Dr Ruwini Cooray

Scientific Foundations & Translational Neurobiology

Dr Ruwini Cooray is a neuroscientist and Associate Research Fellow at Deakin University, with research spanning across neuroscience, immunology, and neuroinflammation. Her primary research specialises in the molecular, cellular, and systems-level mechanisms underlying neurodegeneration, learning, and memory. As a translational researcher, she integrates neurogenetics, transcriptomics, and stem cell–based systems to characterise neuronal network disruption and regeneration. Using advanced human cell models and cortical frameworks, her work focuses on developing regenerative strategies to restore functional neural circuitry and advance therapeutic approaches for neurodegenerative diseases.

Academic Appointments

  • Associate Research Fellow | Deakin University, School of Life and Environmental Sciences, Geelong Waurn Ponds Campus, Australia
  • Honorary Research Fellow | The University of Melbourne, Faculty of Medicine, Melbourne, Australia
  • Honorary Research Fellow | The Royal Melbourne Hospital, Melbourne, Australia
  • Honorary Research Scientist | Institute for Research & Development, Colombo, Sri Lanka

Core Research Specialisations

Dr Cooray’s research is centred on understanding and reconstructing the biological systems that underlie brain function. Her work integrates molecular neuroscience, advanced cell-based modelling, and systems-level analysis to investigate how neuronal networks are disrupted in disease and how they can be restored. This foundation supports the development of regenerative neurotechnologies and clinically translatable strategies for brain repair.

Advanced Neural Bio-Modelling

Her work utilises human cell culture systems, including differentiated neuronal models and three-dimensional organoids and spheroids, to replicate disease-relevant neural environments. These models enable the study of cellular behaviour, network formation, and functional disruption under controlled experimental conditions.

Genomics & Transcriptomics

Dr Cooray applies transcriptomic and molecular profiling approaches to characterise gene expression changes associated with neurodegeneration and neural plasticity. This work identifies key regulatory pathways that drive neuronal dysfunction and informs targeted strategies for intervention.

Regenerative & Stem Cells

Her research focuses on stem cell–derived neuronal systems and tissue-based constructs to investigate mechanisms of neural regeneration. This includes the development of approaches to promote integration, survival, and functional recovery of neurons within damaged neural circuits.

Neuropharmacology

Dr Cooray evaluates the effects of biologically active compounds, including cannabinoid-based molecules, on neuronal function and plasticity. This work examines how molecular interventions can modulate signalling pathways, support neuronal resilience, and influence disease progression.

Learn more about Research & Publications…

Academic Credentials

  • PhD in Neuroscience | Deakin University, Australia
    • Thesis focus: Molecular dynamics of Cannabinoid treated neuronal cell models.
  • Master of Science (Biotechnology) | Northumbria University of Newcastle, United Kingdom
  • BSc (Hons) Biomedical Sciences | Northumbria University of Newcastle, United Kingdom

Supervision & Scholarly Leadership

Dr Cooray provides structured supervision and mentorship to develop the next generation of scientists. Her supervision spans undergraduate, honours, and postgraduate research, with a focus on fostering thorough experimental design, critical thinking, and technical precision in molecular neuroscience.


She has led and contributed to more than 30 research projects and internships, working closely with students across diverse stages of training alongside institutions, including and not limited to IRD, Colombo, Sri Lanka, and BrainSTEM Victoria, Melbourne, Australia. Her approach emphasises structured guidance while encouraging independent inquiry, enabling researchers to develop both scientific depth and translational awareness.


Currently, she co-supervises doctoral research at Deakin University and continues to support early-career scientists through academic mentorship, collaborative research, and exposure to interdisciplinary and translational pathways.

Strategic Intersection

Dr Cooray operates at the intersection of academic research and technology translation, where fundamental neuroscience is developed into clinically and commercially viable systems. Her work integrates molecular and cellular research with neural systems engineering to establish pathways from laboratory discovery to therapeutic application.

As the founder of Neurogen, she applies her expertise in neurogenetics, transcriptomics, and stem cell–based systems to develop tissue-based brain implants for neurodegenerative disease. This work is supported by a translational framework that aligns experimental research with engineering design, regulatory considerations, and early-stage commercialisation.

Through this integrated approach, she establishes a direct interface between scientific discovery and scalable innovation, ensuring that advances in brain biology are translated into deployable technologies for brain repair and cognitive restoration.

Learn more about Dr Cooray’s Venture Portfolio…