Discover the Future of Nano Electronics: MeitY Secretary Unveils India’s Inaugural Roadshow Featuring 100+ IPs and 50+ Technologies at IISc Bengaluru

Bengaluru Hosts First Nano Electronics Roadshow

The Ministry of Electronics and Information Technology (MeitY) organized India’s first Nano Electronics Roadshow in Bengaluru, teaming up with several prestigious institutions like IISc Bengaluru and IITs from various cities. S. Krishnan, the Secretary of MeitY, talked about the immense potential lying within the semiconductor industry in India.

Currently, India’s semiconductor market is valued between $45 billion and $50 billion but is projected to reach $100 billion to $110 billion by 2030. Krishnan emphasized that a major goal for the ministry is to boost the India Semiconductor Mission—one of the most extensive subsidy programs globally. He pointed out that taxpayers, who fund much of this initiative, make every citizen a part of the mission. Notably, India claims around 20% of the global semiconductor design workforce. The responsibility for the mission’s success lies with the government, industry leaders, and educational institutions.

Krishnan also highlighted MeitY’s Nano Centers as key players in nurturing innovation and preparing a skilled workforce of 85,000 professionals. He described the roadshow as a vital step in promoting collaboration between industry and academia, which is essential for India’s technological growth.

Abhishek Singh, Additional Secretary at MeitY, stressed the interdisciplinary nature of nanotechnology. He explained how designing a chip brings together physics, materials science, and engineering, showcasing the diverse skills required in this field. While many people aren’t aware of nanotechnology, they interact with it daily through devices powered by tiny innovations, like smartphones and smart home devices.

Speaking on AI, Singh talked about the ambitious India AI Mission, which aims to create a foundation model tailored to the country’s unique languages and contexts. He pointed out the importance of strengthening technology capabilities and leveraging India’s skilled workforce to stay competitive.

Government funding is pivotal in this context. Singh shared that the government has allocated ₹76,000 crores for the semiconductor mission, with five significant projects already approved. The India AI Mission has been given ₹10,372 crores, a large portion dedicated to building robust computing infrastructure. This level of investment aims to advance AI and semiconductor technology significantly.

Singh also shared exciting news: the first Indian-designed semiconductor is on track to be launched soon, with ongoing work on GPU chip designs. India has quickly risen to become the world’s second-largest mobile phone manufacturer.

By 2027, India has set an ambitious target of reaching $500 billion in electronics manufacturing. This growth is part of a broader digital economy plan aimed at contributing to a $1 trillion economy, part of a goal for a $5 trillion economy by 2027.

The shift toward collaboration among academia, industry, and start-ups marks a milestone in India’s technological development, a transformation from past practices where these sectors operated mostly in silos. Singh noted the increase in partnerships and agreements that enrich the ecosystem, particularly in manufacturing.

Professor V. Ram Gopal Rao from BITS Pilani remarked that India ranks third globally in nanotechnology. He attributed this success to efforts by the Department of Science and Technology (DST) and highlighted the need for translating research findings into real-world applications through patents and start-ups.

With approximately 20 patents to his name, Rao illustrated how nanotechnology centers have fostered collaborative research, revolutionizing how science is conducted in India. Such facilities help democratize advanced research, promising breakthroughs in deep-tech.

Professor Rudra Pratap, Vice Chancellor of Plaksha University, discussed how technology has drastically advanced over the last 20 years in India. He mentioned that while substantial progress has been made, the focus on fundamental research is still crucial.

Kalyanaraman, the CEO of the Arusandhan National Research Foundation, added that the merging of public and private sectors fosters a collaborative atmosphere, crucial for driving technology forward.

Overall, the roadshow was packed with discussions on innovations in chips and semiconductors, showcasing their applications across areas like healthcare, agriculture, and robotics. More than 700 participants attended the event, encouraging collaboration to enhance India’s nanoelectronics ecosystem. These networking opportunities are vital for pushing technological progress and addressing real-world challenges.

For additional insights on the semiconductor market and technological advancements, you can visit NASSCOM or Ministry of Electronics and Information Technology.

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NANO ELECTRONICS ROADSHOW, IISC, MEITY, BENGALURU NANO ELECTRONICS ROADSHOW, NANO ELECTRONICS, MEITY SECRETARY LAUNCHES INDIA'S FIRST NANO ELECTRONICS ROADSHOW AT IISC BENGALURU