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About

Quillan Kaseman is a leading figure in accessible robotics, whose work has fundamentally shaped how multi-robot systems are used for both education and real-world interaction. His primary research areas span low-cost robot design, multi-robot manipulation, and STEM pedagogy. Kaseman’s major contribution lies in proving that sophisticated, scalable robotic systems do not require prohibitive expense. His landmark 2012 paper, "Using Multi-Robot Systems for Engineering Education," which has garnered over 105 citations, introduced a powerful yet affordable personal robot that revolutionized problem-based learning curricula. This innovation made hands-on robotics education viable for large classrooms and outreach programs. Building on this foundation, his 2014 work on "A robot system design for low-cost multi-robot manipulation" (47 citations) tackled the critical challenge of enabling teams of robots to physically interact with their environment. By detailing robust hardware and sensing feedback for cost-effective platforms, Kaseman demonstrated that scalable manipulation is achievable without sacrificing performance. His achievements have not only advanced the field of multi-robot systems but have also democratized access to cutting-edge technology, inspiring a new generation of engineers and researchers.