🎓 Energy Technologies PhDs

Explore the development of novel hydrogen storage materials for clean energy applications. Join a world-class team at the University of Sydney to advance technologies critical for sustainable energy and decarbonization.

The research addresses the urgent global need for efficient hydrogen storage to enable widespread renewable energy deployment and combat cl…

Explore how grid-forming control can enhance the stability and resilience of power grids through wind turbine systems. Investigate critical control strategies and system interactions to support future renewable-heavy el…

This research supports the global transition to low-carbon electricity by enabling wind turbines to actively maintain grid stability and re…

Investigate autonomous AI-driven battery systems that optimize multi-energy market participation. Develop novel algorithms integrating AI with advanced battery models to enhance grid flexibility and decarbonization. Cre…

This research enables the development of flexible, intelligent battery systems critical for integrating increasing renewables into energy g…

Explore the design and simulation of advanced CPVT systems to boost solar hydrogen production efficiency in tropical climates. Investigate thermal energy harvesting and integration strategies to optimize water electroly…

This research will advance green hydrogen production by exploiting both electrical and thermal solar energy, potentially reducing costs and…

Develop advanced stochastic models for flow boiling incorporating uncertainty quantification. Work with cutting-edge optical diagnostics to link experimental data and predictive modelling. Explore the interface of therm…

This research addresses key challenges in accurately predicting flow boiling, a crucial heat transfer mechanism for energy systems and elec…

Funded PhD at Monash University Malaysia focused on PEM water electrolysers, combining engineering and AI to improve hydrogen production under real-world operating conditions.

Funded PhD at Monash University Malaysia focused on developing low-temperature catalytic systems for sustainable ammonia production and clean energy applications.

PhD at Monash University Malaysia focused on solar-driven hydrogen production and green chemical co-production using advanced photoelectrochemical systems.

This PhD develops control and operational strategies for multi-terminal HVDC (MT-HVDC) networks in offshore wind, addressing vendor interoperability and system scalability using advanced simulations and industrial valid…

This fully-funded PhD focuses on enhancing wind farm performance and lifespan using machine-learning models integrated with numerical simulations to optimise turbine cluster aerodynamics and operational efficiency.

This fully-funded PhD focuses on numerical modelling of floating offshore wind moorings, exploring soil-structure interaction in variable seabed conditions. The research uses advanced computational techniques, including…

This fully-funded PhD develops resilient control strategies for offshore wind transmission systems, focusing on grid-forming HVDC controllers for stable voltage and frequency restoration after faults. The project combin…