Rate My Professor Sanath Alahakoon

Alahakoon's research specializations include electrical machines and drives, digital control, estimation and identification, non-linear control, instrumentation, automation, renewable energy, microgrids, and hybrid electric systems. His thrust areas focus on instrumentation for condition monitoring, such as rail flaw detection, pipe crack detection, and condition monitoring of electrical machines, alongside renewable energy applications like battery and microgrid management systems and fuel cell-battery hybrid energy systems for transportation and remote communities. He has earned recognition for teaching excellence as a Senior Fellow of the Higher Education Academy (SFHEA) in 2020. Additional honors include the Gledden Visiting Fellowship at The University of Western Australia in 2008, where he contributed to research on Sliding Mode Observers and published 10 papers, and a Graduate School of Life Science and Systems Engineering Postdoctoral Research Fellowship at Kyushu Institute of Technology, Japan, in 2006, leading to publications on soft actuators and sensors. Key publications feature 'Rail foot flaw detection based on a laser induced ultrasonic guided wave method' (2019), 'Impact assessment of AC and DC electric rope shovels on coal mine power distribution system' (2012), 'The design and construction of a battery electric vehicle propulsion system - high performance electric kart application' (2017), 'Microgrid and fleet to grid operation of a hybrid electric ferry' (2021), and 'Impact of coordinated electric ferry charging on distribution network using metaheuristic optimization' (2025). These works demonstrate his impact on sustainable energy solutions and advanced monitoring technologies in engineering.