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Designs, analyzes, documents, manufactures, assembles, integrates, and tests mechanical components and mechanisms for research and spaceflight hardware. Creates CAD models and engineering drawings, performs sizing activities, develops procedures and technical reports, collaborates with structural analysts and program management, and guides hardware through manufacturing and acceptance testing at NASA Langley Research Center.

Provide on-site configuration and data management support for NASA AFRC projects: maintain CM plans and repositories, control configuration items and engineering changes, administer CCBs and ACMS/ACCT, run audits (PCAs), track action items and metrics, and train users on CM tools and processes.

Employer invites students and recent graduates to submit resumes for internships and entry-level roles. Recruiting reviews submissions year-round and contacts candidates when positions match; opportunities span internships, summer programs, and full-time roles after graduation.

Support NASA Langley Research Center through applied research and engineering across aviation transformation, earth intelligence, and space exploration. Work spans fundamental research to flight‑rated hardware design, contributing to long‑term NASA missions and programs. Candidates at all experience levels encouraged; positions will be onsite at Langley, VA.

Develop, update, and validate physics-based and identified flight-dynamics models for crewed and uncrewed rotorcraft (including FLRAA and UH-60 variants). Use tools like HeliUM, GenHel, CIFER, and Simulink to generate linear models, support real-time piloted simulations, assist software development and validation, attend reviews, and communicate results via presentations and reports.

Provide on-site project planning, scheduling, risk assessment, reporting, and coordination support for NASA AFRC programs. Build and maintain integrated schedules, track metrics and risks, prepare reports and briefings, facilitate reviews, and ensure compliance with project control processes across multiple concurrent aerospace research projects.

Develop, validate, and apply physics-based and identified flight-dynamics models for crewed and uncrewed VTOL/rotorcraft (including FLRAA and UH-60 variants). Use tools like HeliUM and CIFER, support real-time piloted simulations (VMS), participate in design reviews, implement software updates, and communicate results via presentations and reports.