Austin Hiring Event - Senior Physical Design Engineer

Marvell Technology•Austin, TX

4d•$95,200 - $140,860•Onsite

About The Position

Marvell's custom Processor/ASIC solution offers a differentiated approach with a best-in-class portfolio of data infrastructure intellectual property (IP) and a wide array of flexible business models. In this unique role, you’ll have the opportunity to work on both the physical design and methodology for future designs of our next-generation, high-performance processor chips in a leading-edge CMOS process technology, targeted at server and networking applications. You will work with a global team on both the physical design of complex chips as well as the methodology to enable an efficient and robust design process. Every day, you’ll be working hands-on to triage workflows, whether you’re running RTL code through synthesis and place and route (PnR) tools to create the physical view of the chip, analyzing performance by running timing analysis, verifying a robust power grid by performing EMIR analysis, etc. There are many sign-off checks that need to happen to verify that the database is ready to move on to the next level, and it’s your responsibility to review completed runs for errors or create optimizations from successful runs.

Requirements

Bachelor’s degree in Computer Science, Electrical Engineering or related fields, or the equivalent work experience that provides knowledge and exposure to theories, principles and concepts
Experience in physical design with a focus on block-level PNR for advanced CMOS process nodes (e.g., 7nm, 5nm, or below)
Working experience with industry-standard EDA tools for physical design, including Cadence Genus and Innovus, and Synopsys Design Compier, IC Compiler and Fusion Compiler

Nice To Haves

Working knowledge of static timing analysis tools such as Tempus or PrimeTime and EM/IR-Drop/Crosstalk analysis tools like Voltus or PrimeRail is advantageous
Working knowledge of physical verification and formal verification tools (e.g., Calibre, LEC, Formality) is advantageous
Enjoy learning by doing the work and having access to guides and a mentor
Be willing to raise your hand and volunteer for learning opportunities you may not have experienced before

Responsibilities

Work on both the physical design and methodology for future designs of next-generation, high-performance processor chips.
Triage workflows, running RTL code through synthesis and place and route (PnR) tools to create the physical view of the chip.
Analyze performance by running timing analysis.
Verify a robust power grid by performing EMIR analysis.
Review completed runs for errors or create optimizations from successful runs.