Apply analytical tools and techniques to determine deep-level electrical failure modes in electronic components including discrete semiconductors and integrated circuits
Perform functional testing and board level debug to reproduce symptoms, isolate failing components, and confirm electrical failure modes
Perform both electrical and physical failure analysis techniques to successfully root cause PCBA/Component level failures
Work cross-functionally with engineers from Design, Quality, Manufacturing Test, and Supplier Industrialization to contain and correct defects found in failure analysis
Produce written reports that clearly convey results of failure analysis, next steps, and corrective action
Design experiments to test hypotheses and recreate failure mechanisms
What You’ll Bring
Bachelor's Degree in Material Science, Electrical, Mechanical, or Electromechanical Engineering or equivalent relevant industrial experience in semiconductor/IC, and/or PCBA failure analysis
Proficient in semiconductor fault isolation techniques such as Laser Scan Microscopy, Photon Emission Microscopy, and Lock in Thermography
Proficient in semiconductor/IC sample preparation techniques such as cross sectioning, chemical decapsulation, and IC delayering
Proficient at reading schematics, datasheets, and troubleshooting analog and digital circuits
Demonstrable experience using electrical test equipment: Power Supplies, Multimeters, Oscilloscopes, Curve Tracers, SMUs, CAN Dongles, Functional Testers, and other common test equipment
Fine probing and soldering skills required
Excellent written and verbal communication skills required