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optimization of the electrical, electrochemical, mechanical, and energy-conversion performance of materials and devices. Fabrication and validation of multi-cell devices under representative low-grade heat
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agreement Graduate research degree: Doctor of Philosophy (PhD) Location: Clayton campus Department: Materials Science and Engineering Funded PhD project for domestic and international applicants, subject to
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Materials science and technology are our passion. With our cutting-edge research, Empa's around 1,100 employees make essential contributions to the well-being of society for a future worth living
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biological routes for producing more sustainable materials. However, current approaches often use enzymes or microorganisms as passive additives rather than as programmable components. The E.CoLith project
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and will play a central role in the discovery of novel inorganic materials. The project is collaborative, with a major industrial partner, and aims to identify and develop new classes of materials
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programming in C++, VTK and QT Research experience in computational mechanics, composite materials, fracture mechanics, or structural engineering. Demonstrated ability to work in multidisciplinary environments
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electrochemical cells with targeted characteristics. Characterization of materials and relevant interfaces for their role in the reaction mechanisms. Preparation of scientific articles and conference communications
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: How do we watch material surfaces evolve? Change: Building a surface-sensitive diffractive microscope. Impact: Enabling high-resolution imaging of surfaces during operation. Job description We
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materials as electrolytes, and batteries built without bulky anode materials, commonly known as “anode-free” batteries. As part of a larger research project in collaboration with the National Taiwan
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through-process research methodology, integrating materials science, manufacturing processes, product and structural design, and lifecycle performance. A key outcome of FAST is the development of the FAST