A deep understanding of material and device properties (mechanical, electrical, optical, thermal) and the underlying physics Proficiency in statistical data analysis and clear reporting, providing design risk assessments and guiding product improvements Strong theoretical knowledge in physical failure analysis techniques, such as SEM/EDX/X-Ray and other characterization techniques Proven ability to develop new reliability test procedures, create detailed test plans, and analyze results to assess design risksBachelor's Degree in technical field (mechanical engineering, materials engineering, electrical engineering, physics or related fields etc.) with 3+ years of relevant engineering experience Familiar with Failure Analysis techniques (Optical Microscopy, X-ray/CT, Scanning Electron Microscopy/Energy Dispersive Spectroscopy, etc.), and the ability to use failure analysis methodology to derive a root cause of failure Ability to make clear and concise slides and presentations through keynote, excel, etc. Ability to travel internationally without restriction (up to 10%)M.S. or PhD in Materials Science, Mechanical Engineering, Electrical Engineering, or an equivalent field Statistical experience such as Weibull, JMP, or familiarity with accelerated test models Excellent communication skills, both written and verbal Sharp attention to detail Confidence in presenting test results and risk assessments to cross-functional and leadership teams Ability to manage multiple projects simultaneously Capability to perform tests and troubleshoot issues independently Openness to take on new tasks A proactive, can-do attitude, with a passion for working alongside an amazing team and innovative products Collaborative attitude and ability to work cross-functionally effectively.