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tailored to high-resolution high-throughput imaging assemble, align, optimize and validate the microscope using reference samples expand existing software with data analyses tailored to the new microscope
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with or experience in any of the following topics is valuable: optics (lab work, design), mechanics (e.g. CAD software), software (e.g. Python scripting), astronomical/spectroscopic data reduction and
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computing needs, and enabling rapid responses to potential issues in remote locations. The aim is to develop robust and scalable software solutions suitable for practical industrial deployment on a large
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to UGent software, shared documents and printers. Travelling costs from home to work will not be refunded for exchange PhD-students. Whether you are entitled to be reimbursed for work related travel depends
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(e.g., using Matlab) and in real-life using Software Defined Radios (SDRs). You will write detailed technical evaluation reports on the developed solutions, implementation, and experiments, leading
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guidance Exciting infrastructures and unique labs, research tools and software The right place for Impact. SnT researchers engage in demand-driven projects. Through our Partnership Programme, we work
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here for the duration of the appointment. Additional assets: Experience with LCA software (e.g., openLCA, SimaPro, Brightway) and environmental databases (e.g., ecoinvent). Familiarity with (marine
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or electrical engineering. You are motivated, creative and have a passion for academic research. You have an affinity with both experimental research and simulation software. You have a strong technical knowledge
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in the top 10% of their cohort. Proficiency in software engineering and knowledge of python are a plus. You should be a native speaker of English or Dutch, or provide proof of English proficiency