Support the realization of composite structures especially manufacturing (automated fibre placement)
Process development for automated fibre placement and ultrasonic cutting for a specific part design, incl. preparation, execution, documentation and result analysis of practical tests
Design to cost optimization
Assembly of composite structure:
Assembly concept evaluation
Structural Analysis and Simulation of critical features during assembly process
Derivation and Formulation of design rules and methodologies based on practical tests and simulation results
Presentation of results
Regular professional exchange with colleagues in workshops and tech sessions
Insight and adaptation of currently used technologies for fibre composite development in aerospace.
Requisiti principali
Enrolled full-time student (d/f/m) in the area of mechanical/ lightweight/ composites/ aerospace engineering; possibly software engineering or an equivalent field of study.
First practical experience in the field of composite manufacturing
First experiences in structural analysis (e.g. Altair Hypermesh)
Ability to work independently and on your own responsibility
Ability to work hands-on with composite materials
High intrinsic motivation, teamwork and communication skills
Entrepreneurial thinking and acting
Willingness to pass on own competences in a team and to exchange skills with each other
