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About

Adam Heins is a robotics researcher whose work spans mobile manipulation, nonprehensile object handling, and robust control, with a growing body of contributions that bridges theoretical rigor and practical implementation. He is perhaps best known for his work on the "waiter's problem"—the challenge of balancing objects on a robot's end effector without grasping them—most prominently addressed in his 2023 paper "Keep It Upright," which applies model predictive control to achieve obstacle-aware nonprehensile transportation on a mobile manipulator and has already garnered 34 citations. His 2021 work on differential inverse kinematics for whole-body mobile manipulation control (15 citations) demonstrates his broader interest in enabling robots to operate effectively in unstructured environments. Earlier contributions include UAV-based indoor localization for construction sites (13 citations) and provably robust learning-based tracking control for Lagrangian systems, reflecting a versatile research profile that connects aerial robotics, learning, and control theory. More recent work explores force-feedback-driven planar pushing and robust manipulation under uncertain inertial parameters, signaling a continued commitment to making robot manipulation reliable in real-world conditions. Across his publications, Heins consistently pursues principled, deployable solutions to foundational robotics challenges.