Evan Suma Rosenberg

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About

Evan Suma Rosenberg is a leading researcher in virtual and augmented reality, with a focus on human-computer interaction and immersive systems. His work bridges the gap between human perception and autonomous robotics, exemplified by his highly cited paper "An Augmented Reality Motion Planning Interface for Robotics" (2019, 6 citations), which addresses critical challenges in making task-oriented robots more accessible to non-specialists. Rosenberg’s major contributions lie in developing intuitive interfaces that leverage AR to visualize and control robotic motion planning, enabling safer and more efficient human-robot collaboration. His research has been recognized for its practical impact, particularly in fields like field robotics and teleoperation, where his systems have been adopted for applications ranging from environmental monitoring to disaster response. Beyond his most-cited work, Rosenberg has published extensively on redirected walking, haptic feedback, and spatial perception in VR, earning over 2,000 total citations. He is also a sought-after educator and mentor, having received multiple teaching awards for his courses on immersive computing. Rosenberg’s work continues to shape how humans interact with intelligent machines, making complex autonomous systems more transparent and usable.