Monash University Malaysia

Explore AI-driven solutions to improve transport resilience during floods in urban river basins. Develop adaptive plans integrating flood data and local insights to enhance equitable evacuation strategies and reduce dis…

This research tackles real-world mobility challenges caused by flooding, which disrupts access to services and disproportionately affects v…

Explore the therapeutic potential of mesenchymal stem cell-derived exosomes for Alzheimer's disease. Analyze molecular mechanisms using bioinformatics and test innovative intranasal delivery for cognitive recovery in AD…

This research targets a major unmet medical need by developing a novel cell-free therapy to modulate neuroinflammation in Alzheimer’s disea…

Explore novel nano-enabled sensors to detect microplastics in food chains across ASEAN. Apply your skills in nanotechnology and environmental science to develop practical detection tools and design digital media strateg…

This research addresses the urgent need to detect and manage microplastic contamination in ASEAN food chains, a major health and environmen…

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…

Explore cellular and molecular mechanisms of schizophrenia and autism using patient-derived hiPSCs combined with multi-omics data and AI. Learn to integrate wet-lab neuroscience techniques with computational analysis to…

This research addresses significant gaps in understanding neurodevelopmental disorders across diverse populations, improving human relevanc…

Explore blood-cell biomarkers to predict severe dengue early using advanced multi-omics techniques and AI integration. Collaborate internationally and develop diagnostic tools to improve patient outcomes.

Early prediction of severe dengue through blood-cell biomarkers can transform clinical management by enabling timely therapeutic interventi…

Develop an advanced computational pipeline to screen natural antivirals against dengue virus. Combine molecular dynamics with QSAR modelling to identify top candidates for experimental validation, helping accelerate ant…

This research addresses the urgent need for effective dengue treatments by leveraging in-silico techniques to accelerate natural antiviral …

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 …

Develop novel nanomaterial-based sensors to detect microplastics in the ASEAN food chain and use digital media analytics to design effective public risk communication strategies. Explore integrated scientific and behavi…

Microplastic pollution poses significant risks to food safety and public health across ASEAN countries. This research provides critical too…

Develop and optimize cutting-edge CPVT systems to transform solar energy into efficient hydrogen production. Employ advanced simulation and multiphysics modelling to overcome tropical solar challenges and reduce energy …

This research advances the efficiency and cost-effectiveness of solar hydrogen production by harnessing thermal energy typically wasted in …

Competition funded PhD at Monash University Malaysia focused on data-driven modelling and optimisation of low-carbon industrial energy systems.

Competition funded PhD at Monash University Malaysia focused on financial modelling and economic assessment of emerging low-carbon industrial systems.

Competition funded PhD at Monash University Malaysia focused on airborne antimicrobial resistance gene surveillance using metagenomics, environmental data, and machine learning.

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

Competition funded PhD at Monash University Malaysia focused on implementing culturally tailored CGM and digital health tools for gestational diabetes management in Malaysia.

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

Research project at Monash University Malaysia focused on host autophagy, ocular toxoplasmosis, and retinal cell responses to parasitic infection.

Funded PhD at Monash University Malaysia focused on improving extraction and purification of bioactive compounds from microalgae for nutraceutical and pharmaceutical applications.

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

Funded PhD at Monash University Malaysia focused on improving medication use and patient outcomes in disorders of gut-brain interaction through clinical and patient-centered research.

Applied Chemistry, Biochemistry, Biotechnology, Chemical Engineering, Food Production, Industrial Chemistry, Pharmaceutical Chemistry Funded PhD at Monash University Malaysia focused on microalgae lipid profiling for…

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

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

Funded PhD at Monash University Malaysia exploring the socioeconomic impact of gut-brain disorders like IBS. Combine real-world clinical data and patient insights to improve healthcare outcomes.