Masterand, Engineering (m/f/d)

65

Fem simulation tools experience
Mechanical drift analysis
Dynamic stability simulations
This Master Thesis opportunity focuses on developing finite element models to analyze mechanical drift in laser scanner assemblies

Job Summary

  • This Master Thesis opportunity focuses on developing finite element models to analyze mechanical drift in laser scanner assemblies.
  • Candidates will conduct dynamic simulations to evaluate system behavior under high-speed motion and optimize design for stability.
  • The role offers close mentorship from engineering teams within a global innovation ecosystem focused on precision photonics.

Matching Summary

This Master Thesis opportunity focuses on developing finite element models to analyze mechanical drift in laser scanner assemblies.

Skills & Requirements

Must-have

  • FEM simulation tools experience
  • Mechanical drift analysis
  • Dynamic stability simulations
  • High-speed motion effects
  • Structural optimization knowledge

Nice-to-have

  • Cross-functional R&D collaboration
  • English communication skills B2+
  • Innovation roadmap contribution
  • Holistic system-level insights

Key Requirements

  • Enrollment in Master's program
  • Degree in Mechanical Engineering or related field
  • Strong foundation in FEM tools like ANSYS or Abaqus

Work Rights

Not specified

Tailored Resume

Cover Letter