AVV Engineer

Change the world. Love your job.
About Team:

ASM Auto Group develops safety-compliant automotive MCUs for EV, HEV, traction inverters, onboard chargers, BMS, and body and chassis control. We are at a pivotal moment in automotive technology, and this role offers a chance to work on cutting-edge MCUs with real-world impact. If you want to solve complex technical challenges in fast-growing segments, we encourage you to apply.

Position Overview:

We are seeking engineers with 2-5 years of experience to independently own functional validation of MCU peripherals and subsystems, spanning pre-silicon (RTL simulation, QuickTurn/Palladium/ZeBu emulation, FPGA prototyping) and post-silicon (functional bring-up and validation on silicon).

You will work closely with Architecture, Design, and Firmware teams to ensure robust, competitive automotive devices.

Key Responsibilities:

- Own functional validation of Automotive peripherals and communication interfaces
- Develop requirements-based test plans, directed tests, and negative/corner-case scenarios
- Develop firmware test suites and automation in Python and C
- Debug hardware/software interactions across firmware, RTL waveforms, emulation, and silicon
- Execute first-silicon functional bring-up and peripheral functional tests
- Maintain regressions, track coverage, and close functional gaps
- Execute performance and benchmarking tests on assigned peripherals and subsystems
- Reproduce customer-reported issues and perform root-cause analysis
- Verify fixes for customer-reported issues
- Produce test plans, validation reports, and defect root-cause analyses
- Coordinate with RTL designers and architecture teams on design issues

Minimum requirements:

- Bachelor's degree in Electrical Engineering, ECE, Computer Engineering, or related field
- 2-5 years of engineering experience working with silicon design and/or validation
- Experience with digital/embedded design on emulation/FPGA platforms/RTL simulation

Preferred Qualifications:

- Work experience with ARM architecture
- Strong embedded C (drivers, interrupts, DMA, register-level programming)
- Python for test automation and log/result analysis
- Hands-on lab experience with JTAG/SWD debuggers and basic bench tools for functional debug
- Advanced knowledge of digital logic
- Automotive protocols: CAN FD and LIN; Ethernet MAC fundamentals
- Working knowledge of ISO 26262 functional safety concepts
- Git and strong technical documentation skills