Power Electronics Reliability Test Engineer

We empower smarter business operations by connecting equipment, software, and services to protect, control and optimize assets within electrical infrastructures. Our solutions deliver end‑to‑end product and service support for reliable electrical infrastructure.

This role consists of developing detailed test plans, executing comprehensive electrical tests, automating test systems, and writing formal test reports.

• Coordinate environmental stress test systems to support long duration humidity, high temperature operating, and rapid thermal cycling tests.
• Create detailed reliability test plans for various power supply products by collaborating with designers, component engineers, and application engineers.
• Coordinate unit‑under‑test (UUT) samples with internal project tracking systems such as QATrax and TL9000 databases.
• Identify test equipment and fixtures used to perform testing of electronic power supplies.
• Design automated test systems (ATE) to perform electrical verification tests.
• Program ATE systems to automate test routines.
• Perform failure analysis on test equipment and fixtures.
• Provide technicians with detailed instructions on test plans and execution.
• Create MS Excel and WORD macros to automate data analysis and report writing.
• Review test data and determine product conformance with respect to Technical Requirements Document failures in FRACAS (Failure Reporting Analysis Corrective Action System).
• Assist engineering teams to interpret and duplicate non‑conformances.
• Create qualification test reports in accordance with rigorous internal standards.
• Follow all Health, Safety, and Environmental requirements.

• Bachelor’s or Master’s degree in electrical and computer engineering or equivalent.
• Experience with ATE test equipment and programming power supplies, oscilloscopes, digital volt meters, power analyzers, and data logging instruments.
• Proficiency in Microsoft EXCEL and WORD and the use of macros.
• Programming experience in Visual Basic, Python, C, C++ or other applicable languages.

• Ability to interpret technical requirements as they apply to power conversion devices to determine whether documented requirements and standards are met.
• Working knowledge of AC and DC sources, electronics loads, data acquisition, oscilloscopes, and thermal chambers.
• Experience with Microsoft macros, MS Visual Studio and other lab automation software.
• Ability to efficiently manage time and coordinate priorities with multiple project teams.
• Strong interpersonal, verbal and written communication skills.

Candidates must already have a work authorization that allows them to work in the United States.