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Job Description To apply principles of soft robotics in designing a wearable pneumatic sensing system for detecting myographic and kinematic information during dynamic tasks. Qualifications
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robotics. A successful candidate should have a solid mathematical background (such as in calculus, linear algebra, ODE/PDE, optimization, real analysis, probability theory, stochastic process, etc). Strong
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Job Description This position involves working on a project related to legged robot and their application for port operations. The objective of this position includes contributing to the model
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Job Description The department is looking for an established and renowned scholar or practitioner in the field of Bioinspired Robots, Deep-Learning for Sensing and Control, Autonomy in Natural
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Job Description This project will focus on multi-agent exploration and navigation in unknown areas, where multiple autonomous robots (agents) are tasked with spreading over a given region to be
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Job Description • Assistance to the coordination of the research activities in the Robots for Humans thrust. • Assistance
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Qualifications / Discipline: Graduating PhD or recent PhD holder specializing in optimization. Skills: Advanced knowledge on nonsmooth analysis, Riemannian optimization, nonconvex optimization theory and
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of thermoplastic composites. Work closely with other work packages (WP) within the program. Qualifications PhD from reputable university in applied mechanics. Expertise in fiber-reinforced composites. Proficient in
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CST microwave Studio, composite material fabrication, microstructural characterization, and microwave measurements. The candidate should have a PhD degree on relevant areas, e.g., mechanical engineering
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CST microwave Studio, composite material fabrication, microstructural characterization, and microwave measurements. The candidate should have a PhD degree on relevant areas, e.g., mechanical engineering