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Industrial Mechanic (m/f/d) 20-100%

Stuttgart
Full or part-time
Permanent employee
45,000 - 55,000 € per year

Your mission

  • Manufacturing of components for our innovative plasma recycling plants, from first idea to finished prototype
  • Close collaboration with our development team as part of a small crew
  • Machining work on conventional lathes and milling machines
  • Production of components on CNC machines

Your profile

  • Completed vocational training in a metalworking trade or an equivalent qualification
  • TIG welding experience is a plus
  • Experience operating lathes and milling machines
  • Willingness to learn new things
  • CNC knowledge is a plus
  • Strong hands-on mentality and a drive to take responsibility in an environment with many open questions
  • Very good German skills (min. B2), good English skills are a plus

Why us?

  • Flexible workload: The scope is freely negotiable, from a few hours of TIG welding to a larger part-time or full-time position that can grow with you
  • Annual budget for professional development
  • A committed startup team in which everyone sees themselves as part of the company
  • Virtual company shares
  • Flexible working hours and great freedom to shape your tasks
  • Health or mobility allowance
  • A startup with a positive impact on society and the environment and, at the same time, high commercial potential
  • Permanent employment contract

About us

Cyclize, a spin-off of the University of Stuttgart, defossilizes the chemical industry using mixed plastic waste and CO2 as feedstock to produce syngas (a gas mixture of carbon monoxide and hydrogen). This syngas serves as the basic building block of advanced chemicals and is used to produce plastics, methanol, hydrogen and e-fuels. As of now, syngas is still obtained through the linear use of fossil resources such as natural gas. Our innovative plasma-based process allows us to replace fossil resources with waste materials, thus enabling the carbon circular economy and avoiding hundreds of megatons of CO2 annually by 2050.