Top Engineering Jobs

Lead quality initiatives across aerospace product lifecycles from design and NPI through production. Develop AS9100-aligned quality systems, conduct root cause investigations, implement corrective and preventive actions, establish control plans and inspection strategies, and apply statistical process control to improve manufacturing performance. Partner with engineering, manufacturing, and suppliers, support production scaling, influence cross-functional decisions, and mentor quality team members.

Develop, integrate, validate, and field autonomy software for unmanned air, maritime, space, and expendable platforms. Lead feature crews or sub-programs, author interface contracts, coordinate with autonomy, perception, C2, and platform partners, and mentor engineers. Own mission-ready builds, hardware/software integration, live testing, debugging, performance optimization, simulation-based issue reproduction, and continuous process improvement. Travel 10–20% for customer sites, integration events, and mission tests.

Design and develop tactical autonomy algorithms and high-performance software for unmanned systems. Implement behavior architectures, planning, decision-making, multi-agent coordination, and hybrid rule-based/machine-learning autonomy. Integrate capabilities with perception, simulation, hardware, and flight-test teams; deploy to real platforms; support field testing and flight demonstrations. Analyze mission data, troubleshoot performance, research new algorithms, and adapt solutions for defense programs. Travel is typically 10–15% annually.

Integrate autonomy software onto unmanned aircraft, prepare and validate flight-ready systems, support live flight tests, and troubleshoot hardware, software, and embedded-system issues. Capture and analyze flight data, collaborate with autonomy, GNC, systems, and test teams, improve integration processes, and support certification and airworthiness compliance. The role requires 30–40% travel to test sites, customer locations, and flight integration events.

Leads technical direction for autonomous pilot integration across multiple unmanned-platform programs. Develops and deploys C++ autonomy software, integrates onboard systems, validates through simulation and hardware testing, troubleshoots embedded systems, and supports live field missions. Drives architecture, interoperability standards, documentation, process improvements, and cross-team collaboration. Mentors senior engineers and team leads, represents engineering to customers and partners, supports hiring, and travels approximately 10–20% for integration and test events.

Design and develop tactical autonomy algorithms and high-performance software for unmanned systems across air, land, sea, and space domains. Implement behavior architectures, multi-agent coordination, planning, decision-making, and hybrid rule-based and machine-learning solutions. Integrate and test autonomy capabilities on real platforms, analyze mission data, support flight demonstrations, and contribute to research and roadmap development for defense programs.

Design and develop high-performance autonomy software for unmanned aircraft and multi-agent systems. Implement tactical behaviors, planning, decision-making, coordination, and hybrid rule-based and learning-based autonomy. Integrate capabilities across perception, simulation, hardware, and flight-test teams; deploy and validate software on real platforms; analyze mission data; and contribute to technical roadmaps. Lead technical direction, mentor engineers, manage full software lifecycles, and support defense programs, integration events, and field testing.

Paid, full-time electrical engineering co-op supporting autonomous aircraft hardware development. Responsibilities may include circuit board design, power electronics simulation and verification, avionics bring-up, debugging, automated test-rack development, and HALT reliability testing. The co-op owns a project with mentorship from a senior engineer and collaborates with cross-functional engineering teams.

Electrical Engineering Interns will gather requirements, design, and validate avionics assemblies and test fixtures. They will work across power electronics, communications, RF, and related disciplines; build test stands involving relays, PLCs, PCBAs, and harnesses; use Python for test automation, analysis, and simulations; and participate in cross-functional design reviews. The internship is a 10–12-week paid program for students pursuing Electrical Engineering or a related STEM degree.

Paid 10–12-week internship supporting aerospace manufacturing and engineering projects. Responsibilities include program scheduling, production planning, material logistics, prototype build readiness, quality data analysis, corrective actions, advanced manufacturing process improvement, and preparing reports and metrics for engineering leadership.