Power Test Engineer

Teledyne Technologies Incorporated•Garland, TX

3d•Onsite

About The Position

Teledyne Micropac is looking for a Power Test Engineer to take the lead role in creating test solutions for our expanding power conversion product line. This position requires a power electronics background focused on creating both software and hardware for automated characterization and production test development.

Requirements

Bachelor’s degree in Electrical Engineering, Electronics Engineering, Semiconductor Engineering with 5 years of relevant experience - required
In lieu of degree, 7-10 years of equivalent experience - required
Must be able to work independently with limited supervision - required
Understanding of different topologies for Power conversions - required
Experienced in Testing and characterization of Power Management Products (different Topologies such as AC-DC , DC-DC Converters, Inverters etc.) - required
Schematic capture/PCB layout (e.g. Altium, Cadance Allegro, KiCad, etc) - required
Familiarity with use of typical lab equipment and how to automate them (oscilloscopes, multimeters, power supplies, electronic loads, etc.) - required
Ability to generate technical documents and presentation to Eng community - required

Nice To Haves

Experience in A & D Segment is a plus - advantage
Knowledge of VPX Vita 46 industry standards is a plus - advantage
NI LabView/Test Stand, Python, C++, .NET, etc. programming knowledge a plus - advantage
Familiarity with Military/DoD standards like MIL-STD-883, MIL-PRF-38534, etc. would be a plus - advantage
Excellent interpersonal communication and organizational skills to work with clients, team members, and management staff, including both DOD civilian and contractor personnel - advantage

Responsibilities

Develop automated characterization and production test solutions, including both test fixture hardware and software, for AC-DC, DC-DC converters, power inverters, and multi-rail VPX power supply cards, etc.
Generating test reports from data collected and ability to present the data in concise formats (statistical analysis, 2D/3D graphs, histograms, specification compliance matrix, etc.).
Excellent understanding of how to perform key power conversion measurements such as efficiency, load and line regulation (both transient and DC), gain-phase analysis, power sequencing/timing, etc.
Creating automated solutions for use during EMI/EMC testing at off-site test chambers.
Developing automated test solutions for TVAC testing.
Reviewing product specifications and/or design specifications for test solution development requirements and test hardware needs.