Union Minister Ashwini Vaishnaw announced a roadmap to expand India's semiconductor capacity, including the launch of two new manufacturing plants [1].
The expansion aims to reduce dependence on foreign chip imports and establish the country as a global hub for both semiconductor design and manufacturing. By accelerating the Semiconductor Mission, the government intends to boost electronics exports and strengthen the domestic supply chain.
Vaishnaw said that two semiconductor plants are already in commercial production [1]. A third plant is scheduled to begin commercial production in July 2024 [1], while a fourth facility is expected to be operational by November or December 2024 [1].
"India's Semiconductor Mission is accelerating," Vaishnaw said [1].
Beyond manufacturing, the roadmap emphasizes the development of human capital and design expertise. Vaishnaw said that more than 300 universities in India are now teaching chip design [2]. This educational push supports the goal of designing advanced chips domestically, including those used by global firms like Nvidia [2].
As part of these industrial efforts, the government is supporting significant infrastructure investments. Vaishnaw said the foundation stone for the Sahasra Semiconductor facility was laid as part of a group of industrial projects worth more than Rs 400 crore [3].
"We have two plants already in commercial production, and the third will start in July," Vaishnaw said [1].
The initiative, known as Semicon 2.0, focuses on creating a comprehensive ecosystem that spans from the initial design phase to the final manufacturing of chips. This strategy is intended to position India as a critical node in the global electronics value chain, a move the government believes will drive long-term economic growth.
“"India's Semiconductor Mission is accelerating."”
India is attempting to move up the global value chain by transitioning from a consumer of electronics to a primary producer of the silicon that powers them. By combining aggressive infrastructure targets with a wide-scale academic shift toward chip design, the government is attempting to build a sustainable ecosystem that reduces vulnerability to global supply chain disruptions.
