Mihir Pandya serves as the Senior Director of Design Engineering at AMD, where he leverages his extensive expertise in system and processor architecture to drive innovation in semiconductor technology. With a robust background in managing global teams, Mihir excels in executing complex projects under aggressive...
Mihir Pandya serves as the Senior Director of Design Engineering at AMD, where he leverages his extensive expertise in system and processor architecture to drive innovation in semiconductor technology. With a robust background in managing global teams, Mihir excels in executing complex projects under aggressive timelines, ensuring that AMD remains at the forefront of the competitive landscape. His leadership is particularly evident in the development of multi-core systems and advanced coherency protocols, which are pivotal for enhancing performance in parallel and distributed computing environments.
At AMD, Mihir is currently spearheading key projects that focus on the integration of cutting-edge technologies within System on Chip (SoC) architectures. His deep understanding of digital signal processors (DSP) and cellular communications enables him to design solutions that meet the demanding requirements of modern applications, from real-time systems to network accelerators. Mihir’s proficiency in Verilog and embedded systems design further enhances his capability to lead teams in creating innovative ASIC solutions that push the boundaries of performance and efficiency.
Mihir’s commitment to fostering a culture of collaboration and excellence within his teams has resulted in the successful delivery of numerous high-impact projects. His strategic vision and technical acumen not only contribute to AMD’s product technology architecture but also position the company as a leader in the semiconductor industry. As he continues to navigate the complexities of hardware architecture, Mihir remains dedicated to advancing the field and mentoring the next generation of engineers in this dynamic and rapidly evolving sector.