· Model system components including motors, solar cells, and batteries, predicting performance as a function of environmental conditions, power, aging, manufacturing variability.
· Perform and support trade studies on aircraft power system designs, to assist decision-making and design.
· Convert subsystem requirements into specific analysis projects and tests.
· Analyze test data and communicate results. Feed results back into models.
Experience:
· Candidates should be able to show examples of the following in their resume:
· 5+ years in industry working on multi-disciplinary modeling or analysis projects.
· Aerospace experience preferred.
· Experience cascading system requirements to subsystem and component level, and verifying their successful completion. Hands-on experience with new product development.
· Must have demonstrated analysis skills for physics problems as applied to power systems (e.g. electrical, solar, battery).
· Must have demonstrated excellent presentation and communication skills.
· Experience with modeling tools (e.g. Python or MATLAB).
Education:
Master's degree in Electrical Engineering, Physics, Mechanical Engineering, or Computer Science.
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