Director, Silicon Physical Design CAD

Microsoft Silicon, Cloud Hardware, and Infrastructure Engineering (SCHIE) powers Microsoft's rapidly expanding cloud infrastructure and is a key enabler of the company's Intelligent Cloud vision. SCHIE delivers the foundational technologies and infrastructure that support more than 200 Microsoft online services, including Azure, Microsoft 365, Teams, OneDrive, Xbox Live, Bing, and MSN. Through world-class investments in datacenter infrastructure, security, compliance, operations, globalization, and manageability, SCHIE helps deliver trusted, scalable, and efficient experiences to customers and partners worldwide.

As Microsoft's cloud business continues to accelerate, the ability to deliver new silicon innovations and infrastructure at scale, with exceptional quality, speed, and cost efficiency, has never been more critical. Within SCHIE, the Methodology, Infrastructure & Labs Engineering (MILE) organization plays a pivotal role in enabling Microsoft's silicon strategy. MILE is responsible for end-to-end silicon design methodologies, EDA/CAD ecosystems, and the underlying compute infrastructure that powers the development of Microsoft's custom silicon portfolio - the Azure Cobalt and Azure Maia processors.

We are seeking a Silicon Engineering leader to lead our Physical Design Methodology & CAD team in India. In this leadership role, you will build & lead a high-performing team of engineers responsible for defining and driving end to end physical design methodologies, sign-off solutions, CAD strategy, and flow architecture across Microsoft's silicon programs. You will partner closely with engineering teams worldwide to deliver scalable, innovative, and robust solutions that accelerate silicon development and help shape the future of Microsoft's cloud infrastructure.

Responsibilities

• Build and lead a world-class Physical Design Methodology & CAD team in India, fostering innovation, technical excellence, and a growth mindset.

• Partner with engineering leaders worldwide to define and execute the long-term vision for Physical Design methodologies and CAD solutions, enabling successful delivery of Microsoft's next-generation silicon products.

• Drive scalable RTL-to-GDSII flows, automation frameworks, and design closure solutions that enable predictable execution and first-pass silicon success.