Thermal & Multi-Physics Experimental Physicist (Hybrid)

Try&Hire; Baden; Híbrido; CHF 110.000 - 140.000; Jornada completa

Ventajas ofrecidas por este puesto de trabajo

Hybrid work model

Descripción de la vacante

Try&Hire Energy technology R&D in Baden, Switzerland seeks a PhD-educated researcher to tackle applied problems in electrical power-device physics, with emphasis on thermal management and multi-physics phenomena. The role involves leading projects, planning experiments, and publishing results.

You will collaborate across teams and with universities, applying COMSOL and CFD tools, and you’ll contribute to IP generation while communicating findings in English.

Formación

• PhD in Physics or Mechanical Engineering.
• Strong background in heat and mass transfer and applied thermodynamics.
• Experience with multi-physics simulations (COMSOL/CFD) is preferred.
• Hands-on laboratory experience and project management skills.
• Strong English communication and presentation abilities.

Responsabilidades

• Conduct applied research in electrical power-device physics, focusing on thermodynamics and thermal management.
• Contribute to multi-physics domains such as electromagnetics and fluid dynamics.
• Lead research projects supporting energy transformation through power technologies.
• Plan, set up and execute scientific experiments.
• Generate intellectual property and write scientific publications.
• Collaborate with scientists and engineers within the team, universities and other divisions.

Conocimientos

Multi-physics simulations

Heat and mass transfer

Electrical power-device physics

Project management

English communication

Educación

PhD in Physics or Mechanical Engineering

Herramientas

COMSOL

CFD

Descripción del empleo

Try&Hire Energy technology R&D in Baden, Switzerland seeks a PhD-educated researcher to tackle applied problems in electrical power-device physics, with emphasis on thermal management and multi-physics phenomena. The role involves leading projects, planning experiments, and publishing results.

You will collaborate across teams and with universities, applying COMSOL and CFD tools, and you’ll contribute to IP generation while communicating findings in English.