The robotics courses at Tufts University, taught by Prof. Markus Nemitz, empower students to explore the frontiers of robotic design and innovation. These courses delve into the design and fabrication of soft robotic systems, emphasizing advanced manufacturing techniques such as 3D printing and fluidic control mechanisms. Students engage in hands-on projects to develop robots capable of adapting to diverse environments, reflecting the innovative research conducted in the Nemitz Robotics Group.
- ME-193 Printable Robotics focuses on designing and fabricating adaptive, functional robots using advanced manufacturing techniques, including 3D printing and soft robotics. Students tackle real-world challenges through project-based learning, exploring how robotics can be accessible, sustainable, and impactful.
- ME-134 Robotics introduces students to the foundational principles of robotics, including kinematics, control systems, and programming, while encouraging experimentation with cutting-edge designs and applications.
Through these courses, students develop skills in designing, programming, and fabricating robots that can address complex challenges across diverse fields, such as healthcare, exploration, and environmental sustainability.
Featured Projects
Take a glimpse at student projects in Fall 2024
About Professor Nemitz
Professor Markus Nemitz specializes in robotics and engineering, focusing on soft robotics and innovative design. For more information on his research, visit his research website.
Contact
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