Working Student Design, Fabrication & Visualisation (40)
Uster - Switzerland
Job Summary
VAULTED AG is a Swiss deep-tech scale-up born out of research at ETH Zurich and the EMPA innovation ecosystem. We combine engineering computational design digital fabrication and advanced manufacturing to deliver lightweight low-carbon structural floor systems.
We are entering an exciting growth phase and are looking for a motivated student to support our Design & Engineering Team. This ongoing flexible 40% role is ideal for someone who wants hands-on experience alongside their studies.
- Produce technical drawings and diagrams for ongoing projects
- Create high-quality renderings to communicate design ideas internally and to clients
- Work primarily with Rhino and Grasshopper
- Support physical prototyping and fabrication when needed including preparing files for 3D printing running prints and basic post-processing
- Collaborate closely with the Design & Engineering Team on innovative building-system projects
- Currently enrolled in architecture design engineering or a related degree programme
- Strong working knowledge of Rhino and Grasshopper
- Experience with rendering software such as V-Ray Enscape KeyShot or similar is a plus
- Interest in or basic experience with 3D printing and physical prototyping is a plus
- Precise detail-oriented and able to work independently after briefing
- Strong communication skills
- Fluent in English; German is a plus
- Work on a pioneering structural floor system that can substantially reduce structural mass steel use and embodied carbon
- Join an international interdisciplinary and collaborative team
- Gain practical experience in computational design digital fabrication and advanced manufacturing
- Flexible scheduling around your studies
- Ongoing position approximately two days per week
- On-site collaboration with the team in the Zurich/Dübendorf area
Were looking forward to your application!
About Company
VAULTED designs low-carbon structural floor systems designed for material efficiency, circularity, and digital construction.