The DoD needs to redefine how it makes multi-billion-dollar force-design decisions.
Requirements
- Proven expertise in multi-threaded C++ for high-performance applications.
- Hands-on experience with large-scale, physics-based simulations.
- GPU compute chops—OpenCL, CUDA, etc....
- Data oriented framework design experience like ECS.
- Prior work running physics simulations in distributed cloud environments.
- Experience with modern C++
- Experience with continuous integration
Responsibilities
- Design & implement a scalable, interactive physics simulation that runs seamlessly in cloud and on-prem clusters.
- Own the core codebase in modern C++ from multi-threaded performance tuning to continuous integration.
- Collaborate with product & AI teams to embed verified, AI-generated algorithms directly into a developer SDK for extending the platform.
- Prototype quickly, iterate faster: deliver usable capability to government end-users in weeks, not months.
- Set the engineering bar—write clean code, document rigorously, and mentor teammates through code reviews and pair programming.
Other
- Master’s degree (or equivalent) in applied math, scientific computing, physics, or a related field.
- Active Secret clearance (or higher).
- TS/SCI clearance.
- Health care plan with 100% premium coverage, including medical, dental, and vision.
- 401k with 5% matching.
- Paid Time Off (Uncapped Vacation, plus Sick & Public Holidays).
- Flexible hybrid work arrangement.
- Relocation assistance for qualifying employees.
