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” fibre lasers that are currently used in manufacturing and towards “smart” fibre lasers that are automatically reconfigured and optimised in real-time. The aim is to revolutionise manufacturing by
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. The institute comprises four research divisions—Nuclear Engineering Science, Quantum Beam Material Science, Radiation Life Science, and the Industry-Academia Collaboration Laboratory for New Research Reactor
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guided by world-leading academics with strong industry expertise and experience. AiPT cultivates an environment where academics, post-doctoral researchers and students cooperate to overcome major
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of the position Numerical simulations of nonlinear photonic waveguides and devices Photonic design of hybrid integrated laser structures for manufacturing at NTNU or in collaboration with external foundries
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% ● Develop training curricula to teach lab users how to use lab equipment, accounting for their diverse needs ● Create programs to teach students about emerging trends in manufacturing and design ● Develop
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the MRL’s core facilities for electron microscopy in addition to other cores of shared instrumentation for scanning probe microscopy, laser and optical spectroscopy, surface, thermal and physical properties
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Are you excited about pioneering next-generation photonic integrated circuit technologies by bringing tabletop solid-state and fiber-laser capabilities to chip-scale platforms? Do you want
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setting with close collaboration with industry. The Doctoral student position located at Karlstad University is dedicated to additive manufacturing of advanced hybrid structures (e.g. combination of Laser
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and products, manufacturing of pilot batches, the performance of their final testing and commercialization of the scientific research results. Where to apply Website https://www.ftmc.lt/phd-admission
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, nanoscience, photonics and future electronic systems - for technical and societal development. Our cross-disciplinary approach gives interesting collaborations in academy, industry and society, and is a driving