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be Develop, adapt, and validate experimental and computational methods for assessing heat stress and evaluating mitigation strategies Plan and perform experiments using thermal manikins, environmental
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Nanoscale Interfaces Laboratory develops and applies advanced optical and time-resolved spectroscopic methods to understand how structure, defects and the local environment govern material behaviour
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synthesis and characterization Molecular switches (e.g., photochromic, halochromic, or thermochromic systems) Standard analytical methods (NMR, UV-Vis, FTIR, and related techniques) Thermomechanical
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(leaching), and transition-metal migration. Muon-based methods will be used to probe depth-resolved properties that are difficult to access with conventional techniques, enabling new insights into buried
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handling, cell culture, transfection, microscopy, or flow cytometry, is advantageous. Experience with advanced characterization techniques, such as scattering, spectroscopy, or related methods, is also
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, with a solid background in mechanics of materials and simulations. Experience with material characterization using electron microscopy, nanoindentation, or other methods, and light-based 3D printing