As a Principal Member of Technical Staff at AMD, Sumit Ashtekar brings over a decade of specialized experience in semiconductor process development, particularly within the critical 14nm and 7nm process nodes. His expertise spans various domains, including artificial intelligence, graphics, and 5G product development, making...
As a Principal Member of Technical Staff at AMD, Sumit Ashtekar brings over a decade of specialized experience in semiconductor process development, particularly within the critical 14nm and 7nm process nodes. His expertise spans various domains, including artificial intelligence, graphics, and 5G product development, making him a pivotal figure in AMD's innovation landscape. Currently, Sumit is focused on optimizing product yield for AMD's server processors, including the highly regarded Milan and Genoa architectures, as well as future generations of server products.
In his role, Sumit leads interdisciplinary teams that encompass process integration, yield analysis, performance optimization, and foundry collaboration. His ability to extract actionable insights from extensive datasets is instrumental in identifying root causes of yield issues, enabling targeted interventions that enhance both process efficiency and product reliability. By leveraging advanced techniques such as machine learning and deep learning, alongside his proficiency in digital image processing and scanning electron microscopy, he drives significant improvements in semiconductor manufacturing processes.
Sumit's project management skills are complemented by his technical acumen in very-large-scale integration (VLSI) and nanofabrication, allowing him to navigate complex challenges in semiconductor technology. His commitment to fostering collaboration across diverse teams ensures that AMD remains at the forefront of technological advancements, delivering high-performance server solutions that meet the evolving demands of the industry. Through his leadership and innovative approach, Sumit continues to contribute to AMD's mission of redefining computing and driving the future of technology.
