can handle pressure, recover from setbacks or make informed decisions cannot be answered through examination marks alone.

Recognising this gap, NEP 2020 advocates a move from rote learning to competency-based education, encouraging schools to focus on holistic student development alongside academic excellence. The policy emphasises critical thinking, creativity, experiential learning and formative assessment to prepare students for higher education, future careers and lifelong learning.

Education specialists believe behavioural science can play a key role in achieving these objectives. Drawing from psychology, cognitive science and neuroscience, behavioural assessment helps schools understand how students think, learn, respond to challenges and interact with others. Unlike conventional report cards, these assessments provide structured insights into qualities such as self-awareness, emotional regulation, executive functioning, resilience, learning behaviour and cognitive flexibility.

Experts point out that academic success and behavioural competencies are related but distinct aspects of student development. A student may consistently score high marks while facing challenges in confidence, collaboration or independent decision-making outside the classroom. Conversely, students with average academic performance may demonstrate exceptional leadership, creativity or adaptability—qualities increasingly valued in higher education and the workplace.

As schools begin implementing the reforms envisioned under NEP 2020, the demand for scientifically validated behavioural assessment tools is growing. Such assessments can help teachers identify students' strengths and areas requiring support, enabling personalised learning strategies and timely interventions.

However, experts caution against relying solely on behavioural assessment models developed in Western countries. Cultural differences significantly influence communication styles, motivation, family expectations, attitudes towards authority and learning behaviour. Assessment tools standardised on foreign populations may not accurately reflect the experiences and realities of Indian students.

This has led to increasing calls for the development of India-specific behavioural and cognitive assessment frameworks that are scientifically validated within the country's educational and cultural context. Such tools can provide more reliable insights into student development while aligning with India's diverse learning environments.

As education moves beyond examination-centric evaluation, behavioural assessment is emerging as an important complement to academic testing. By combining scholastic achievement with evidence-based evaluation of behavioural and cognitive competencies, Indian schools can better support the holistic development envisioned by NEP 2020, preparing students not only to excel in examinations but also to succeed in an increasingly dynamic and complex world.

The growing presence of Indian engineers in rural Japan underscores a broader global trend of cross-border talent mobility, as ageing economies increasingly rely on skilled international professionals to address workforce shortages, according to Zoho co-founder Sridhar Vembu.

Sharing observations from a recent visit to Japan's Wakayama Prefecture, Vembu highlighted how Indian engineering graduates are playing an important role in supporting advanced manufacturing industries located far from the country's major metropolitan centres.

Rural Japan Turns to Global Talent

Wakayama Prefecture, located more than 100 kilometres from Osaka and home to nearly 900,000 residents, is facing the demographic challenges common across much of rural Japan. A shrinking and ageing population has made it increasingly difficult for local industries to recruit and retain skilled professionals.

In a post on X, Vembu noted that a growing number of Indian engineers are now working in the region, helping companies overcome talent shortages while sustaining industrial competitiveness.

The trend reflects Japan's broader efforts to attract international skilled workers as it responds to long-term labour market pressures and demographic decline.

Advanced Manufacturing Beyond Urban Hubs

During his industrial tour, Vembu visited several globally competitive manufacturing companies operating from rural Wakayama, including firms producing industrial inkjet printers, electrostatic discharge (ESD) testing equipment, and medical technologies.

One manufacturing facility, he observed, was situated alongside agricultural fields—an example of how high-tech production can coexist with rural landscapes.

The visit challenged conventional assumptions that innovation ecosystems must be concentrated in large cities, demonstrating that advanced research, engineering, and manufacturing can thrive in regional locations with the right industrial capabilities.

Implications for Global Engineering Education

Vembu's observations highlight the increasing international demand for engineering graduates, particularly in countries experiencing demographic transitions and skilled labour shortages.

For higher education institutions, the trend reinforces the growing importance of preparing graduates with globally relevant technical skills, cross-cultural competencies, and the flexibility to work across international markets.

As countries compete for highly skilled professionals, engineering education is becoming an increasingly global enterprise, with graduates contributing to innovation ecosystems far beyond their home countries.

A Model for Regional Economic Development

Beyond workforce mobility, Vembu argued that Wakayama demonstrates how rural regions can successfully host world-class industries without relying on large urban centres.

The companies he visited have chosen to remain in rural Japan while maintaining international competitiveness, suggesting that strategic investment in technology, innovation, and talent can enable regional economies to flourish.

His observations contribute to the broader conversation on decentralised economic development, highlighting how global talent and advanced manufacturing can work together to revitalise rural communities while addressing critical workforce challenges.

As artificial intelligence rewrites industries and automation reshapes jobs, universities across the world face a defining question: Are they preparing students for the future—or educating them for a world that no longer exists?

China appears to have chosen its answer.

Between 2021 and 2025, China undertook one of the most sweeping higher education reforms in recent history, suspending or eliminating more than 12,200 undergraduate programmes while introducing over 10,200 new ones. Affecting nearly a third of all university courses, the exercise signals a dramatic shift in how one of the world's largest education systems views the relationship between universities, technology and economic development.

