Responsibilities include:
61 Preparing concise and detailed reliability test plans and reports with an emphasis on prioritizing tasks to meet challenging deadlines.
61 Developing new reliability tests, procedures, and specifications.
61 Analyzing experimental data to provide in-depth understanding of design
features.
61 Researching state-of-the-art technology to understand root causes of test failures.
61 Providing design direction to multi-functional teams to improve product reliability.
61 Interacting with a diverse and hardworking group of team members to communicate results and provide program direction.
Key Qualifications
61 Developing and performing environmental and mechanical stress tests including shock, drop, and vibration.
61 Failure analysis techniques such as optical microscopy, x-ray or CT scans, scanning electron microscopy, FTIR spectroscopy, and mass spectrometry.
61 Fundamental failure analysis methodology to derive a root cause of failure.
61 Knowledge of industry test standards from JEDEC, ASTM, and IEEE.
61 Application of Design of Experiments and Failure Modes and Effects Analysis.
61 Electrical/Mechanical/Materials Engineering or Physical Sciences.
61 Extraordinary problem-solving abilities with strong attention to the fine details.
61 Excellent written and verbal interpersonal skills for audiences ranging from
technicians to senior VPs. Our opinions matter.
61 Ability to multi-task and manage numerous projects at once. At times, completing tests and resolving problems in an unattended manner based on your leadership.
61 Eagerness to go into unchartered territory and being the team trailblazer.
61 Dynamic and “can-do” attitude with a passion to deliver groundbreaking
technologies and a breath-taking experience to our customers.
61 Ability to travel unrestricted.
Education and Experience
61 B.S. or M.S Engineering degree
61 4+ years of experience in a related field or industry