معرفی
Dr. Keng Goh serves as a Lecturer at Edinburgh Napier University within the School of Computing Engineering and the Built Environment. He leads the MSc Renewable Engineering and MSc Automation and Control programs while actively contributing to the Centre for Artificial Intelligence and Robotic research group. His work spans multiple research centers including the Centre for Engineering and Mathematical Modelling and Engineering Research Group.
Academically, Goh holds a B.Eng (First Class Honors) in Electrical and Electronic Engineering from the University of Leicester (1998), completed PhD research on Fault Diagnosis and Control of Diesel Generators at the same institution, and earned an MBA. His industry experience includes work at Hewlett Packard Ltd developing optical sensor test systems before transitioning to academia.
His research focuses on nonlinear control systems, automation and robotic control, Industry 4.0 applications, electric vehicle battery thermal management, and sustainable energy systems. Current projects include the €2.8M European Commission-funded iMARS initiative developing multi-agent robotic systems for first responders, and Scottish-funded golf scorecard digitization. His work demonstrates strong industry engagement with practical applications in energy management and smart manufacturing.
As evidenced by his extensive publication record in journals like Electronics and Applied Materials Today, Goh's research shows increasing emphasis on IoT integration, wireless power transfer for sensors, and thermal management of energy storage systems. Recent publications reveal growing collaboration with European institutions and industry partners.
- Chartered Engineer (CEng)
- Fellow of Higher Education Academy (FHEA)
- Member of Energy Institute (MEI)
- Member of Institution of Engineering and Technology (MIET)
- Peer Reviewer for MoHERI Research Grants
- Journal reviewer for IET Renewable Power Generation and Journal of Automobile Engineering
Goh supervises numerous PhD candidates across diverse energy and engineering topics including smart manufacturing, photovoltaic systems, battery thermal management, and renewable air-conditioning. His research group collaborates with industry on practical implementations of sustainable technologies, particularly focusing on resource efficiency and climate change mitigation through engineering solutions. Current laboratory work emphasizes sensor networks for battery monitoring and optimization of multi-energy residential systems.
