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Advanced circuit design is critically important in the post-Moore’s Law age. Without the ability to scale process to increase performance and reduce power, we must rely more and more on creative architectural and underlying circuit solutions to provide continuing advancement from generation to generation.
What you’ll be doing:
Explore circuit approaches to optimizing processor computation and interconnect performance and power
Design and implement circuit approaches in prototype systems
Collaborate with external researchers and a diverse set of internal product teams across research and product roles
Transfer technology to product groups
Publish original research and speak at conferences and events
What we need to see:
PhD in Electrical Engineering, Computer Science/Engineering, or related field. A strong publication, patent, and research collaboration history is a huge advantage.
Recent PhD graduates (Research Scientist) or candidates with more years of relevant work or research experience (Senior Research Scientists) can be considered for similar open positions.
Excellent knowledge and broad background of theory and practice of circuit design
Depth in one or more areas of high-performance circuit design (PLLs and clocking, SerDes and high-speed signaling, photonics, SRAMs, power delivery/regulation, security circuits, and high-speed logic)
Track record of research excellence or significant product development
Excellent communication and collaboration skills
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