Join our Generative 3D MODSIM R&D Team as a Software Developer and help shape the next generation of Generative Design technology within Dassault Systèmes. You will bridge cutting-edge AI techniques with Finite Element Simulation and Multiphysics Optimization, driving innovation that redefines how engineers design the products of tomorrow.

As part of our CATIA Function Driven Generative Design and SIMULIA Structural Generative Engineer portfolios, you will be at the forefront of combining advanced, latest AI-technologies such as Surrogate Models with Numerical Optimization techniques to accelerate the design process and to extend the scope for Performance Driven Optimization / Design. 
Your work will directly impact customers, ensuring Dassault Systèmes remains a technological leader in performance-driven engineering and generative design.

Key responsibilities include:

• Researching, designing, and implementing AI-driven methods and methods for Structural Optimization and Simulation for the next generation of technology.
• Translating user and product management requirements into functional specifications and development plans
• Coding and testing advanced algorithms in C++, Python, or similar languages
• Collaborating with cross-functional teams to define, design, and deliver new software capabilities
• Staying ahead of emerging trends in AI applications in engineering and Finite Element Analysis, Multiphysics and Structural optimization
• Maintain and extend world-leading solutions based on market and customer requirements
• Contributing to knowledge sharing and continuous improvement within a globally distributed team

• Demonstrated experience with Generative AI (GenAI) technologies, including working with surrogate models and related technologies.
• Master’s degree or PhD in Mathematics, Mechanical/civil engineering with strong experience in research work (or equivalent degree and experience).
• Experience with goal-oriented execution of research projects.
• Programming experience with C++ or other programming languages (Python or Java).
• Knowledge of state-of-the-art finite elements or optimization within structural or electromagnetic, or related areas.
• Prepared to work with an internationally distributed team.
• Fluent in written and spoken English.