Fazilah Hassan

University of Lincoln, University of Technology Malaysia

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About

Dr. Fazilah Hassan is a distinguished researcher in control systems engineering and agricultural robotics, whose work bridges advanced mathematical modeling with real-world applications. Her primary research areas include fractional-order control systems, vehicle dynamics optimization, and autonomous agricultural robotics. Dr. Hassan’s most impactful contribution is her pioneering work on fractional-order methods for tilt control in rail vehicles (2017), which has garnered 18 citations and demonstrates how non-integer calculus can enhance stability and performance in transportation systems. More recently, she has ventured into agricultural robotics, co-authoring a comprehensive 2022 review on path planning for agricultural robots—a timely contribution addressing global food security challenges amid projected population growth to nine billion by 2050. This work systematically surveys developments, taxonomies, and future opportunities in autonomous farming, positioning her at the forefront of sustainable agriculture technology. Dr. Hassan’s research exemplifies how control theory innovations can solve pressing societal challenges, from safer rail transport to efficient food production. Her growing citation record and interdisciplinary approach mark her as an emerging leader in applied control systems and robotics.