Skip to content
KMH
Research Portfolio

Four disciplines, one evidence-led method

The portfolio spans technology and energy engineering, neurotechnology and healthcare AI, social justice and disability policy, and media ethics. Published outputs are kept distinct from works in development, and every claim is framed around evidence, limitations and policy relevance.

01

Technology, Energy and Engineering

This series examines Australia's major energy-storage and transmission projects in engineering depth, pairing technical review with international benchmarking. Each paper proposes concrete upgrade pathways rather than simply describing the asset as built.

Explore pillar
02

Neurotechnology, Bioinformatics and Healthcare AI

A second research pillar extends my original contribution to neural-interface engineering — The Neurochip (Biophysical Journal, 2014) — into a structured six-part series spanning device biocompatibility, control theory, signal processing and applied healthcare AI. This pillar is formally underpinned by my ongoing Master's leading to PhD in Bioinformatics at Deakin University.

Explore pillar
03

Social Justice, Law and Disability Policy

This ten-part research program examines the Australian justice system through access to justice, inequality, institutional capacity, Indigenous disadvantage, jurisdictional variation, sentencing policy, poverty, systemic bias and international human-rights commitments. The work is being developed alongside continuing Bachelor of Laws studies at Swinburne University of Technology. Each paper is structured around evidence, limitations and policy recommendations.

Explore pillar
04

Media Research, Journalism Ethics and Public Communication

This research and educational stream examines journalism ethics, source payments, verification, media accountability, sensationalism and public trust. The fictional case studies below are designed for teaching and policy discussion; separate empirical articles and book projects will address media governance, research communication and responsible public-interest reporting.

Explore pillar
Verified Published Research

Peer-reviewed and indexed outputs

These outputs are published and independently indexed. Links resolve to the publisher or journal of record; remaining working papers are marked for verification before release.

Technology / power systemsPublished

Identification of Low Frequency Oscillation Disturbance with the Help of Phasor Measurement Unit

Solid State Technology — Vol. 63, No. 1s (2020); published 31 Jan 2020

View publication
Technology / smart gridsPublished — peer reviewed

A Review on Various Smart Grid Technologies Used in Power System

International Research Journal of Engineering and Technology (IRJET) — Vol. 7, Issue 8 (2020), pp. 4091–4097; also recorded by Murdoch University Research Portal

View publication
Technology / power protectionPublished — peer reviewed

Protection of Interconnected Transmission Network Using Phasor Measurement Unit Scheme

International Research Journal of Engineering and Technology (IRJET) — Vol. 7, Issue 8 (2020), pp. 4303–4308; also recorded by Murdoch and Macquarie university research portals

View publication
Neurotechnology / signal processingPublished

A Review on Different Algorithms and Methods Used for Neural Spike Detection

International Research Journal of Engineering and Technology (IRJET) — Vol. 7, Issue 8 (2020), pp. 4098–4104

View publication
NeurotechnologyPublished conference abstract

The Neurochip: A New Multielectrode Device for Stimulating and Recording from Cultured Neurons

Biophysical Journal — Vol. 106, Issue 2, Supplement 1 (2014), p. 793a; Biophysical Society Annual Meeting abstract

View publication

From Research to Real-World Impact

My intended outcome is not publication alone. I want research to communicate clearly to policymakers, practitioners, businesses and communities. My future outputs will therefore combine technical papers, accessible explainers, books, presentations and partnership proposals.

Read the thought-leadership blog

“Alone we can do so little; together we can do so much.”

— Helen Keller

Meaningful collaboration begins with a shared problem, a clear contribution from each partner and an honest method for measuring results.

Let’s Collaborate Get in Touch