In this role you will join Cirrus Logic's Validation Engineering team to drive pre-silicon and post-silicon validation for mixed-signal audio chips. You will work closely with design, systems, and application engineers to ensure functionality and performance align with datasheets, shaping how our high-efficiency audio platforms reach customers. You’ll develop bench tests, debug on-chip circuitry, and build automation to speed validation while delivering clear technical reports. This is a chance to contribute to cutting-edge hardware and a collaborative, innovation-driven culture.
Pay / Benefits
on-site gym
deli
employee-driven development
collaborative culture
Responsibilities
Develop and execute bench-level tests per the validation plan for pre-silicon and post-silicon phases
Bench test and debug embedded on-chip circuitry (amplifiers, data converters, power converters)
Collaborate with Validation and Production Test teams to improve backend test methodologies
Partner with Design, Systems, and Application Engineers to understand requirements
Design, develop, and debug silicon validation board-level hardware and bring-up platforms before first silicon
Develop automated test framework and regression suites in Python
Analyze test results and identify failures using Spotfire or similar BI tools
Write technical reports summarizing data collected
Key requirements
Bachelor in Electronics or related field
Advanced knowledge in audio electronics, analog, digital or power electronics
Hands-on experience with lab equipment (oscilloscopes, signal generators, audio analyzers, logic analyzers, spectrum analyzers)
Solid understanding of mixed-signal blocks (ADC, DAC, PLLs, amplifiers, signal processing)
Self-motivated with strong problem-solving and attention to detail
Ability to understand silicon, board and software interactions
Driven, proactive approach to problem solving
self-motivation
problem solving
attention to detail
Oscilloscopes, signal generators, audio analyzers, logic analyzers, spectrum analyzers
LTSpice or similar circuit simulation
Automation framework hardware tools (FPGA, DSP, NI Data Acquisition)
We use essential cookies to make this site work. With your permission we would also like to use the optional cookies below. Nothing optional is set until you choose, and you can change your mind at any time from "Cookie settings" at the bottom of every page. Cookie policy.
Essential — keep the site working and secure, and remember the choice you make here. Always on.