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application. The project aims to change this by realizing pulsed DNP on a chip. What you would be doing PhD 1: • explore architectures and design the pulsed-DNP chip • oversee chip manufacturing and
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resilience; identify microbial taxa and interactions associated with contrasting disease outcomes; isolate and experimentally validate selected candidate microbes; design follow-up experiments to understand
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flexibility as well as a strong motivation to address this challenge using multiple lines of evidence. Tasks and responsibilities: Co-designing and conducting field sampling and measurements, lab experiments
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finite element analysis; MATLAB or Python programming; An interest in electrified propulsion and industrially relevant research. Experience in electromagnetic design, thermal analysis, optimisation
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integrated circuits (EICs), and advanced packaging technologies. The co-design and optimization of these building blocks are essential for achieving breakthroughs in data rate, power efficiency, scalability
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), providing an international and interdisciplinary training environment connecting materials science, biology, medical devices and regulatory science. Your tasks Design and synthesize nanozymes: Develop
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lifetime under realistic operating conditions. The research will support improved insulation design and qualification for reliable next-generation electric motors, contributing to safer, higher-performance
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Company Description By working at Harvard University, you join a vibrant community that advances Harvard's world-changing mission in meaningful ways, inspires innovation and collaboration, and
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of vision systems and AI techniques for perception, decision-making, and control, enabling robots to operate reliably in complex agricultural environments. The research will involve design, experimentation
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with natural systems. This interdisciplinary project will combine laboratory experiments, numerical modelling, and advanced artificial intelligence (AI) techniques to improve predictions of the coastal