Science and Technology
Source : (remove) : The Hans India
RSSJSONXMLCSV
Science and Technology
Source : (remove) : The Hans India
RSSJSONXMLCSV
Wed, February 4, 2026
Mon, February 2, 2026
Sun, February 1, 2026
Sat, January 31, 2026
Thu, January 29, 2026
Wed, January 28, 2026
Tue, January 27, 2026
Fri, January 23, 2026
Thu, January 22, 2026
Mon, January 19, 2026
Sun, January 18, 2026
Sat, January 17, 2026
Fri, January 16, 2026
Thu, January 15, 2026
Wed, January 14, 2026
Tue, January 13, 2026
Sun, January 11, 2026
Thu, January 8, 2026
Wed, January 7, 2026
Tue, January 6, 2026
Mon, January 5, 2026
Sun, January 4, 2026
Fri, January 2, 2026
Thu, January 1, 2026

India's Semiconductor Drive Gains Momentum

  Copy link into your clipboard //science-technology.news-articles.net/content/2 .. /india-s-semiconductor-drive-gains-momentum.html
  Print publication without navigation Published in Science and Technology on by The Hans India
      Locales: Andhra Pradesh, Gujarat, Rajasthan, Tamil Nadu, INDIA

New Delhi, February 4th, 2026 - India's ambitious drive towards self-reliance in semiconductor manufacturing is gaining significant momentum, with ten projects now officially approved and four on the cusp of entering pilot production, according to Union Minister Rajeev Chandrasekhar. The announcement, made today during a round table conference with key industry stakeholders, signals a potential turning point for the nation's electronics sector and its aspirations to become a globally competitive manufacturing powerhouse.

For decades, India has remained heavily reliant on imports for its semiconductor needs, a dependence that has exposed vulnerabilities in supply chains, particularly during global crises. Recognizing this critical gap, the government launched a series of initiatives aimed at attracting investment, fostering domestic capabilities, and building a robust semiconductor ecosystem. Today's announcement validates those efforts, showcasing tangible progress towards achieving those goals.

"India's semiconductor ecosystem is growing and maturing," Minister Chandrasekhar stated in a post on X. "10 semiconductor projects approved. 4 are expected to reach pilot production soon. Taking India away from import dependence towards a more self-reliant and globally competitive electronics manufacturing nation."

The approved projects encompass a diverse range of semiconductor technologies, including fabrication plants (fabs), assembly, testing, marking, and packaging (ATMP) units, and specialized chip design facilities. While specific details regarding the companies involved and the technologies being developed remain largely confidential at this stage, sources suggest that both domestic and international players are participating in this wave of investment. The government's proactive approach to incentivizing these ventures appears to be a key driver of this success.

The incentives package, revealed in detail last year, includes financial support for capital expenditure, attractive tax breaks, and streamlined regulatory processes. This comprehensive approach aims to de-risk investment for companies venturing into the capital-intensive semiconductor industry, traditionally dominated by a handful of global giants. The move is designed to create a level playing field and encourage long-term commitment from both domestic and foreign investors.

The anticipated entry of four projects into pilot production within the coming months is a crucial milestone. Pilot production allows companies to refine their manufacturing processes, test product performance in real-world conditions, and scale up operations before commencing mass production. This phase is critical for identifying and addressing potential challenges, ensuring product quality, and building investor confidence.

Industry analysts predict that the successful implementation of these projects could have a cascading effect on the broader Indian economy. A thriving semiconductor industry would not only reduce import dependence but also create a significant number of high-skilled jobs, boost exports, and attract further investment in related sectors such as electronics manufacturing, telecommunications, and automotive. The demand for skilled labor in areas like materials science, electrical engineering, and software development will surge, requiring a concerted effort to upskill the workforce through targeted training programs.

The government's commitment extends beyond financial incentives. Efforts are also underway to strengthen research and development capabilities in semiconductor technologies through collaborations between academic institutions, research organizations, and industry players. The establishment of specialized semiconductor research centers and the promotion of indigenous chip design are considered vital for long-term sustainability and innovation.

However, challenges remain. The semiconductor industry is characterized by rapid technological advancements, intense competition, and significant capital requirements. Maintaining a competitive edge will require continuous investment in research and development, fostering a skilled workforce, and adapting to evolving market dynamics. Furthermore, establishing a reliable and resilient supply chain for raw materials and equipment will be critical for ensuring uninterrupted production.

Despite these challenges, the current trajectory is undeniably positive. India is steadily emerging as a viable alternative to established semiconductor manufacturing hubs in Asia. Minister Chandrasekhar emphasized that this progress is "a reflection of the government's commitment to build a robust semiconductor ecosystem in India," signaling a long-term vision for transforming the nation into a global leader in electronics manufacturing.


Read the Full The Hans India Article at:
[ https://www.thehansindia.com/news/national/10-semiconductor-projects-approved-4-reach-pilot-production-minister-1045468 ]