Power Electronics Engineer

Lockheed Martin•Liverpool, NY

1d•Hybrid

About The Position

Provide technical support for Radar and/or Sonar programs focusing on power-supply design and power-subsystem engineering. The role drives reliable, high-performance power solutions that enable mission-critical sensor systems. The work involves designing, analyzing, and simulating power-supply circuits, distribution networks, and power-conversion topologies to meet system requirements. It also includes performing root-cause investigations and developing corrective-action plans for power-related issues, building and refining engineering procedures, seeking continuous-improvement opportunities and greater efficiency, mentoring junior engineers, and collaborating closely with senior engineers, subject-matter experts, and cross-program teams to integrate power solutions into radar/sonar platforms.

Requirements

Knowledge of Analog Circuits, design and analysis.
Familiarity and knowledge of Power Systems design including Linear and Switch Mode Power Supplies (SMPS).
Experience with Lab Equipment - O-Scopes, DVMs, etc.
Knowledge of PCB design.
Ability to obtain and hold a DOD Security clearance.
Excellent interpersonal, presentation, written/verbal skills
Able to work efficiently in a diverse team environment.
Demonstrated ability to act independently
Shown problem solving and conflict resolution skills

Nice To Haves

PSPICE and/or LTSPICE tool Experience.
Power System Simulation and Modeling Experience - PSIM
AC/DC and DC/DC Converter Design Experience
Familiarity with EMC and Electrical Safety Standards.
Experience working with Power filter/power quality/EMI - Harmonic distortion, ripple, noise.
Design for pulsed load and high power applications
Experience utilizing circuit design, component layout, board layout and schematics.
Knowledge of MIL-STD-1399, MIL-STD-704, MIL-STD-461, MIL-STD-1275.

Responsibilities

Design, analyze, and simulate power-supply circuits, distribution networks, and power-conversion topologies to meet system requirements.
Perform root-cause investigations and develop corrective-action plans for power-related issues.
Build and refine engineering procedures, seeking continuous-improvement opportunities and greater efficiency.
Mentor junior engineers, sharing expertise in power-electronics best practices and troubleshooting techniques.
Collaborate closely with senior engineers, subject-matter experts, and cross-program teams to integrate power solutions into radar/sonar platforms.