Gaurav Dhakal is an electrical engineer and researcher from Nepal whose work focuses on improving the reliability, efficiency, and sustainability of energy systems through condition monitoring, fault diagnosis, and digital technologies. He is pursuing his Master’s degree in Power Electronics and Drives Engineering at the Institute of Engineering, Tribhuvan University, Pulchowk Campus, with research interests in electrical machine fault modelling, diagnosis, and intelligent monitoring.

His research journey began with a fundamental question: Can we detect the signs of failure before a system actually fails? This question shaped his undergraduate research on condition monitoring and continues to guide his work. Before beginning his Master’s studies, he spent nearly two years in research at Kathmandu University, contributing to industry surveys, training needs assessments, curriculum development, and knowledge-sharing initiatives in the manufacturing and hydropower sectors. These experiences shaped his belief that research should bridge scientific understanding and real-world engineering needs.

Gaurav has contributed to research on induction motor bearing fault modelling using finite element methods, inter-turn fault analysis, and transformer partial discharge detection. More recently, he has expanded into renewable energy research, investigating infrared thermography for assessing faults in solar photovoltaic modules. Across these areas, he aims to connect the physics of electrical systems with practical diagnostic methods and emerging digital technologies to develop accessible solutions for Nepal’s energy sector.

Gaurav aspires to advance research at the intersection of digitalization, energy reliability, and sustainability. He envisions translating research into practical innovations while strengthening connections between academia, industry, and technology development in Nepal.