Internship / Master Thesis: Automated Design Workflow for Spacecraft Valve Actuators at deltaVision

The role

Join the fluid control development team to build internal design software and simulation architecture for electromagnetic actuators. You will evaluate and implement FEniCSx to optimize mechanical and electromagnetic performance within a specialized engineering workflow.

What you'll do

• Develop a coupled structural and electromagnetic FEM design workflow.
• Implement 2D axisymmetric solvers for coupled optimization tasks.
• Create 3D solvers to validate final design performance.
• Validate solvers against standard benchmarks and internal tools.
• Perform optional experimental validation of structural results.
• Build and maintain the code base using FEniCSx.

What you'll bring

• Enrolled in engineering or computational science programs.
• Demonstrated experience in software development projects.
• Motivated and self-organized working style.
• Fluent proficiency in English.
• Background in Computational Mechanics or similar fields.

Your impact

By developing a unified FEM workflow, you will enhance the company's ability to optimize electromagnetic actuators for pressure and performance. Your work will provide a validated simulation framework that streamlines future design processes and improves product reliability.