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Location

Melbourne | Global

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Location

Melbourne | Global

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Research

Client:

My research is driven by the ambition to integrate psychological depth with technological innovation, exploring how Virtual Reality and Artificial Intelligence can transform therapeutic practices and enrich human understanding.

Category:

Academia

BG Pattern

Project Overview

My research endeavours encompass interdisciplinary projects at the intersection of psychology, technology, and philosophy. Focusing on innovations such as Virtual Reality (VR) and Artificial Intelligence (AI), my work investigates how emerging technologies can expand traditional psychological treatments into more immersive, impactful, and accessible forms. This includes PhD-level research into VR-based transdiagnostic interventions for psychiatric disorders, as well as investigations into ethical and hermeneutic implications of integrating AI into therapeutic and organisational contexts.

Philosophy:

Guided by existential curiosity and a commitment to rigorous clinical science, my research embodies the belief that technological innovation must serve human wellbeing above all. Rather than simply digitising conventional methods, I aim to deeply integrate psychological theory with the experiential capabilities of advanced technology. This approach is rooted in empathy, ethics, and an unwavering dedication to understanding—and enhancing—the complex human experience in a digitally mediated world.

Outputs:

  • Peer-reviewed journal articles and conference presentations

  • PhD dissertation on VR as a transdiagnostic therapeutic method

  • Ethical guidelines and best-practice frameworks for clinicians using VR and AI

  • Interdisciplinary seminars and workshops

  • Collaboration networks between academia, industry, and clinical practice

  • Contributions to the ongoing dialogue on AI ethics in psychological contexts

References

Nguyen, T., Fidock, J., & Ditchburn, G. (2018). The role of rejection within the trust calibration process: Insights from a mixed-methods human-robot teaming experiment. In Proc. Int. Conf. Sci. Innov. Land Power.