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- Employment Category: Part-time surge position: up to 20 hours per week, with schedule flexibility based on design, fabrication, and test milestones. Duty station is within the NASA AFRC area; relocation or travel to AFRC will not be accommodated.
- Onsite presence is not required every day—work is part-time surge and may be accomplished offsite until integration and test activities require onsite support at AFRC.
- Location: Within the NASA Armstrong Flight Research Center (AFRC) area – hybrid; offsite work permitted until integration and test
- Work performed in office, control room, and field environments.
- Work Environment: Work includes office/design environments and electronics laboratory environments during circuit card test and integration.
- Security Clearance: Must be able to obtain and maintain a DoD Secret security clearance
- Citizenship: Must be a U.S. Citizen
Job Summary
The Simulation Electronics Engineer provides research-level electronics engineering support to the Simulation Engineering Branch (Code 580) at NASA Armstrong Flight Research Center under the Engineering and Technical Support Services (ETSS) contract.
This position supports the design, development, and test of a power distribution board used in the cockpit interface unit subsystem. The work consists of designing the electronic circuit card, completing schematic capture in preparation for board production, and testing the circuit card design once returned from the board manufacturer to verify it operates within required operational parameters—or modifying the circuit should it not function as required.
This is a part-time surge position (up to 20 hours per week). Work may be accomplished offsite within the AFRC area until integration and test activities require onsite presence.
Primary Responsibilities
- Design an electronic circuit card (power board) to distribute power within the cockpit interface unit subsystem.
- Complete schematic capture and printed circuit board (PCB) layout in preparation for board production.
- Define required operational parameters and develop test procedures for circuit card verification.
- Test the manufactured circuit card to ensure it operates per required operational parameters.
- Troubleshoot and modify the circuit design should the circuit not function as required.
- Develop firmware and support data acquisition as required for circuit test and integration.
- Document design, schematics, test results, and design changes.
- Coordinate with the Simulation Engineering Branch for integration and test of the power board within the cockpit interface unit subsystem.
Key Benefits and Impact
- Apply deep electronics design expertise to flight research simulation hardware at NASA Armstrong.
- Own the power board design end-to-end—from schematic capture through fabrication, test, and integration.
- Support the cockpit interface unit subsystem used in real-time simulation of research aircraft.
- Enjoy a flexible, part-time surge schedule with hybrid work until integration and test.
Benefits
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