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: • Design & Simulation: Model sub-wavelength polarization-selective metasurfaces using electromagnetic simulation tools (FDTD/FEM) to establish optoelectronic eigenvectors. • Nanofabrication
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antifouling applications on marine hull structures. Biofouling background is advantageous. Conduct advanced numerical simulations using ANSYS or equivalent FEM tools to model surface acoustic wave propagation
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advantageous. Conduct advanced numerical simulations using ANSYS or equivalent FEM tools to model surface acoustic wave propagation and optimize transducer performance. Design and execute experimental
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simulations using ANSYS or equivalent FEM tools to model surface acoustic wave propagation and optimize transducer performance. Design and execute experimental protocols, including laboratory and field
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simulations using ANSYS or equivalent FEM tools to model surface acoustic wave propagation and optimize transducer performance. Design and execute experimental protocols, including laboratory and field
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development Have some experience in the use of advanced FEM analysis. This could include experience in ABAQUS, LS-Dyna, Radioss or equivalent software. Able to support other related laboratory tasks as
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, liquid/gas phase sensing, photonic modelling (FDTD, FEM, RCWA, etc. using Ansys Lumerical, COMSOL, FlexCompute etc.), micro- and nanophotonics, cleanroom fabrication (electron-beam lithography, 2PP
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transitions and fusion zones. Utilize Finite Element Method (FEM) software (e.g., COMSOL) to perform thermal analysis, modeling heat distribution and dissipation in high-power operational conditions. Define
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, mid-infrared spectroscopy, liquid/gas phase sensing, photonic modelling (FDTD, FEM, RCWA, etc. using Ansys Lumerical, COMSOL, FlexCompute etc.), micro- and nanophotonics, cleanroom fabrication
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Synopsys Simpleware, ZMT iSeg, or comparable software for image segmentation, anatomical-model generation, and preparation of simulation-ready models. Experience with FEM/FDTD spatial discretization