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Helsing

AI software and autonomous defense systems

Simulation Engineer - Space

Flight Dynamics & GNCConfirmed live in the last 24 hours
Full-timeBerlin, GermanyNo salary listedHybrid

About the Job

Requirements

  • Proven delivery of both software-in-the-loop and hardware-in-the-loop systems, including real hardware wired into a simulator.
  • Strong physics and modelling judgment, including the ability to defend model simplifications and recognize where a model is no longer trustworthy.
  • Several years of production-grade software work in a large, shared codebase, with code review, continuous integration, testing, and documentation.
  • Experience with Python and at least one of Rust or modern C++.
  • Ability to architect one environment that serves both fast batch runs and full-fidelity wall-clock validation, including real-time and scheduling trade-offs.
  • Confidence working across organizational boundaries, holding technical discussions with partners and suppliers, and explaining results and their limits to non-specialists.

Responsibilities

  • Build and maintain the simulation environments behind large constellation mission analysis.
  • Build hardware-in-the-loop rigs with real hardware, such as a flight computer or payload controller, and software-in-the-loop environments wired into automated test and release pipelines.
  • Model relevant physics, such as orbital and attitude dynamics, sensors, actuators, thermal behavior, and radio-frequency links, at the fidelity each question demands; validate models against test and flight data.
  • Turn simulation results into trade studies, requirements evidence, and design recommendations for programme decisions.
  • Work with partners and suppliers to integrate their models and hardware, agree on expected fidelity, and resolve discrepancies that arise when systems run together.
  • Contribute to mission and system design.

Desired Qualifications

  • Background in optimization, including design-space exploration, Monte Carlo and sensitivity analysis, trajectory or scheduling optimization, or surrogate models.
  • Space-domain exposure, including orbit propagation, six-degrees-of-freedom attitude dynamics, closed-loop AOCS simulation, or ground station, inter-satellite link, and payload models.
  • Experience with distributed simulation standards such as HLA, DIS, or FMI, or with GPU and high-performance simulation.
  • Experience in adjacent dynamic, safety-relevant domains such as automotive, robotics, or autonomous systems, or consortium programmes involving model exchange between suppliers.

About the Company

Helsing

AI software and autonomous defense systems

Helsing develops AI software and autonomous systems for democratic governments, covering air, land, sea, and sub-surface domains. Its software combines data from drones, radar, satellites, cameras and other sensors to create a real-time operational picture that helps commanders detect threats and move quickly, while keeping key decisions under human control. Its product lineup includes AI-enabled strike drones (HF-1 / HX-2) for contested environments and underwater surveillance systems (SG-1 Fathom) for critical infrastructure. Helsing collaborates with European armed forces and partners such as Saab, Airbus and Kongsberg, and has supported Ukraine since 2022. The company has raised large rounds of funding, with a focus on expanding AI platforms and autonomous systems for partner nations. Its goal is to provide robust, field-ready AI-powered platforms that enable faster, safer decision-making and action in defense while maintaining governance over critical choices.

Company size
501-1,000
Company stage
Series E
Total funding
$3.3B
Headquarters
Munich, Germany
Founded
2021

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