Automated Testing Module Lead

Harmattan AI; Paris; Hybride; EUR 120 000 - 160 000; Plein temps

Résumé du poste

Harmattan AI is seeking an Automated Testing Module Lead to own the scenario library, execution strategy, and interface bricks for our autonomy stack. You will lead a four-engineer team across Paris and Lausanne, building a robust validation engine that speeds up flight software verification.

This senior role requires hands-on Python/C++, Linux, Docker, and CI experience. You will drive SITL/HITL test strategies, establish gating, and perform sim-to-real correlation with real flight data to

Qualifications

• 8+ years in automated testing, simulation-based validation, or test engineering for complex hardware-in-the-loop systems.
• Hands-on design of scenario-based test suites on a simulation platform and defining coverage.
• Strong proficiency in Python, C++, Linux, Docker, and CI environments.
• Experience leading distributed engineering teams across sites.

Responsabilités

• Lead team of engineers and set the module's strategy and roadmap.
• Design and evolve a versioned scenario library for nominal/edge/off-nominal conditions.
• Define tests across SITL, HITL, and CI with gating policies and telemetry.
• Own interfaces with tooling and validation teams and ensure acceptance criteria.
• Correlate simulation models with real flight data to close the sim-to-real gap.

Connaissances

Python

C++

Linux

Docker

CI

Scenario design

SITL/HITL

Simulation tools

Leadership

Ownership

Validation mindset

Cross‑Functional diplomacy

Outils

Simulation Platform

Description du poste

About Us

Harmattan AI is a next-generation defense prime building autonomous and scalable defense systems. Following the close of a $200M Series B, valuing the company at $1.4 billion, we are expanding our teams and capabilities to deliver mission-critical systems to allied forces.

Our work is guided by clear values: building technologies with real-world impact, pursuing excellence in everything we do, setting ambitious goals, and taking on the hardest technical challenges. We operate in a demanding environment where rigor, ownership, and execution are expected.

About the Role

As Automated Testing Module Lead, you take ownership of how Harmattan validates its autonomy and flight-software stack. Today, our software is validated mostly against real hardware, a process that consumes airframes, range time, and crew while sampling only a handful of nominal trajectories. The cases we actually build for, such as degraded GNSS, sensor dropout, electronic warfare, and multi-agent situations, are rarely reached economically that way. Your mission is to establish the scenario library, execution strategy, and interface bricks to turn our existing simulation platform into a fast, reliable, and continuous validation engine.

This is a senior, hands-on technical leadership role. You inherit an active team of four engineers across Paris and Lausanne, with a target of around eight by mid-2027. Beyond leading the team, you become the technical authority on our scenario-based testing: defining what runs across SITL, HITL, and CI, holding critical technical boundaries with adjacent teams, and bridging the gap between simulation fidelity and real flight data.

What You Will Do

• 
  

  Team Leadership & Strategy: Take over, structure, and give a clear mandate to our existing team of four engineers, while building the case and the roadmap to scale the module to around eight by mid-2027.
  Scenario & Simulation Engineering: Drive the design of a versioned scenario library covering nominal, edge, off-nominal, and contested flight conditions, expanding into Monte Carlo and multi-agent testing, and bring a team with no prior simulation experience up that curve.

  
  


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  Execution Strategy & Gating: Establish what tests run across SITL, HITL, and CI, defining gating policies, telemetry capture, deterministic replay, and coverage analytics.

  
  


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  Interface & Boundary Ownership: Negotiate, then maintain, strong, written technical boundaries with Tooling (who provide the simulation platform) and co-ownership splits with Validation (who define acceptance criteria and own final sign-off).

  
  


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  Sim-to-Real Correlation: Correlate simulation models against real flight data to continuously measure and close the sim-to-real gap, ensuring green test gates reflect real-world flight readiness.

  
  

What We Are Looking For

• 
  

  Experience: 8+ years in automated testing, simulation-based validation, or test engineering for complex physical / hardware-in-the-loop systems (e.g., Autonomous Driving, Aerospace, Defense, Robotics).
  Scenario & Simulation Depth: Hands‑on experience designing scenario‑based test suites on a simulation platform and defining coverage that genuinely catches defects. This is the capability our current team lacks, and therefore the most valuable thing you can bring.

  
  


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  Technical Depth: Hands‑on proficiency in Python, C++, Linux, Docker, and CI environments, with deep domain expertise in scenario design, SITL/HITL execution, and simulation tools.

  
  


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  Leadership & Ownership: Proven ability to step into an existing engineering team, establish immediate clarity, and manage distributed engineers (Paris and Lausanne) effectively**, including engineers more senior than you in years of experience**.

  
  


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  Validation Mindset: A rigorous, analytical approach to noisy physical metrics, false positives, and flaky test environments, instinctively questioning what a passing test proves.

  
  


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  Cross‑Functional Diplomacy: Track record of defining and holding clear interfaces with platform providers and internal customer teams.
  Bonus: Background in defense/aerospace flight software, control systems, or experience closing sim‑to‑real fidelity gaps.

  
  


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  Location & Travel: Based in Paris or Lausanne, with travel between sites. Working-
  level English.

  
  

What We Offer

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  Immediate Impact: Take over an established mandate with an existing team and pre‑built simulation platform, delivering test capability in weeks rather than building from scratch.

  
  


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  High System Scope: Own the entire scenario library and execution strategy across our autonomy stack.
  Direct Mission Impact: Build test pipelines that directly accelerate the deployment of resilient autonomous systems in real‑world defense environments.
  Cross‑Functional Ownership: Work closely with Tooling, Validation, GNC, Perception, and Embedded SW teams to shape the future of flight‑software reliability.

  
  

We look forward to hearing how you can help shape the future of autonomous defense systems at Harmattan AI.