The message is unmistakable: degrees must evolve as quickly as industries.

For India—home to one of the world's largest higher education ecosystems and more than 40 million students—the development raises an important question. Should Indian universities also undergo a large-scale academic reset, or should they chart a different path?

From Traditional Degrees to Future Skills

China's reforms are not simply about closing courses. They are part of a broader national strategy to align higher education with emerging industries.

Universities have been encouraged to phase out programmes with declining demand while expanding disciplines linked to artificial intelligence, robotics, semiconductors, advanced manufacturing, renewable energy, biotechnology and intelligent systems.

Rather than asking what students want to study today, policymakers are asking what the economy will require ten years from now.

It is a shift from degree-centric education to capability-centric education.

Increasingly, employers value graduates who can solve complex problems, work with intelligent technologies and adapt to rapidly changing workplaces. Academic knowledge alone is no longer enough.

India's Employability Challenge

India faces a similar dilemma.

Every year, millions of students graduate from universities across the country. Yet employers frequently report skill gaps in areas ranging from digital technologies and communication to analytical thinking and practical problem-solving.

Many university syllabi continue to change slowly despite industries evolving rapidly.

This disconnect becomes more visible in sectors such as AI, cybersecurity, data science, semiconductor manufacturing, green technologies and digital healthcare, where job requirements can transform within a few years.

The challenge is no longer merely expanding access to higher education. It is ensuring that higher education remains relevant.

The Rise of Interdisciplinary Learning

Perhaps the most valuable lesson from China's reforms is not the introduction of AI courses or the removal of outdated programmes.

It is the growing importance of interdisciplinary education.

The next generation of innovation is unlikely to emerge from isolated disciplines.

Tomorrow's breakthroughs may come from combinations such as:

• AI and healthcare
• Engineering and sustainability
• Data science and economics
• Biotechnology and artificial intelligence
• Psychology and human-computer interaction
• Agriculture and robotics

Complex global challenges—including climate change, ageing populations, food security and public health—require professionals who can work across traditional academic boundaries.

Universities worldwide are increasingly recognising that innovation often happens at these intersections.

Does Technology Mean the End of Humanities?

One common misconception is that technology-focused reforms diminish the importance of arts and humanities.

The evidence suggests otherwise.

Ironically, the AI era may make human-centred skills even more valuable.

Artificial intelligence can analyse enormous datasets and generate content in seconds. But it cannot easily replicate qualities such as ethical reasoning, empathy, creativity, cultural understanding or nuanced judgement.

As AI becomes more deeply embedded in society, employers are placing greater value on professionals who can combine technical knowledge with critical thinking and effective communication.

The future workforce will likely need engineers who understand ethics, doctors who understand AI, lawyers who understand algorithms and policymakers who understand technology.

This is not a victory of STEM over humanities. It is a convergence of both.

Where India Must Move Faster

India has already initiated important reforms through the National Education Policy (NEP) 2020, which promotes multidisciplinary learning, flexible curricula, digital education and skill development.

Yet implementation remains uneven.

Several priorities deserve greater attention:

• Faster curriculum reviews aligned with emerging industries
• Stronger industry-academia collaboration
• Greater emphasis on internships and experiential learning
• AI and digital literacy across disciplines
• Modular learning, micro-credentials and stackable certifications
• Faculty upskilling in emerging technologies

Perhaps most importantly, universities need greater flexibility to introduce new programmes quickly while retiring those that have lost academic or employment relevance.

Should India Copy China?

Not entirely.

China's highly centralised education system allows rapid nationwide restructuring. India's higher education landscape is far more diverse, with central universities, state universities, private institutions and autonomous colleges serving different regional and social needs.

A wholesale replication would neither be practical nor desirable.

However, several underlying principles merit serious consideration.

India can modernise curricula without reducing education to short-term labour market trends. It can promote AI and emerging technologies while continuing to strengthen the humanities, social sciences and fundamental research.

Universities should prepare students not only for their first job but for careers that may span multiple industries over four or five decades.

The Next University Will Not Be Built Around One Degree

The larger transformation extends beyond individual programmes.

Rapid technological change is challenging the traditional idea that education ends with graduation.

Increasingly, universities are moving toward lifelong learning through continuous upskilling, online learning, industry certifications, executive education and micro-credentials that allow professionals to reskill throughout their careers.

In this model, a degree becomes the beginning of learning rather than its conclusion.

The Bottom Line

China's large-scale restructuring of undergraduate programmes is less about eliminating degrees than about redefining the purpose of higher education.

For India, the real lesson is not to abandon traditional disciplines but to build universities that are agile, interdisciplinary and responsive to technological change.

The future belongs neither to technology alone nor to the humanities in isolation.

It belongs to graduates who can combine technical expertise with ethical judgement, scientific knowledge with creativity, and innovation with social responsibility.

In an age where artificial intelligence is changing the nature of work itself, the most successful universities will not simply teach students how to find jobs. They will teach them how to remain relevant in jobs that have not yet been created.