Student Projects

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Please check also the groups' websites for student projects that are not listed here yet.

Complex Materials

Anisotropic microcapsules for the fabrication of hierarchically-reinforced composites

Hierarchically composites are materials where microstructural parameters are controlled and fine-tuned on several length scales. Although hierarchically-structured materials are widespread in nature, translating these concepts to synthetic composites still remains challenging. Read more 

Polymer Physics

Postdoc position at Polymer Physics @ ETH Zurich

We look for a postdoc who strengthens us in our efforts to develop thermodynamically founded simulation methods with applications to relevant problems. Participation in the education of students of materials science is expected. Read more 

Polymer Physics

Master theses in Polymer Physics @ ETH Zurich

We offer various master theses projects in the fields of Computational Polymer Physics and Nonequilibrium Thermodynamics. The Polymer Physics group is part of the Department of Materials Science. Read more 

Nanometallurgy

Surfaced Enhanced Raman Scattering in Network Metamaterials

The exploitation of metamaterials caused a leap in controlling light at the nanoscale. Here, we will focus on a different class of optical materials, dubbed network metamaterials.The key design principle is a sub-wavelength network with functional connectivity in analogy to other robust networks. Read more 

Multifunctional Materials

Master's project and thesis work opportunity on electrochemical energy storgae (battery) research

Area: Interdisciplinary research at the intersection of chemistry, materials science and electrochemistry with focus on materials development and their electrochemical evaluation for the advancement of safe, inexpensive, and high energy density aqueous and nonaqueous rechargeable batteries. Read more 

Multifunctional Materials

Bottom-up assembly of microporous copper foam monoliths with tunable pore anisotropy

This project comprises the fabrication and characterization of lightweight and shock-absorbing copper foam monoliths through magnetically-assisted assembly of coated anisotropic particles. Read more 

 
 
Page URL: https://www.mat.ethz.ch/studies/student-projects.html
25.07.2017
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