Dr. Jim Joseph John possesses extensive expertise in PV systems performance, reliability, and asset management. He earned his BEng in Electrical and Electronic Engineering, MEng in Microelectronics, and PhD in Solar Photovoltaics in 2006, 2009, and 2015, respectively. After completing his master’s studies, he joined Siemens Australia, where his contemplation of the future of energy led him to pursue a PhD in Solar Energy. His doctoral research focused on characterising soiling loss on PV modules and pioneering a novel cleaning system.

During his doctoral studies, he identified an opportunity to establish a solar consultancy, which later evolved into Greenturn Energy, an EPC company for solar rooftop projects. Initially catering to off-grid customers, he developed an energy meter capable of high-frequency data capture. This innovation, coupled with pioneering algorithms, led to the establishment of another company- Greeniee offering energy efficiency advice to manufacturing industries.

Driven by his passion for innovation, he handed over his companies to partners and joined Huawei’s R&D division in Shanghai China, where he pioneered the development of the IV curve feature in solar inverters, now a standard feature across utility-scale solar string inverter manufacturers.

Later, he joined Dubai Electricity and Water Authority (DEWA) where he nurtured the solar research group of the R&D centre. Over 7.5 years at DEWA, he spearheaded numerous innovative research projects valued at close to USD 50Mn, collaborating with esteemed research institutions and Universities worldwide. Notable contributions include technical advisory to the 5000MW MBR Solar Park, establishing a state-of-the-art PV module reliability lab and outdoor test facility, and developing Building Integrated Photovoltaic regulations for Dubai. His efforts earned him recognition as the Most Innovative Employee of 2019 and for the Most Innovative Project of 2023, as well as acknowledgment from the Prime Minister of UAE and Ruler of Dubai for his contributions in 2023.

In February 2024, Dr. Joseph joined Prof Hoex’s team, focusing on the ARENA project to develop high-precision modelling and optimised O&M strategy for ground-mounted PV systems. He aspires to explore avenues to transform this project into a successful UNSW spinoff company.