India’s technology ecosystem is rapidly transforming from a global software and IT services hub into a strategic player in the semiconductor and high-tech innovation value chain. Recent developments from LG Electronics and Samsung Electronics underscore the growing global confidence in India’s engineering talent and innovation capabilities.

LG Electronics has announced plans to leverage India’s dual advantage of low-cost hardware manufacturing and high-end software expertise to develop next-generation semiconductor technologies and Artificial Intelligence (AI)-enabled features. By combining hardware cost efficiency with advanced software design, LG aims to position India as a strategic base for global semiconductor exports and R&D innovation.

Meanwhile, Samsung Electronics is expanding its Samsung Semiconductor India Research (SSIR) centre in Bengaluru, hiring engineers across system-on-chip, memory, and foundry divisions. The initiative aims to support the development of next-generation AI and high-performance computing technologies, marking a shift in India’s tech ecosystem from traditional scale-focused manufacturing to capability-driven innovation.

India’s rise as a chip design hub is supported by a robust talent pool, world-class engineering institutions, and proactive government initiatives. Programs such as Semicon India, Design Linked Incentive (DLI), and Chips to Startups (C2S) are equipping over 100 colleges with advanced electronic design automation (EDA) tools, enabling students and startups to contribute to semiconductor innovation. These initiatives are creating a pipeline of highly skilled engineers ready to engage in cutting-edge chip design, AI, and high-tech manufacturing.

Global semiconductor players, including AMD, LG, and Samsung, are now increasingly investing in design and R&D in India, reflecting recognition of the country’s potential in upstream semiconductor functions. The focus is gradually shifting from India being a cost arbitrage destination to becoming a global centre for high-tech innovation, chip design, and intellectual property creation.

The Indian semiconductor market is projected to grow to Rs 8,80,600 crore (US$ 100 billion) by 2030, reflecting increasing local capability and a rising global footprint in semiconductor technologies. By nurturing talent and enabling local IP creation, India is poised to attract more international R&D and design centres, supporting next-generation AI, memory, and high-performance computing chips.

In conclusion, the investments by LG and Samsung in India’s semiconductor engineering talent highlight the country’s strategic importance in the global chip ecosystem. Backed by government initiatives, premier institutions, and a skilled workforce, India is set to become a key hub for semiconductor design and high-tech innovation, supporting AI-enabled and advanced computing solutions for the global market. These developments mark a significant step toward India’s emergence as a global semiconductor and innovation powerhouse by 2030.

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