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About

Syafizwan Faroque is a researcher specializing in virtual reality (VR) simulation, haptic technology, and micro-robotic systems, with a particular focus on developing innovative training environments for highly precise biological procedures. His most significant contributions center on the design and evaluation of VR-based training systems for micro-robotic cell injection — a technically demanding procedure traditionally requiring extensive, costly hands-on training by expert bio-operators. Faroque's body of work systematically addresses the full development pipeline of such training platforms: from conceptual design and interface control methods — including keyboard-based interaction — to the integration of haptic feedback technologies that replicate the tactile sensations of manipulating a micropipette. His 2017 evaluation study, his most cited work with 12 citations, demonstrates a commitment to empirically validating these systems for real-world training efficacy. His collaborative efforts also pushed toward large-scale, immersive VR environments using multi-screen configurations, broadening accessibility and realism for trainees. Across seven core publications accumulating over 46 citations, Faroque has meaningfully advanced the intersection of biomedical training and emerging simulation technologies, offering researchers and institutions scalable, cost-effective alternatives to traditional cell injection skill development. His work represents a promising bridge between robotics, biomedicine, and human-computer interaction.