Top Engineering Jobs

Develop and execute environmental test procedures for spacecraft hardware (vibration, thermal, TVAC). Maintain test equipment, author SOPs, troubleshoot failures, implement process improvements and automation to increase throughput and ensure space-grade reliability. Support qualification and acceptance campaigns and enable manufacturing test scalability.

Perform EO/IR signature design, analysis, modeling, simulation, integration, and test to optimize photometric/radiometric performance. Develop requirements, run lab/range validation and correlation, lead design trade studies, collaborate with multidisciplinary teams, support documentation, lifecycle activities, and proposal development.

Support and execute environmental (vibration, thermal, TVAC) testing for spacecraft hardware on 2nd shift. Create test procedures, ensure test readiness, troubleshoot test equipment and hardware issues, develop automation and SOPs, drive process improvements for high-rate manufacturing, qualify equipment and processes, and act as the subject matter expert for environmental test operations.

Support design and analysis of 787 Environmental Control Systems (ECS) components and subsystems. Manage supplier integration, update/modernize analysis models, perform calculations and validation testing, support lab/flight tests and production, produce safety analyses (FHA/FMEA/FTA) and manuals, drive obsolescence and product improvements, and mentor others.

Design and develop spacecraft structural and payload components using 3D CAD (Creo) and GD&T. Collaborate with cross-functional teams to define interfaces, support manufacturing and integration, drive anomaly resolution, and provide engineering support through fabrication, integration, and test. Produce engineering documentation and support process improvements under general direction.

Design, develop, and deliver technical maintenance training for commercial aircraft maintainers. Identify customer training needs, create courseware and proposals, instruct advanced courses, evaluate program effectiveness, and maintain training standards. Support classes and workshops onsite and travel up to 25% internationally and domestically.

Design and analyze satellite solar arrays and battery mechanical/electro-mechanical systems. Lead design, testing, qualification, failure investigations, and cross-functional coordination. Produce mechanical/electrical layouts using Creo/AutoCAD, apply GD&T and DFMAT, and serve as a technical lead or Responsible Engineering Authority on spacecraft solar and battery hardware.

Lead EO/IR signature analysis, design, modeling, integration, and test for advanced platforms. Develop requirements, run simulations, execute lab/range validation, direct design trade studies, collaborate across disciplines, support suppliers/customers, produce technical documentation, and support product lifecycle and proposals.

The role involves supporting EMC design and analysis for satellites, managing requirements, test plans, and technical oversight while interfacing with multiple stakeholders.

Lead mechanical/structures sustainment for CH-47F aircraft: supervise cross-trade teams, support maintenance, repairs and preventative actions, troubleshoot faults, liaise between engineering/maintenance/supply, develop technical correspondence, and maintain drawings and documentation to ensure airworthiness and readiness.