Component Developer/Engineer - FEM/ CAD(m/f/d)
Götzens, Tyrol, Austria
Full-time (40 hours)
December 1, 2025
Your tasks
FEM simulation for the design and optimization of bionic fiber structures – derivation of load-path-oriented fiber trajectories and evaluation of material and structural variants
Development and design of components with bionic fiber architecture
Further development of optimization algorithms for the design of bionic fiber structures using Python
Support in the development of the world's fastest production cell for bionic composites
Your profile
You are a creative and independent thinker and develop new ideas and concepts together with the team, which you then drive forward independently.
You feel comfortable in a dynamic start-up environment and can react flexibly to new situations.
You have completed a technical education (HTL, Bachelor or Master) in the field of mechanical engineering, mechatronics, physics, mathematics or similar – or are currently undertaking such an education.
You have experience with FEM programs (we work with Altair).
You have experience with CAD programs (we work with Autodesk Inventor).
We offer
Work in an innovative, rapidly growing company transitioning from start-up to industrial series production
Opportunity to actively shape the future of composite production
Development of job tasks and further training according to personal interests (PLC programming, process optimization, sales, …)
Flexible working hours and home office
Flat hierarchies, short decision-making processes and a motivated team
Remuneration according to the collective agreement (VG II / 1.VGJ) for the plastics processing industry. Overpayment possible depending on qualifications and professional experience.
About fibionic
Lightweight products inspired by nature
Following nature's example, fibionic in Götzens, Tyrol (Austria) uses reinforcement material precisely where it is needed. fibionic is a service and production company specializing in the optimized design and production of continuous fiber-reinforced composites (carbon, glass, or natural fibers) for mechanically stressed structures.
Shape the future of lightweight construction with us.
We look forward to receiving your application.
Please send us your CV and a cover letter.
