Is Talent the New Gold?

Talent Is the New Gold: Why STEM, Retention, and Home-Ground Opportunities Matter

In today’s world, talent has become the foundational asset upon which virtually all technology, innovation, and growth depend. The ability to cultivate strong STEM (Science, Technology, Engineering, Mathematics) capability has become a competitive advantage: countries that build robust pipelines of STEM-educated individuals are increasingly the ones shaping the future.

But producing students with STEM training is only part of the story. Historically, many such students have sought education—and opportunity—abroad. They often go to the world’s top universities, even at high cost, driven by the belief that they will receive superior education and prospects. Later, many choose to stay, contributing their skills to economies outside their home countries. This “brain drain” has long been a concern for talent-exporting nations.

Friction in Talent Mobility

In recent years, however, the free movement of talent has encountered rising barriers. Visa restrictions, stricter admission requirements, geopolitical tensions, and changing immigration policies have created friction in student and professional migration. These factors make global mobility less smooth than it once was, and for many talented individuals, they reduce the attractiveness of going abroad.

When barriers rise, the practical consequences are:

• Higher costs (financial, bureaucratic, social) of studying or working abroad.
  
• Increased risk and uncertainty.
  
• A shift in decision-making: rather than automatically leaving, many people re-evaluate whether staying in their home country can deliver comparable outcomes.
  

These frictions also open up opportunities: for countries that can provide high-quality STEM education, attractive careers, and world-class infrastructure, there is a chance to retain more of their talent—or even attract talent from elsewhere.

India: A Case Study in Talent Potential & Opportunity

India illustrates both the challenges and the potential of this dynamic.

1. Large STEM Output
   India is expected to produce about 18 million STEM graduates annually by 2027. (India Today) This is a massive talent pool—if harnessed well.
   
2. Significant Outbound Student Flow
   Indian students continue to go abroad in large numbers for higher education:
   
   • In 2024, over 7.6 lakh (760,073) Indians traveled abroad for higher studies. (The Indian Express)
     
   • The peak was in 2023, with nearly 8.95 lakh students leaving. (India Today)
     
   • More broadly, as of mid-2024, over 1.33 million Indians are enrolled in higher education outside India. (ETEducation.com)
     
3. Changing Trends in Places & Policies
   
   • While some destinations have seen declines: for example, Canada saw a ~41% drop in Indian students in 2024 vs. 2023, tied to tighter visa and permit policies. (Scroll.in)
     
   • The United States, the UK, and Australia also saw declines in Indian student numbers in 2024 compared to 2023. (Scroll.in)
     
   • Some alternative destinations (e.g. Russia) saw increases, possibly due to lower costs or more relaxed entry norms. (Scroll.in)
     
4. Rise of Global Capability Centers (GCCs) in India
   
   Recognizing both the talent output and issues with outbound migration, many multinational companies have established or expanded Global Capability Centers in India. These are operations that handle tasks ranging from finance & operations, R&D, engineering, engineering support, digital teams, etc., but serving a global parent company.
   
   Key data:
   
   • India already houses around 1,700 GCCs, employing about 1.9 million people. (Reuters)
     
   • The market for GCCs in India was valued at US $64.6 billion in FY2024, and is projected to increase to US $99-105 billion by 2030. (Reuters)
     
   • By 2030, the number of GCCs in India is expected to rise to 2,100-2,200, employing 2.5-2.8 million people. (Reuters)
     
   • Geographical distribution: Tier-1 cities dominate. Bangalore has about 487 GCCs (≈29% of India’s total), Hyderabad ~273, NCR ~272, others like Mumbai, Pune, Chennai also significant. (ETCIO.com)
     
5. Opportunities and Leverage for India
   

Given this context, there are several levers India can pull to turn its STEM base and outbound mobility into retained, domestically-productive talent:

• Improve domestic STEM education quality, not just in top institutes but across universities and colleges. This includes infrastructure, labs, faculty, industry collaboration.
  
• Create compelling career paths inside the country: R&D, higher salaries, research labs, startups, innovation hubs. The broader and richer the local ecosystem, the less the incentive to go abroad just for prestige or opportunity.
  
• Strengthen intellectual property (IP) retention, so when GCCs or other international entities build and innovate in India, ownership or at least substantial control or shared benefit stays local.
  
• Policy support: incentives for GCCs, infrastructure support, ease of regulation, favorable taxation/IP regimes, housing, visa policies for foreign-talent or returnees.
  
• Link the education system with industry demands: ensure curriculum, internships, exposure reflect what global and local companies need (e.g. AI, data science, emerging tech).
  

Challenges to Address

While the potential is large, several challenges remain:

• Mismatch between output and employability: Producing large numbers of STEM graduates is one thing; ensuring they have the skills relevant to high-quality tech, research, or leadership roles is another.
  
• Inequality of educational opportunity: Not all students have access to the same resources, mentorship, labs, exposure to cutting-edge fields. Rural or underfunded colleges may lag behind.
  
• Retention vs. brain-drain: Even with good domestic options, some amount of emigration is natural. The question is minimizing forced or economically driven migration.
  
• Global competition: Other countries are also vying to attract and retain STEM talent. So India’s efforts must be competitive in terms of compensation, quality, lifestyle, and global integration.
  

Conclusion

Talent really is the new gold—and those countries that invest in building STEM capacity, and then create ecosystems that allow that talent to thrive within their borders, will reap major benefits. India is positioned with tremendous potential: large STEM graduate numbers, increasing GCC presence, rising domestic opportunities, and a youth population that aspires globally. If policies, education quality, and opportunity converge, the gains could be transformative, not just for India, but for its place in global innovation.

Jastej Matharu

I am an Indian Army veteran with specialization in military vehicle technology. I founded MRO Channel Forum to provide a platform to MRO professionals.