PhD in Solar-Driven Co-Production of Hydrogen and Green Chemicals via Photoelectrochemical Systems Monash University Malaysia in Malaysia

This PhD opportunity at Monash University Malaysia focuses on the solar-driven co-production of hydrogen and green chemicals using advanced photoelectrochemical systems. As the world transitions toward net zero energy systems, there is a critical need for hydrogen production technologies that are not only low carbon but also resource efficient and economically viable. This project aims to develop next-generation photoelectrochemical platforms that leverage sunlight to drive coupled oxidation and hydrogen evolution reactions, enabling the simultaneous production of renewable hydrogen and valuable chemical products under mild conditions.

The research will emphasize materials innovation, reaction selectivity, and integrated system performance. Key areas include the development of advanced semiconductor photoelectrodes and catalytic interfaces for efficient solar energy conversion, as well as the design of complete photoelectrochemical cells and reactor concepts. A central theme is the selective formation of green chemicals, particularly low-carbon organic acids such as formic acid, oxalic acid, and glycolic acid, which have significant industrial relevance. Their co-production alongside hydrogen offers a pathway to enhance both the environmental and economic performance of solar-driven hydrogen technologies.

The project combines laboratory experimentation with performance evaluation under simulated sunlight and chemical analysis of reaction products. Broader system-level considerations, such as energy efficiency and sustainability indicators, will also be addressed to assess the future deployment potential of these technologies. The candidate will work in a multidisciplinary research environment spanning chemical engineering, materials science, and renewable energy technologies, contributing to high-quality publications in the fields of solar fuels, sustainable chemistry, and circular economy systems.

Applicants should have a strong undergraduate or master's degree in Chemical Engineering, Materials Science, Chemistry, or a closely related discipline, and demonstrate enthusiasm for renewable energy research and laboratory-based investigation. Prior experience in electrochemistry, catalysis, or materials research is advantageous. The project is ideal for independent and curious researchers motivated to tackle open-ended challenges at the interface of sustainability and advanced engineering.

Funding includes a stipend and tuition waiver for Malaysian applicants. The application process involves contacting the main supervisor to discuss your fit for the project, submitting an Expression of Interest with a research proposal, and, if eligible, applying for PhD candidature and scholarship consideration. Note that application instructions will change after 4 May 2026; please refer to the project page for updates.