Rate My Professor How Khoo

Boon How Khoo currently works at the School of Engineering, Monash University Malaysia, where he obtained his Master of Engineering Science. His research specializations include soft robotics, industrial robotics and automation, and engineering education. He is involved in projects such as 'Technology in Education' and 'Soft Robotics'. Boon How Khoo possesses skills in product design and development, invention, innovation, problem solving, 3D printing, creativity, educational technology, and emerging technologies. In his academic career at Monash University Malaysia, he serves as unit coordinator for TRC3000 Automation Project and TRC4407 Automation Design Project, focusing on practical training in automation systems. He has also taught ENG2801 and is responsible for the Mechatronics Lab (rooms 5304 and 5304A) as part of the School of Engineering Occupational Health and Safety Committee.

Boon How Khoo's key publications cover topics in computer vision, gait monitoring, collision warning systems, autonomous vehicle control, force platforms, and sports performance analysis. These include 'Application of Computer Vision and Vector Space Model for Tactical Movement Classification in Badminton' (2017), 'Classification of spatio-temporal data represented as multiset for tactical profiling in badminton' (2017), 'A Low Cost Alternative to Monitor Human Gait Temporal Parameters – Wearable Wireless Gyroscope' (2016), 'The Impact of Different TRIZ Tools on the Creative Output of Students' (2016), 'Teaching, Learning & Applying TRIZ in University' (2015), 'Real-Time Lane Detection and Rear-End Collision Warning System on a Mobile Computing Platform' (2015), 'ReCon-AVe: Remote Controlled Automobile Vehicle for Data Mining and Analysis' (2015), 'Genetic Algorithm and Bayesian Linear Discriminant Analysis Based Channel Selection Method for P300 BCI' (2012), 'Development of a convenient wireless control of an autonomous vehicle using Apple iOS SDK' (2011), 'System for determining within-stroke variations of speed in swimming (SWiSS)' (2009), 'Precision Smart Force Platform' (2009), and 'A Portable Vertical Jump Analysis System' (2007). His work demonstrates contributions to biomedical engineering, sports technology, intelligent systems, and educational innovation.