Physical Design Methodology CAD Engineer
Apple
Job Summary
Apple's Silicon Technologies group is seeking a Physical Design Methodology CAD Engineer to design and manufacture next-generation, high-performance, power-efficient processors and SoCs. This role involves crafting and building technology for Apple devices, enabling customers to perform various tasks. The Hardware Technology CAD team focuses on developing flows, tools, and methodologies for CPU, GPU, Analog/Mixed Signal, and SOC designs. Responsibilities include exploring new technology nodes, standard cells, and tools, collaborating with design teams and tool vendors to enhance PPA (Power, Performance, Area) and design productivity, and developing internal methodologies using CAD algorithms and Machine Learning. The engineer will impact a wide range of chips used in Apple's products.
Must Have
- Lead cross-functional teams for physical design challenges.
- Develop innovative solutions in physical design.
- Support implementation flows for multiple projects.
- Develop and maintain custom CAD tools.
- Create flows for new technology nodes.
- Develop tools for PPA and productivity.
- Collaborate with physical design verification, RC extraction, IR, and STA.
- Drive EDA tool vendor interactions.
Good to Have
- Experience with ML-based solutions for PPA.
Job Description
- Participating and leading cross functional teams to solve key physical design challenges.
- Developing innovative solutions in physical design and optimization space.
- Developing and supporting implementation flows for multiple projects and design teams.
- Developing and maintaining custom CAD tools for implementation and signoff.
- Creating flows to enable successful deployment of new technology nodes.
- Developing tools and methodologies for best-in-class PPA and productivity including ML based solutions.
- Collaborating with other disciplines such as physical design verification, RC extraction, IR and static timing analysis (STA).
- Driving EDA tool vendor interactions, to resolve tool issues and identify areas for tool improvements.