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Field
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include: Testing fabricated optical devices using standard optical characterization equipment. Analyzing experimental data and iterating on experiments based on the results. Maintaining a single piece of
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master's degree in the field of electrical engineering, communications engineering or related fields Very good knowledge of optical communications Experience in: characterization and modeling of optical
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. The PhD candidate's work will focus on the ultrafast dynamics of magnetic materials at the nano- and picosecond time scales using a state-of-the-art optical pump-probe system, combined with electrical
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of microstructural characterization techniques, including optical microscopy, scanning electron microscopy (SEM), X-ray diffraction (XRD), thermal analysis, and mechanical testing, is preferred, Experience in surface
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techniques, as well as specialized instrumentation available at national user facilities. These measurements include electrical, magnetic, optical, and thermal property characterization, together
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, simulation, fabrication, and terahertz characterizations of the resonators. Set up terahertz and optical free-space experiments for the terahertz cavity and antiferromagnetic oxides, including thin films and
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Device Fabrication & Characterization Fabricate and characterize high-quality quantum material devices with precise control over structure and electronic properties Conduct low-temperature
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responsible for developing advanced modeling and simulation (M&S) tools and the establishment of comprehensive diagnostic and characterization tools. This position requires a strong background in optical
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to predetermined intervals. Ultimately, this approach aims to contribute to lighter, safer, and more sustainable aircraft structures. The PhD positions Experimental characterization and digital twin development A
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capabilities required to build and fully characterize all aspects of optical performance – from image quality to HEL coating damage testing. This role will lead and conduct basic and applied research