Director, Design Verification

Website ArterisIP
Do you want to contribute to the backbone of some of the world’s most popular SoCs?
As a Director Design Verification at Arteris, you will create designs in a powerful language that blends traditional RTL with leading-edge software to provide extremely configurable, testable, and high-quality solutions. You’ll go home at the end of the day amazed at all the places where your creations end up. You will have the opportunity to be part of a proven-successful startup, and to influence development environment, architecture, verification, and everything in-between – you’ll no longer be stuck in a silo or just a cog in the machine. Your co-workers will be an experienced team of industry experts that love what they do.
Responsibilities:
- Lead a talented team of design engineers in next-generation product development as a highly technical, hands-on manager.
- Advanced UVM based test bench development and debugging
- Defining, documenting, developing and executing RTL verification test/coverage at system level
- Performance verification and power-aware verification
- Triaging Regressions, Debugging RTL designs in Verilog and SystemVerilog
- Help improve and refine verification process, methodology, and metrics
- UVM expertise on complex SoC projects from test bench development to verification closure
Experience, Requirements and Qualifications:
- 5+ years of experience of leading or managing a design team.
- Proven capability to define and execute to schedule and make priority trade-offs.
- 10+ years’ experience in ASIC and SoC design
- Verification flow enhancements using a scripting language such as Shell scripts, Python & JavaScript
- Strong RTL (Verilog) and UVM/C test bench debugging skills
- Experience integrating vendor provided VIPs for unit and system level verification
- Experience with Arm AMBA protocols
- This opportunity involves high performance, low power designs on a highly visible project
Education:
- MS degree in EE, CS, or equivalent preferred. BS degree minimum.
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