India is on the verge of a major economic change. Dr. Raghunath A. Mashelkar, a well-known scientist and former Director General of the Council of Scientific and Industrial Research, spoke recently at the Federation of Indian Chambers of Commerce and Industry (FICCI). He stressed that deep-tech and artificial intelligence (AI) are vital for India’s future. He believes India should move from being a consumer of global technologies to a creator of world-class innovations.

This shift is essential as the global economy increasingly depends on technology. Dr. Mashelkar noted that India’s procurement policies favor the lowest bidder instead of innovative solutions. He urged a rethinking of these policies to create an environment where innovation can flourish.

Transforming Challenges into Opportunities

Dr. Mashelkar pointed out several challenges India faces in innovation. He argued that the country must create affordable and globally competitive solutions that benefit more people. This aligns with NASSCOM’s findings, which show that the deep-tech sector is growing rapidly. Currently, over 7,800 startups are operating in India, highlighting the potential for innovation across various fields.

According to Tracxn, the deep-tech market in India has attracted significant investments. This interest from domestic and international investors can boost research and development in AI, biotechnology, and other advanced technologies. Such growth can help position India as a leader in these sectors.

For startups, this is a unique chance to take advantage of government initiatives that promote deep-tech innovation. The Software Technology Parks of India (STPI) supports startups through various programs that encourage technological advancement and entrepreneurship. By working with academic institutions and industry leaders, startups can gain access to resources and mentorship to accelerate their growth.

A skilled workforce is crucial for navigating advanced technologies.

Career Ahead analysis shows that integrating deep-tech solutions into traditional industries can improve efficiency and productivity. For example, AI applications in agriculture and healthcare are already showing significant benefits, like better crop yields and enhanced patient care. As these technologies develop, they will create new job opportunities and change existing roles across sectors.

However, challenges remain. A skilled workforce is crucial for navigating advanced technologies. Educational institutions must update their curricula to include deep-tech and AI training. This will ensure that the next generation of professionals is ready for a rapidly changing job market.

Government Support and Collaboration

Government support is key to fostering innovation in deep-tech and AI. Dr. Mashelkar urged the government to become a risk-sharing partner instead of just a buyer of cheap products. This change in mindset could unlock significant potential for local innovation, driving economic growth and job creation.

Recent initiatives by the Indian government, like the National AI Strategy, aim to position India as a global leader in AI research and applications. These initiatives offer funding and resources for startups and researchers, encouraging collaboration between academia and industry. For instance, the NASSCOM AI Innovation Program helps nurture AI startups by providing mentorship, funding, and networking opportunities.

Moreover, public-private partnerships are essential for advancing deep-tech initiatives. By promoting collaboration among government bodies, academic institutions, and private companies, India can build a strong ecosystem that supports innovation. This teamwork can lead to breakthroughs in various sectors, including healthcare, agriculture, and manufacturing.

Career Ahead research indicates that as collaboration grows, startups focusing on deep-tech innovations will be better positioned to succeed. By utilizing government support and industry partnerships, these startups can speed up their development cycles and bring innovative solutions to market more quickly.

The challenge is to ensure that the workforce is ready to embrace these changes, focusing on continuous learning and adaptation.

The potential for deep-tech and AI to transform India’s economy is vast. As these technologies evolve, they will create new opportunities for businesses and job seekers. The challenge is to ensure that the workforce is ready to embrace these changes, focusing on continuous learning and adaptation.

Additionally, the societal impact of these innovations is significant. As Dr. Mashelkar noted, the true measure of innovation should not just be its technological complexity but its ability to tackle societal challenges on a large scale. This view aligns with the Gandhian philosophy of “More for Less for More,” stressing the need for solutions that are both effective and accessible.

In this context, startups that prioritize affordability and inclusivity in their innovations will be well-positioned for success. As demand for deep-tech solutions increases, entrepreneurs must focus on delivering value to a diverse range of consumers while maintaining ethical practices.

Looking ahead, the intersection of deep-tech and AI promises to transform India into a global innovation hub. As the government continues to support these initiatives and the startup ecosystem matures, the potential for groundbreaking advancements is significant. The question remains: will India seize this moment to redefine its role in the global technology landscape?