Hasanain H. Mohsin

Papers

Total Citations

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About

Hasanain H. Mohsin is an emerging researcher specializing in robotics, control systems, and autonomous mobile platforms. His work centers on one of the most technically demanding challenges in robotics engineering: achieving dynamic stability in two-wheeled self-balanced mobile robots (TWSBRs), systems that draw on the elegant yet complex principles of inverted pendulum theory. Mohsin's research has made meaningful contributions to the design and optimization of control strategies for these inherently unstable platforms. His 2022 study on robust control design explored advanced stabilization methods suited for domestic, healthcare, and industrial applications, while a companion paper introduced an optimally tuned Proportional Integral Derivative (PID) controller leveraging the Particle Swarm Optimization (PSO) algorithm — a nature-inspired computational technique — to enhance robot stability under real-world perturbations. Both publications have each garnered 4 citations since their release, reflecting growing interest in his approaches within the control and robotics community. His research sits at the intersection of intelligent optimization and classical control theory, offering practical pathways for deploying human-friendly mobile robots in complex environments. For students and researchers exploring autonomous systems or bio-inspired control design, Mohsin's work provides a valuable and accessible entry point into the field.