FenX is a spin-off from ETH Zurich. We tackle the world’s energy and greenhouse gas challenge by bringing technology and innovation to the building insulation market. Our first impact product is a high-performance building insulation panel incorporating mineral waste materials. It is cost effective, non-flammable, fully recyclable and has a low CO2 footprint.At FenX, every day offers a new opportunity to shape the future. We are looking for a talented and passionate Chemical / Materials Engineer who wants to join the adventure of a dynamic start-up with a mission to empower circular construction.Tasks
You are responsible for designing new and improving existing mineral foams.
You drive and develop methodologies for the characterization of mineral foams.
You support the technological transfer from R&D to the prototyping line.
You actively participate in long-term product/technology planning.
You track, monitor and report progress and deliverables on running projects.
Requirements
You have completed a MSc in Chemical Engineering or similar.
You have gained first work experience, preferably in the development and testing of construction materials or additives for construction materials.
You apply specialized technical expertise to design, analyze and interpret technical experiments.
You are team orientated, communicate effectively, work cooperatively, and make a positive contribution to the team environment.
You are flexible and can adapt quickly to changing requirements to operate successfully in a dynamic working environment.
We value initiative, you are proactive and can take on tasks independently.
Benefits
Impact: shape society’s future in a creative working environment
Personal growth: experience direct work impact and grow with the daily challenges of a start-up.
Team spirit: become part of a young, impact-driven, diverse, and motivated Team which enjoys the best coffee in Turgi and doesn’t shy away from a ping-pong challenge.
Ready for the next step?Your path to innovation: Become part of FenX!FenX AGFenX transforms mineral waste into high-performance insulation materials for the building industry
