🎓 Mechanical Engineering PhDs

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…

Explore how the sounds of ball impacts reveal shot quality in four major sports. Analyze acoustic signals combined with physics models and machine learning to create new performance metrics. Gain experience with Hawk-Ey…

This research unravels the acoustic signatures behind elite athletes' intuitive judgements, providing a scientific basis to a traditionally…

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…

Investigate how liquid hydrogen behaves inside composite cryogenic tanks during aircraft manoeuvres. Use experiments and advanced simulations to understand hydrogen permeation and tank safety, aiding development of cert…

This research addresses critical safety concerns in hydrogen storage under dynamic flight conditions, essential for certifying hydrogen as …

Explore how microplastics influence tumour growth by combining laboratory experiments and computational simulations. Investigate their role in altering tumour mechanics to impact cancer progression.

This research uncovers the effects of environmental microplastics in cancer biology, potentially influencing cancer initiation and progress…

Explore novel methods to separate microplastics from blood using acoustics and electrostatic forces. Develop clinically relevant devices leveraging multidisciplinary engineering techniques.

This research addresses a pressing public health concern by advancing methods to remove potentially harmful microplastics from blood, reduc…

Investigate novel separation techniques combining acoustic, electrostatic, and inertial forces to remove microplastics from blood. Develop innovative biomedical devices with potential clinical applications to reduce hea…

This research aims to develop clinically applicable devices to separate microplastics from blood, potentially mitigating associated health …

Competition funded PhD at Monash University Malaysia focused on improving hydroponic basil growth through microbubble aeration and biosurfactant-enhanced oxygen delivery.

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

PhD at Monash University Malaysia focused on lithium-ion battery recycling using reverse flotation to recover valuable materials and support sustainable energy systems.

Fully funded PhD developing AI-driven drone-assisted systems to improve road safety and traffic efficiency.

Fully funded PhD at the University of Birmingham investigating ion transport in nanoporous materials for energy storage and conversion applications.