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optimization is necessary for lower optical losses, increased component performance, and improved interfacing with optical fibers. The advertised position will work on two main projects: (1) TFLN circuit
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Management Team to ensure that communication and reporting actively contribute to the program's long-term direction, visibility, and impact. Your main responsibilities are to: Lead strategic communication
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consortium Profile Master`s degree in microsystems engineering, biomedical engineering or interdisciplinary study programmes. Candidates with background in biology, bioengineering, biotechnology
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application including the following documents (concatenated into one PDF): CV Bachelor and Master transcripts Motivation letter (motivation & fit to the project and the host lab) Letters of recommendation
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to partition net ecosystem CO2 fluxes and evapotranspiration into their individual components—gross primary production (GPP) and ecosystem respiration as well as transpiration and evaporation—and to identify
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, the main objectives are: To classify the topology of damage on blades, by studying the extensive relevant literature. Indeed, often-observed damage mechanisms of blades include the root and the transition
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-representation and reporting of BPL results in consortium meetings Co-coordination of tasks with all consortium partners Profile Master in molecular biology, microbiology or industrial biotechnology Good
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or Master's level) Interest in geophysics, civil engineering, or data-driven infrastructure monitoring Practical, hands-on attitude for field and laboratory work Programming experience (Python preferred
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, knowledge distillation, and novel architectures beyond CNNs Real-time embedded signal processing for perception and decision-making While the main focus is on autonomous drones, robotics, and space
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graduate-level class of “CMOS Electronics for Biological and Molecular Sensing” as well as mentoring PhD, master, and bachelor students. Living cells such as neurons can be viewed as biological systems with