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technology, offers the opportunity to write a master's thesis on the topic: In-situ analysis of UKP laser structuring in sapphire. Modern laser processes such as Selective Laser-induced Etching ( (SLE) are
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contributions to mastering the global challenges of mankind in the fields of energy, mobility, and information. For this, about 10,000 employees of KIT cooperate in a broad range of disciplines in research
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to manipulate these materials to build systems with designer Hamiltonians – and enable new quantum technologies. Our main experimental tools include nanofabrication, electrical transport measurements, static and
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. The production of these particles is very energy intensive, and they end up in landfills after being used only once. A promising method is to recycle the abrasive particles via ultrafiltration. The master thesis
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contribute Degree (diploma/master) in physics, chemistry, electrical engineering or equivalent disciplines Knowledge in realization of fiber preforms (MCVD technology, solution doping, glass working) and
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Technology TOS, the Fraunhofer Institute for Laser Technology ILT, as a leading center for contract research and development in laser technology, offers theses (bachelor's and master's) for students
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cooperations efficient and productive. As Research Associate you will also support our teaching activities in several Bachelor and Master programs offered by the School of Engineering and Design and the School
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contribute your ideas to exciting projects. What you bring to the table Completed degree (diploma or master's) in electrical engineering, microsystems engineering, or communications engineering, ideally with a
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Shack-Hartmann wavefront sensing can be used to reconstruct the wavefront. Investigation of the applications, limits, and ideas for improvements of this new technology are the main focus of this 6-month
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to understanding and managing inverter-dominated power grids. Its main areas of focus include investigating the stability and control mechanisms and requirements that are essential for these grids, performing