Seoul, South Korea, October 15 (ANI): South Korean chipmaker Samsung Electronics Co. is ramping up its efforts to attract talent in India, a nation that is rapidly becoming a key player in semiconductor design capabilities.

Strategic Hiring Initiatives

According to a report by Pulse, the English service of Maeil Business Newspaper Korea, Samsung Semiconductor India Research (SSIR) announced a series of job openings on Monday across various research and development (R&D) divisions, including System LSI, memory, and foundry.

Broader Global Strategy

This hiring initiative is part of Samsung’s broader global strategy to bolster its semiconductor design capabilities and maintain its leadership in the realms of artificial intelligence (AI) and high-performance computing (HPC).

Diverse Job Opportunities

The report highlights that SSIR is looking to fill 16 different positions. These include roles for system-on-chip (SoC) design engineers, memory design engineers, SSD firmware engineers, and graphics driver developers.

Focus on Next-Generation Technologies

Many of these positions are closely linked to core next-generation technologies, such as system semiconductor integration, memory design, firmware development, and AI computation optimization.

Transformative Vision for SSIR

According to industry sources, Samsung aims to evolve SSIR from a simple research support center into a global design hub for AI semiconductors.

Leadership Changes

Recently, Samsung appointed Rajesh Krishnan, a local expert in the memory sector, as the head of SSIR. This move signifies a shift toward a more local talent-driven R&D model.

Bengaluru: A Semiconductor Research Base

Located in Bengaluru, SSIR stands as one of Samsung’s major global semiconductor research bases, supporting all three pillars of the company’s Device Solutions (DS) division: memory, System LSI, and foundry technologies.

Aligning with Indian Government Initiatives

Samsung’s efforts to develop local talent align with the Indian government’s Semicon India initiative, which aims to accelerate the establishment of a robust domestic semiconductor ecosystem.

Promising Market Potential

The Indian semiconductor market is anticipated to reach USD 100 billion by 2030. Major global players, such as Micron Technology Inc., are already making significant investments in the region.

Positioning India in the Global Landscape

“Samsung’s latest actions appear to be a strategic move to establish India as one of its core global semiconductor design hubs in the AI era,” the report cited an industry official.

Significance of Local Talent Development

By focusing on local talent, Samsung not only enhances its research capabilities but also contributes to the local economy and the broader tech ecosystem in India.

Challenges Ahead

Despite the optimistic outlook, challenges such as skillset gaps and the need for infrastructure development still exist in India’s semiconductor sector.

Future of Semiconductor Innovation

The evolving landscape of AI and HPC necessitates ongoing investment and innovation in semiconductor technologies, making talent acquisition critical for companies like Samsung.

Impact on Global Semiconductor Supply Chains

This initiative reflects a growing trend among global semiconductor companies to diversify their development centers and reduce reliance on traditional markets.

Collaboration Opportunities

Samsung’s expansion may foster collaboration opportunities with local startups and research institutions, enhancing innovation in the semiconductor domain.

Final Thoughts

As Samsung enhances its presence in India, the company not only solidifies its market position but also plays a significant role in shaping the future of semiconductor technologies.