India’s Semiconductor Renaissance: Driving Self-Reliance and Global Leadership

The Government of India, under the leadership of Prime Minister Narendra Modi, is steering the country towards a technological revolution, particularly in the semiconductor sector. The recent Semicon India 2024, held in Greater Noida, was a testament to India’s growing stature in this critical industry. The event brought together global leaders, policymakers, and key industry players, further reinforcing the government’s commitment to building a robust semiconductor ecosystem.

The Uttar Pradesh government, led by Chief Minister Yogi Adityanath, played a pivotal role in organizing Semicon 2024. With a conducive business environment, the state has been at the forefront of attracting semiconductor projects. By offering land, infrastructure, and incentives, Uttar Pradesh has become an attractive destination for semiconductor manufacturing. The government’s push towards supporting the semiconductor mission has been instrumental in aligning the state with India’s national goals

Salient Goals of the India Semiconductor Mission

Launched in December 2021 with a staggering Rs 76,000 crore budget, the India Semiconductor Mission (ISM) aims to:

1. Establish Semiconductor and Display Fabs: These facilities are essential to building India's capability in semiconductor design and fabrication, including high-performance chips for electronics, EVs, telecom, and defense.
2. Foster Research and Development (R&D): Boost innovation through strategic partnerships with leading global firms and local research institutions.
3. Enhance Indigenous Production: Drive self-reliance in semiconductor fabrication, packaging, and testing.
4. Job Creation: Generate over 80,000 high-tech jobs, boosting both direct and indirect employment.
5. Strengthen Global Competitiveness: Position India as a preferred destination for global semiconductor giants, contributing to export and innovation

The Importance of Industry-Supported Upskilling

To meet these ambitious targets, the support of the industry is crucial, particularly in upskilling young engineers and professionals. India’s semiconductor ecosystem is still maturing, and a skilled workforce is critical for scaling manufacturing and R&D efforts. Programs such as those launched by DRIIV and IIT Delhi CART, in collaboration with Zenith Railway Academy, are designed to fill the talent gap by providing specialized training in Electronic System Design and Manufacturing (ESDM) and semiconductor technologies

(Business Insider ). These initiatives align with the government’s broader vision of nurturing homegrown talent, making India not just a manufacturing hub but a leader in semiconductor technology.

Upskilling programs help engineers stay abreast of cutting-edge developments, ensuring that India’s semiconductor units have the skilled workforce needed to maintain operational efficiency, innovation, and competitiveness. Industry players must invest in these efforts, collaborating with academic institutions to build a sustainable talent pipeline that supports the rapid growth of semiconductor manufacturing in India.

Executive Certificate Program in Analog and Power Management IC Design

In collaboration with IIT Delhi CART and DRIIV, Zenith Railway Academy has launched the Executive Certificate Program in Analog and Power Management IC Design. This specialized program is designed to upskill engineers in semiconductor technologies, particularly in analog and power management integrated circuits.

With the PLI (Production Linked Incentive) scheme driving $1.45 billion in semiconductor investments and the Indian electronics market projected to hit $400 billion by 2025, the program offers timely, industry-relevant knowledge. Participants will gain hands-on expertise in semiconductor device design, MOSFET models, and power management architectures, making them valuable contributors to India's burgeoning semiconductor ecosystem.

Key highlights include certification from IIT Delhi CART, weekend interactive classes, and a two-day immersion at IIT Delhi. With placement support, the program is an excellent opportunity for young engineers seeking to enter the rapidly growing semiconductor industry.

Conclusion

India is on the verge of a semiconductor renaissance, with visionary initiatives from the Modi government transforming the country into a global semiconductor hub. The government’s focus on self-reliance, industry partnerships, and large-scale upskilling is key to India’s success in this high-tech sector. As Uttar Pradesh and other states continue to push forward with supportive policies, the collective effort of the government, academia, and industry will make India a dominant player in the global semiconductor landscape.

India is making remarkable strides in semiconductor manufacturing under the visionary leadership of @NarendraModi and the ambitious India Semiconductor Mission. Key states like @CMOfficeUP (Uttar Pradesh Government) are playing pivotal roles in creating conducive environments for these projects, as seen with Semicon India 2024 in Greater Noida.

The upskilling of young engineers through programs launched by @DRIIV (Delhi Research Implementation & Innovation) and @IIT Delhi in collaboration with Zenith Railway Academy ensures that India’s workforce is ready to drive this transformation. A special shoutout to initiatives like Electronic System Design and Manufacturing (ESDM) courses that are preparing India for the future of technology!

Together, government, academia, and industry are shaping India into a global leader in semiconductors!

#Semiconductor #IndiaGrowth #SkillDevelopment #SemiconIndia2024 #UPGovernment #SemiconductorMission #Electronics #Upskilling #ESDM