Duties:
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Design and analyze complex magnetic components, including high-frequency inductors, transformers, and ATRUs across a wide power range (100W–500kW, up to 13.8kV).
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Apply deep knowledge of magnetic materials and construction techniques to influence electrical, thermal, and mechanical performance.
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Define engineering requirements and perform simulations (FEM, circuit analysis) to guide and optimize magnetic designs.
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Collaborate with cross-functional teams including electrical, mechanical, manufacturing, and external partners to ensure successful product development.
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Prototype, test, and refine components to meet system-level performance and reliability requirements.
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Support manufacturing processes, improving part quality, yield, and integrating effective thermal management strategies.
Requirements:
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Degree in Mechanical, Electrical Engineering, or Physics with 5+ years of relevant industry experience.
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Expertise in magnetic component design, including inductors, transformers, and planar magnetics.
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Proficient with simulation tools for magnetic, circuit, thermal, and vibration analysis (e.g., ANSYS Maxwell, COMSOL, MATLAB).
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Hands-on engineering mindset, comfortable with prototyping, testing, and practical problem-solving.
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Ph.D. in Mechanical, Electrical, or related Engineering field with a solid foundation in system-level design and analysis.
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Expert in magnetics and EMI control, including common mode chokes, current sensors, planar PCB magnetics, and radiated emissions testing.
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Deep understanding of thermal management and design trade-offs to meet performance, cost, and reliability targets.
- Knowledge of aerospace, military, and residential standards, with experience working in diverse, cross-functional engineering teams.
Salary:
$125,000 - $155,000
