Renesas Electronics · Tempe, AZ
Senior Validation Engineer at Renesas Electronics — Tempe, AZ
Full-timeTempe, AZPosted 2026-07-24Apply on SmartRecruiters
Full job description
This position requires an experienced Engineer with a strong background in post silicon validation and characterization. The ideal candidate must have hands-on experience with silicon bring-up and validation, including high-speed analog and mixed-signal device characterization, driving debug efforts, developing test methodologies, and collaborating cross-functionally with design, system, and product engineering teams.
- Perform initial silicon bring-up and debugging
- Validate high speed Rx and Tx paths, PLLs including jitter analysis, eye diagram using High Bandwidth Oscilloscopes, BERT and DDR5 Application Software
- Develop, execute, and automate post-silicon validation and characterization test plans of critical electrical and timing parameters for high‐speed memory buffer devices.
- Collaborate closely with designers and cross‐functional partners to debug and optimize performance
- Generate clear, consistent, and well‐structured report
- Develop test methodologies, procedures, and assumptions to ensure results are reproducible, and accurate across validation efforts.
- Support board-level debugging, signal integrity analysi
- Bachelor's / Master’s degree in Electrical Engineering (preferred), Computer Engineering, or a related field.
- 5+ years of hands-on lab experience in high-speed Analog and Mixed-signal devices.
- Strong understanding of signaling levels, termination architectures, and signal integrity tradeoffs in systems.
- Expertise in using typical high speed interface test equipment (BERT, High BW Oscilloscope, Signal generators and Compliance S/W, etc.).
- Proficiency in scripting languages (Python) for test automation and analysis.
- Excellent analytical and problem-solving skills.
- Strong communication and interpersonal skills.
- Strong understanding of memory interface architecture, interface protocols, standards and operation, preferably with DDR5.