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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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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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presentations at national and international conferences Contribute to the supervision of Master's students and selected teaching activities within the BMDS lab Profile Qualifications: Master's degree in
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of interest Establish reproducible Snakemake/Nextflow pipelines to support the labs long-term research interests Proactively manage the labs genomic data resources Supervise and mentor PhD and Masters students
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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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, 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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of key novel optical components. The primary objective of the PhD is to actively participate in the instrument construction phase, leading the design and manufacturing of key subsystems, and contributing