Offer summary

Qualifications:

Bachelor's or Master's degree in Mechanical Engineering, Computational Engineering, or a related technical field., Solid understanding of Finite Element Methods (FEM) and structural dynamics., Experience with FEM simulation tools such as ANSYS, COMSOL, Abaqus, or Siemens NX., Knowledge of material behavior under dynamic loads and basic principles of vibration analysis..

Key responsibilities:

Simulate vibrations on a multi-part body using FEM to ensure compatibility with transportation conditions and operational use.

Optimize the design and manufacturing of the structure based on simulation results.

Collaborate closely with the industrial partner and team members throughout the project.

Interpret complex technical drawings and utilize CAD software as needed.

Since 1997 ETH juniors has been building a major bridge between university and industry.ETH juniors unites outsourcing, project management, as well as a platform for recruiting and event marketing. We build a bridge between theory and practice, between university and industry. ETH juniors is the junior enterprise of ETH Zurich and is ranked among the top three of 200 junior enterprises in Europe. Led by motivated students, ETH juniors conducts projects for companies, analyses various sets of problems and develops creative solutions. ETH juniors carries out tasks for national SMEs as well as international enterprises, which require additional employees within a short period of time or are in need of some particular knowledge. Thus, new ideas are generated and integrated from a new, unbiased point of view.As a link between university and industry, ETH juniors brings interested students closer to your company while at the same time promoting your enterprise at ETH – a win-win-situation.

Job description

This is a remote position.

An industrial partner is developing and producing a complex system for high-voltage applications. This system must be tested for vibrations to ensure compatibility with transportation conditions and operational use. Your task will be to simulate vibrations on the multi-part body using FEM. These simulations will help optimize the design and manufacturing of the structure, ensuring it is ready for real-world application. You will work in a team with close relations to the partner.