Max Robotics — Global Service Robot Directory + US Certification

About

S. Chowdhury is an innovative researcher specializing in virtual reality (VR) simulation, haptic systems, and human-robot collaboration (HRC), with a focus on advancing occupational safety and training through immersive technology. Chowdhury's most significant contributions center on the design and evaluation of physics-based VR haptic systems — a cutting-edge approach that replaces conventional computer-generated haptic feedback with real object haptics, providing more authentic cutaneous and kinesthetic sensory experiences for users. Among Chowdhury's most impactful work is the development of low-cost, physically interactive VR simulation testbeds designed to train workers in human-robot collaborative environments. These systems bridge the gap between virtual training and real-world industrial application, offering biomechanically sound, sensorimotor-rich experiences that have meaningful implications for workplace safety and ergonomics. The 2024 study on physics-based VR haptic system design has garnered 13 citations, reflecting growing scholarly interest in this emerging field. Chowdhury's research on visual-spatiotemporal co-registration further demonstrates a commitment to precision and rigor in VR system validation. Collectively, Chowdhury's body of work — accumulating nearly 30 citations across key publications — is shaping the future of immersive industrial training and human-robot interaction research.