Battlefield Simulation Engineer – Rotorcraft Systems

AIRBUS HELICOPTERS SAS; Marseille; Sur place; EUR 90 000 - 120 000; Plein temps

Résumé du poste

Airbus Helicopters SAS in France seeks a Battlefield Simulation System Engineer to lead MBSE-based simulation development for next-generation rotorcraft programs. You will architect end-to-end simulation frameworks, integrate CGF tools, and coordinate across transnational teams to optimize CONOPS and high-level requirements.

Security clearances may apply. Key focus areas include digital mission architectures, physics modeling, terrain data integration, and AI/ML-assisted simulation design, with

Qualifications

• Comprehensive Systems Engineering experience.
• Operational & functional analysis.
• MBSE, modeling & simulation experience (CAMEO & CATIA) will be a plus.
• Experience with agile methodology (Scrum, SAFe) will be a plus.
• Ability to work in a team environment and coordinate with cross-functional teams.
• Familiarity with aeronautics, helicopter dynamics, and military operations.

Responsabilités

• Coordinate Battlefield simulation activities for ENGRT2, NGRC and R&T projects.
• Implement simulations using MBSE frameworks and CGF tools like VR-Forces.
• Develop and validate physics models, terrain data, and sensor simulations.
• Translate requirements into executable simulations and conduct testing/validation.
• Provide documentation and training for end-users and projects.

Connaissances

Systems Engineering

MBSE

Modeling & Simulation

CAMEO

CATIA

Python

C++

Lua

Agile methodologies

Geospatial data integration

VR-Forces

Outils

CAMEO

VR-Forces

CATIA

Description du poste

Airbus Helicopters SAS in France seeks a Battlefield Simulation System Engineer to lead MBSE-based simulation development for next-generation rotorcraft programs. You will architect end-to-end simulation frameworks, integrate CGF tools, and coordinate across transnational teams to optimize CONOPS and high-level requirements.

Security clearances may apply. Key focus areas include digital mission architectures, physics modeling, terrain data integration, and AI/ML-assisted simulation design, with