Simulation Software Engineer - Real-Time Aviation + Equity

Automatic Systems, Inc.; Boston (MA); Sur place; USD 200 000 - 300 000; Plein temps

Avantages offerts par ce poste

Equity

Comprehensive benefits

Résumé du poste

Automatic Systems, Inc. (ASI) in the United States is seeking a Simulation Software Engineer for the Civil Aviation team.

You will build simulators for the National Airspace System, modeling aircraft trajectories, weather, ATC and pilot behavior using discrete-time simulation and physics-based methods. You will design robust simulation infrastructure in Rust and Python, collaborate across teams in a mission-critical environment, and help advance trajectory prediction and decision-support

Qualifications

• Experience building infrastructure for discrete-time simulations.
• Experience implementing physics-based models in discrete-time simulations.
• Experience designing algorithms for mission-critical applications.
• Experience with Monte Carlo analysis to validate and tune performance.
• Domain experience in aviation or related fields.
• Experience with Rust and Python for simulation code.
• Strong collaboration skills in a mission-critical environment.
• Familiarity with using modern LLM tools to accelerate development.

Responsabilités

• Create simulators to model the NAS, including aircraft trajectories, weather, ATC and pilot behavior.
• Use discrete time simulation, physics, statistics and algorithms to design infrastructure and models.
• Collaborate across teams to ensure reliability, performance and safety.

Connaissances

Discrete-time simulation

Physics-based modeling

Algorithms

Monte Carlo analysis

Aviation domain experience

Rust

Python

Cross-functional collaboration

LLM tooling

Description du poste

Automatic Systems, Inc. (ASI) in the United States is seeking a Simulation Software Engineer for the Civil Aviation team.

You will build simulators for the National Airspace System, modeling aircraft trajectories, weather, ATC and pilot behavior using discrete-time simulation and physics-based methods. You will design robust simulation infrastructure in Rust and Python, collaborate across teams in a mission-critical environment, and help advance trajectory prediction and decision-support