AFSIM Modeler/Software Engineer

We are building a breakthrough platform for next-generation geospatial intelligence and defense applications, and we're looking for an AFSIM Modeler/Software Engineer to help extend our simulation and analytics capabilities.

In this role, you'll bring hands-on experience with AFSIM (Advanced Framework for Simulation, Integration, and Modeling) to help develop mission-level analytics, simulation models, and integrations within a modern software environment.

You'll work at the intersection of simulation, software engineering, and aerospace systems, using your understanding of established mission modeling frameworks while helping apply that expertise to next-generation simulation environments.

This is a hands-on engineering role.

We're looking for someone who enjoys writing code, solving complex technical problems, and building simulation capabilities.

You don't need to be a senior defense analyst or program lead; we're looking for strong technical fundamentals and practical AFSIM experience.

Redmond, WA preferred; remote candidates will be considered for the right fit.

• Develop, configure, and maintain AFSIM models and simulation scenarios representing complex aerospace and defense systems.
• Design and implement models for aircraft, weapons, sensors, communications, electronic warfare, and other mission systems.
• Develop software, scripts, and tooling to extend AFSIM capabilities and automate simulation workflows.
• Build reusable modeling components and infrastructure that can support multiple simulation scenarios and use cases.
• Translate system requirements, technical specifications, and operational concepts into robust simulation models.
• Integrate models and software components into larger simulation environments.
• Run simulations, debug model behavior, investigate unexpected results, and improve model fidelity and performance.
• Develop automated workflows for scenario generation, simulation execution, data collection, and results processing.
• Analyze simulation outputs to validate model behavior and identify opportunities to improve the underlying implementation.
• Collaborate closely with software engineers, systems engineers, and subject-matter experts to ensure models accurately represent real-world systems.