Design Engineer - Validation, Burnaby

Job Description

We are seeking a hands‑on System Validation Engineer to join our Data Center Solutions team in Burnaby. In this role you will own silicon bring‑up, system integration, and validation of next‑generation SoCs, designing and building validation infrastructure, creating test plans, executing complex tests on prototypesilicon and firmware, and driving debugging across hardware, firmware, and system levels. You will work directly with prototype ICs, validation boards, FPGAs, protocol analyzers, and lab equipment in a fast‑paced lab environment.

Job Responsibilities

Integrate prototype SoC hardware and firmware into a complete system solution using emulation platforms, validation boards, firmware, and software to enable functional testing and firmware development. Develop, execute, and document feature‑level tests to validate SoC hardware blocks, firmware, and overall system operation against design specs, performance targets, and industry standards.Work with pre‑silicon emulation platforms and post‑silicon prototype ICs/SoCs. Build and maintain validation infrastructure including boards, FPGAs, embedded software, device drivers, and test scripts. Develop block, subsystem, and system‑level test firmware/scripts and integrate them into automated testsuites.Lead technical activities in your area of expertise and mentor junior engineers. Run complex tests and investigations in the lab, both on‑site and remotely. Integrate AI‑based tools to improve testing efficiency. Identify and report bugs, then collaborate with cross‑functional teams to isolate, investigate, and resolve them.Continuously learn and apply knowledge of the device, system, protocols, and industry standards. Help grow and train the validation team. Present technical information effectively to internal and external audiences.

Requirements / Qualifications

4–10 years of relevant silicon/SoC validation experience (pre‑ and/or post‑silicon). Strong programming and scripting skills in C/C++ and Python (or Tcl). Solid hands‑on lab experience with high‑speed test equipment: oscilloscopes, protocol analyzers, logic analyzers, etc. Demonstrated SoC system‑level debug skills across firmware, hardware, schematics, PCB, and FPGA environments.Strong foundation in data communications theory and high‑speed signal fundamentals. Bachelor’s or Master’s degree in Computer/Electrical Engineering or Computer Science. Proven ability to work independently on test plan development and execution while collaborating effectively in a team.

Great‑to‑Haves

SoC performance validation and tuning experience. Experience with prototype board bring‑up, modifications, and schematic reading. Familiarity with AI tools and workflow integration. PCIe compliance testing experience. High‑speed SERDES testing and debugging. Pre‑silicon emulation test experience.High‑speed digital design, PCB layout, or signal integrity knowledge. MIPS‑based firmware development and debug in C/C++. Working knowledge of protocols including PCIe, DDR4/5, SAS, SATA, I2C, SPI and protocol trace debugging. Linux or Windows host driver development or OS experience. FPGA toolsand VHDL/Verilog knowledge.ThreadX or RTOS experience.

Travel Time

0%– 25%

Pay Range

Annual base salary range: $86,000– $186,000.* Range is dependent on numerous factors including job location, skills and experience.

Benefits

Compensation includes competitive base pay, restricted stock units, quarterly bonuses, health benefits available from day one, retirement savings plans, and an industry leading IESPP program with a 6‑month look‑back feature.

To all recruitment agencies:

Microchip does not accept unsolicited agency resumes. Please do not forward resumes to our recruiting team or other Microchip employees. Microchip is not responsible for any fees related to unsolicited resumes.

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