Job Description
The tasks of the student will involve designing mechanical structures that utilize nonlinear elasticity to harness ambient energy for computational purposes.
1. Develop efficient simulation algorithms capable of tackling complex devices consisting of thousands of parts.
2. Design and conduct table-top experiments to validate novel concepts in nonlinear mechanics.
We are seeking highly motivated students with experience or a strong interest in learning about:
1. Finite Element Method (FEM) simulation, specifically nonlinear FEM techniques.
2. Model reduction and substructuring component mode synthesis methods.
3. Nonlinear and stochastic dynamics, including microelectromechanical systems (MEMS).
4. Digital logic and physical computing.
A successful candidate will possess excellent English language skills, both written and oral, as well as an open, creative, and independent attitude.