General Atomics Aeronautical Systems Tech Stack
Long-endurance unmanned aircraft systems, radars, and command-control software for defense
GA-ASI designs and manufactures remotely piloted aircraft and sensor systems for military and intelligence operations. The tech stack reflects a hardware-heavy aerospace engineering org: C/C++, MATLAB, FPGAs, and CAD tools (NX, Creo, CATIA) dominate, paired with embedded systems (LabVIEW, Simulink, CPLD). Active adoption of Teamcenter and MBSE signals a shift toward model-based systems engineering—a critical move for managing complexity across next-generation platforms. Engineering hiring (411 roles) dwarfs other departments, with acute pain around schedule delays, critical parts shortages, and cost control, suggesting supply-chain and program-execution pressure.
Tech Stack 137 technologies
What General Atomics Aeronautical Systems Is Building
◆Challenges
- Ensuring compliance with regulations
- Resolving complex engineering problems
- Budget and schedule constraints
- Highly technical engineering problems
- Schedule delays
- Expenditure of additional time and resources
- Ensuring export compliance
- Engineering related production problems
- Meeting program milestones within cost
- Critical parts shortages
▲Active Projects
- System integration lab
- Proposal development
- Cable harness integration for unmanned air vehicle systems
- Ground control station control software development
- Mq-9b rpa platform software development
- C2 systems integration and flight test
- Lean manufacturing process improvement projects
- Flight controls for next generation unmanned aircraft platforms
- Next generation unmanned aircraft systems (uas)
- Mq-9b skyguardian and seaguardian uas fielding for india
Hiring Activity
Department
Seniority
Notable leadership hires: Autonomy Simulation Lead, AI Battle Management Lead, Chief Engineer
