Student Projects & Job Openings
Student projects
Year around we offer a range of projects for ETH students, including Bachelor's theses, Master's theses, semester projects, and Studies in Mechatronics. Feel free to contact individual members of our team about particular opportunities or about specific topics of interest (not necessarily limited to the list given below).
Current project offerings for Bachelor's/Master's students at ETH include the following topics:
- Download Computational modeling of frictional metamaterials for energy absorption (PDF, 4.6 MB) (theoretical/numerical project)
- Download Inverse design of truss metamaterials for nonlinear stress-strain responses via supervised deep learning (PDF, 1.6 MB) (numerical project)
- Download Computational and physical modeling of 3d-printed interpenetrating truss metamaterials (PDF, 2.4 MB)
- Download Inverse design of truss metamaterials for dispersion relations via generative deep learning (PDF, 927 KB)
- Download Graph diffusion models for mechanical metamaterials (PDF, 2.2 MB)
- Download Reduced-order modeling of wave propagation in mechanical metamaterials (PDF, 1 MB)
- Download Nonlinear two-scale beam simulation accelerated by deep learning (PDF, 796 KB)
- Download Homogenization of mechanical properties of quasiperiodic architected materials (PDF, 1 MB)
- Download Optimal design and actuation of multistable origami structures (PDF, 8.9 MB)
- Download Disordered straw-based truss metamaterials inspired by amorphous solids (PDF, 6.3 MB)
- Download Data-driven atomistic mass diffusion in crystalline solids over long time scales (PDF, 1 MB)
- Download Experimental characterization of reconfigurable magnetic metamaterials (PDF, 6.6 MB)
- Download Experimental study of lightweight deployable structures under rotational actuation (PDF, 2.9 MB)
- Download Configuration-dependent wave propagation in straw-based truss metamaterials (PDF, 12.2 MB)
- Download Experimental study for deployable structures and soft robotics with straw-based metamaterials (PDF, 769 KB)
- Download Experimental study for 2D straw-based metamaterials with large number of unit cells (PDF, 1.4 MB)
- Download Experimental study of straw-based metamaterials for energy absorption (PDF, 1.4 MB)