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FAAC builds physics-driven simulation platforms for military, law enforcement, and first-responder training. The stack—C/C++, DirectX, Unity, FORTRAN, Ada—reflects defense-grade software demands; the pain-point pattern (DO-178C compliance, design traceability, resource allocation across programs) and active projects (physics modeling, collision, terrain algorithms) reveal a company scaling production while tightening regulatory posture. Engineering hires dominate the active mix, with manufacturing roles accelerating—signaling transition from pure software toward integrated hardware-software products.
Tech Stack 26 technologies
Core StackLinux Jira C++ SolidWorks C# Dynamics 365 C/C++ Windows Perforce Unix C FORTRAN Ada Creo NX Unity DirectX Excel Epicor Altium Cadence MBSE Altium Designer CRM Microsoft Office
What FAAC Incorporated Is Building
◆Challenges
- Budget management
- Resource planning
- Design compliance
- Ensuring compliance with regulations
- Improving planning process
- Coordinating audits
- Maintaining compliance with do-178c
- Ensuring rigorous requirements
- Maintaining traceability chain
- Resource allocation across multiple programs
▲Active Projects
- Hdp certification documentation
- Physics modeling
- Do-178c compliance for defense training solutions
- Terrain and path finding algorithms
- Emi shielding and structural survivability
- Design reviews and manufacturing process approval
- Bsi’s armor unity-based image generator (ig)
- Merlin ai/llm plug-in for mace
- Bsi’s mace framework
- Collision
Hiring Activity
20 roles · 10 in 30d
Department
Seniority
Company intelligence
