Simulation Engineer, Lead

Booz Allen Hamilton•Honolulu, HI

2d•$99,000 - $225,000

About The Position

Simulation Engineer, Lead The Opportunity: You build the synthetic worlds that help warfighters decide faster. As a Lead Simulation Engineer, you’ll fuse Program of Record ( PoR ) sims, including NGST, AFSIM, AFMSTT, and SAFESIM, with real‑time engines such as Unity and Unreal Engine as well as NVIDIA Omniverse to deliver credible, interoperable LVC environments for Indo‑Pacific missions. You’ll set technical direction, mentor engineers, and partner with operators to turn mission questions into data‑driven outcomes. What You’ll Work On: Lead architecture and technical delivery of mission‑grade simulation solutions spanning AFSIM, AFMSTT, SAFESIM, and NGST and real‑time engines such as Unity, Unreal, and Omniverse, ensuring scale, fidelity, and interoperability. Integrate DIS, HLA, TENA, USD, and Omniverse pipelines for multi‑domain LVC exercises, wargames, and operational analysis. Translate operational concepts, including CONOPS, TTPs, MOP, and MOE into scenarios, models, and data flows aligned to Indo‑Pacific mission threads. Own sof tware quality and implement DevSecOps, CI / CD, automated testing, code reviews, and model validation against ground truth. Mentor and grow a high‑performing team to drive backlog, estimation, and delivery against mission milestones. E nga ge with stakeholders across Service components such as air, maritime, cyber, and space to capture needs and demonstrate outcomes. Advance performance and realism via GPU acceleration, multi‑node orchestration, and sensor or weapon modeling. Support capture and proposals with credible technical volumes, BOEs, and demos that reflect Indo‑Pacific realities. Join us. The world can’t wait.

Requirements

Experience with PoR sims such as NGST, AFSIM, AFMSTT, and SAFESIM, including integrating models, scenarios, and data sources
Experience with Unity and Unreal Engine with C# or C++
Experience with real‑time or near‑real‑time simulations
Experience with Git, including GitHub, GitLab, or Azure DevOps, CI / CD, test automation, and containerization such as Docker or Kubernetes
Experience with modeling and analysis translating operational needs into measurable outcomes such as MOP and MOE, scenario design, and validation
Knowledge of HLA, DIS, and TENA LVC architectures and gateway translation
Ability to obtain a TS / SCI clearance
Bachelor's degree in Computer Science, Engineering, or Applied Mathematics and 2+ years of experience in data engineering, or 5+ years of experience in data engineering in lieu of a degree

Nice To Haves

Experience bridging AFSIM with Unity, Unreal, or Omniverse and composing multi‑engine pipelines
Experience with NVIDIA Omniverse, including USD pipelines, Render and Kit, and SimReady assets for collaborative simulation workflows
Experience with GPU and HPC optimization such as CUDA and multi-GPU orchestration, physics-based modeling, or synthetic sensor simulation
Experience with Agile leadership, including Scrum and Kanban, backlog management, and mentorship of mid-level engineers
Experience with Cloud and edge deployment such as AWS, Azure, and GovCloud / IL environments, IaC, including Terraform, and secure networking
Knowledge of RMF or STIG and secure sof tware practices for classified environments
Knowledge of JADC2, Indo-Pacific operational context, and mission thread decomposition
TS / SCI clearance
Master's degree preferred
Doctorate degree in Engineering or Computer Science a plus
DoD 8570 Baseline, NVIDIA Omniverse, Unity, or Unreal Certification

Responsibilities

Lead architecture and technical delivery of mission‑grade simulation solutions spanning AFSIM, AFMSTT, SAFESIM, and NGST and real‑time engines such as Unity, Unreal, and Omniverse, ensuring scale, fidelity, and interoperability.
Integrate DIS, HLA, TENA, USD, and Omniverse pipelines for multi‑domain LVC exercises, wargames, and operational analysis.
Translate operational concepts, including CONOPS, TTPs, MOP, and MOE into scenarios, models, and data flows aligned to Indo‑Pacific mission threads.
Own sof tware quality and implement DevSecOps, CI / CD, automated testing, code reviews, and model validation against ground truth.
Mentor and grow a high‑performing team to drive backlog, estimation, and delivery against mission milestones.
E nga ge with stakeholders across Service components such as air, maritime, cyber, and space to capture needs and demonstrate outcomes.
Advance performance and realism via GPU acceleration, multi‑node orchestration, and sensor or weapon modeling.
Support capture and proposals with credible technical volumes, BOEs, and demos that reflect Indo‑Pacific realities.