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contribute to the development of leading experimental research in magnetic sensing and spin-electronics-based devices. Main responsibilities: • Develop an original and ambitious experimental research programme
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to develop a novel non-invasive and low-cost ultrasound-based monitoring approach to assess the state of health and remaining useful life (RUL) of power converters deployed across various industries
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introduces significant challenges, such as computationally- and energy-efficient precoding schemes and synchronization of radio access points (APs). On the other hand, the laboratory develops dedicated
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Electrolytes for High-Performance Lithium-Ion Batteries Contract duration (months) 4 Job description Internship Objectives: The main objective of this internship is to contribute to the development of innovative
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propagation is essential. Among several approaches to simulate the fracture of materials, the phase-field approaches have gain popularity in the last years. In recent developments the phase-field approaches
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metalloenzymes, extremozymes, and the reaction mechanisms involved in microbial metabolic pathways is fundamental to developing at maximum potential in the laboratory. You will need to demonstrate an open mind and
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Characterize them using biochemical, biophysical, and structural tools Develop reaction assays to confirm and quantify enzymatic activity Analyze the data obtained to elucidate reaction mechanisms Present and
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, and power electronics. The team develops a wide range of materials (III-nitrides, arsenides, selenides, tellurides, oxides) and benefits from advanced growth systems, extensive electrical and optical
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The successful candidate will be responsible for: 1. Develop the numerical and analytical tools required to design these tunable random architectures and predict the mechanical behavior
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safety-critical tasks, such as healthcare or automated vehicles, where trustworthy models are required. The existing literature for the OoD detection problem focuses on the development of confidence scores