Post‑Silicon Validation Engineer

About the role

We are seeking a hands‑on Post‑Silicon Validation Engineer to work directly with advanced mixed‑signal automotive SoCs in a laboratory environment. You will build automated test solutions, characterize digital and mixed‑signal interfaces, and resolve system‑level integration issues.

Key responsibilities

• Plan and execute post‑silicon validation campaigns at the SoC level.
• Validate electrical connectivity, signal integrity, data integrity and overall system functionality.
• Characterize interfaces such as MIPI D‑PHY, Aurora A‑PHY, Ethernet, SPI, I2C, CAN FD, UART, OSPI and GPIO.
• Measure and evaluate PLLs, system clocks, ADCs and sensors, including voltage levels, timing margins, jitter, duty cycle and eye diagrams.
• Run structured validation across process, voltage and temperature corners.
• Develop reusable test automation using Python or C#.
• Debug silicon and integration issues with oscilloscopes, SMUs, DMMs and other lab equipment.
• Document test coverage, results and technical findings with clear traceability.
• Collaborate with design, verification and system‑engineering teams to resolve issues.

Required profile

• BSc or MSc in Electrical Engineering, Electronics or a related discipline.
• Minimum three years of experience in post‑silicon or hardware validation.
• Hands‑on experience with oscilloscopes, SMUs, DMMs and laboratory measurement setups.
• Strong understanding of digital and mixed‑signal interfaces.
• Proficiency in Python or C# for test automation.
• Knowledge of signal integrity, timing analysis and electrical measurements.
• Structured approach to debugging and problem‑solving.
• Ability to work effectively across engineering disciplines.

Required skills

• Python
• C#
• Oscilloscope operation
• Source‑Measure Unit (SMU)
• Digital Multimeter (DMM)
• MIPI D‑PHY
• Aurora A‑PHY
• Ethernet
• SPI
• I2C
• CAN FD
• UART
• OSPI
• GPIO
• PLL characterization
• ADC and sensor measurement
• Signal integrity analysis
• Timing analysis
• Test automation development