CPU Micro-architect/RTL Designer -Principal Engineer

Qualcomm is seeking a talented Principal Engineer to join their team as a CPU Micro-architect/RTL Designer. This role presents an exciting opportunity to work with one of the world's leading technology innovators in the 5G and mobile computing space.

As a Principal Engineer, you'll be at the forefront of CPU development, working on cutting-edge microarchitecture and RTL design for high-performance, low-power devices. Your responsibilities will span from early architectural exploration to detailed implementation, requiring both strategic thinking and hands-on technical expertise.

The role demands expertise in microprocessor architecture, including instruction fetch and decode, branch prediction, out-of-order execution, and cache systems. You'll collaborate with multi-functional engineering teams to drive innovation in CPU design while optimizing for power, performance, and area goals.

Key responsibilities include performance exploration with the CPU modeling team, microarchitecture development and specification, RTL ownership, and supporting both functional and performance verification. You'll also play a crucial role in design delivery and implementation.

The ideal candidate brings 15+ years of hardware engineering experience, with deep knowledge of Verilog/VHDL and logic design principles. Experience with circuit/logic design validation and hardware measurement instruments is essential. Strong leadership skills are required as you'll be providing technical guidance to engineering teams.

Qualcomm offers an exceptional work environment with comprehensive benefits, including world-class health coverage, financial planning support, and continuous learning opportunities. You'll be part of a company that values innovation, diversity, and personal growth, working alongside some of the industry's brightest minds.

Join Qualcomm to be part of a team that's shaping the future of mobile computing and 5G technology. Your expertise will contribute directly to developing next-generation CPU architectures that power millions of devices worldwide. This role offers both technical challenges and leadership opportunities, making it ideal for experienced engineers looking to make a significant impact in the semiconductor industry.