Job description
The tasks of the student will be:
1. Design mechanical structures that use nonlinear elasticity to perform computations using ambient energy
2. Develop efficient simulation algorithms capable of tackling complex devices consisting of thousands of parts
3. Conducting table-top experiments to validate the concepts
The envisioned starting date is October/November .
Your profile
We are looking for two students with experience (or strong interest to learn) in the topics of:
4. Finite Element Method (FEM) simulation, specifically nonlinear FEM
5. Model reduction and substructuring component mode synthesis methods
6. Nonlinear and stochastic dynamics
7. Microelectromechanical systems (MEMS)
8. Digital logic and physical computing
Furthermore, we expect excellent command of English, both written and oral. An open, creative and independent attitude is an important asset for both positions.