Power Micro-Architecture Engineer
Summary
Designs and optimizes power efficiency for next-generation high-performance networking switches, analyzing chip power profiles and guiding architectural decisions without writing RTL.
In this role, you will tackle one of the most critical challenges in high-performance networking: Power.
This is an opportunity to join a high-impact team at the ground floor of a subject that is becoming a top priority. You won't be writing RTL; instead, you will have a holistic impact on our next-generation switches by estimating, measuring, and debugging power across the entire chip. This is a role for an engineer who wants to grow into a power expert within the world's most innovative silicon environment.
What you’ll be doing:
Working with the design team to define power-aware architectural methodologies and drive power-conscious design decisions across the Switch architecture.
Leading the research, development, and implementation of Switch micro-architecture power optimizations.
Participating in silicon validation to debug power-related issues and define the chip power profile.
What we need to see:
B.Sc. in Electrical Engineering or Computer Engineering
3–8 years in digital design or a related hardware field. We are looking for someone with a solid foundation who is ready to grow with us.
This role thrives on collaboration. You must be able to communicate effectively across diverse teams and drive technical alignment.
Ability to read and navigate complex SystemVerilog to analyze design behavior (no RTL writing required).