Mukul Joshi is a distinguished leader in the semiconductor industry, currently spearheading Foundry and Advanced Packaging Partnerships and Sourcing for Google Cloud Custom ASICs. With a robust background in semiconductor technology, Mukul excels in incubating and developing strategic partnerships with key players in the semiconductor...
Mukul Joshi is a distinguished leader in the semiconductor industry, currently spearheading Foundry and Advanced Packaging Partnerships and Sourcing for Google Cloud Custom ASICs. With a robust background in semiconductor technology, Mukul excels in incubating and developing strategic partnerships with key players in the semiconductor ecosystem worldwide. His expertise encompasses a wide range of areas, including ASIC design, intellectual property (IP) management, electronic design automation (EDA), foundry operations, and advanced packaging and testing processes.
At Google, Mukul is instrumental in driving innovation through the strategic sourcing of silicon components essential for mobile and consumer hardware devices. His role involves collaborating with leading foundries and packaging partners to ensure the successful development and deployment of application-specific integrated circuits (ASICs) that meet the high-performance demands of Google Cloud services. Mukul's deep understanding of semiconductor packaging and reliability engineering allows him to navigate complex supply chains and optimize manufacturing processes, ensuring that Google remains at the forefront of technological advancements.
Key projects under Mukul’s leadership include the integration of cutting-edge silicon solutions that enhance the performance and efficiency of Google Cloud offerings. His strategic vision and adeptness in managing partnerships have positioned him as a pivotal figure in the semiconductor landscape, driving initiatives that not only bolster Google’s hardware capabilities but also foster innovation across the industry. With a keen focus on research and development, Mukul continues to push the boundaries of what is possible in custom silicon, making significant contributions to the future of technology.
