Welcome!

I conduct research on intelligent home environments that integrate computer vision, embedded AI, and human–computer interaction to support independent living and ageing in place. My work spans human activity recognition, user acceptance of ambient assisted living technologies, and occupant-centred control for energy-efficient home management. Across these directions, I focus on developing adaptive, privacy-preserving, and sustainable systems that promote user trust and comfort.

Explore the Research page for more insights into my ongoing projects.

Research Highlights

Privacy-preserving Human Activity Recognition

To support safe and independent living, this research focuses on developing a privacy-preserving model for recognising human activity within the home environment.

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Sustainable & Adaptive Smart Homes

Designing vision-based solutions that dynamically manage energy and comfort. These systems integrate occupant feedback and AI-driven control strategies for improved building sustainability and user satisfaction.

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Sustainable Smart Home

Human–Robot Collaboration in Healthcare

Exploring safe and intuitive interaction methods between humans and assistive robots using capacitive sensing. This research aims to improve telehealthcare and rehabilitation support in smart environments.

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