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for designing and performing experiments using a range of advanced physiological and biophysical techniques. These include ex vivo pressurized tissue preparations, high-speed, high-resolution light microscopy
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, graphene, additive manufacturing of electronics, 3d printer ink design, waveguide and fiber devices, PCB fabrication, SMT pick and place, and electronics chip design at microwave and THz frequencies
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simulations to design and assess scenarios for risk mitigation. For Active-Frie problem domain, we seek candidates with strong background in analytical and computational methods related to physics-based
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, known as “University Village,” to provide affordable housing for graduate students and early career faculty. Collaborating with world-renowned organizations, the University fosters innovation through