Lower-Limb Prosthetics
Socket design, prosthetic function, comfort, mobility, and user-reported outcomes.
Academic portfolio
Associate Professor in Orthotics and Prosthetics
Advancing function, mobility, and participation through lower-limb prosthetics, biomechanics, sustainable materials, digital fabrication, and community-based disability rehabilitation.
Research focus
A translational research agenda connecting clinical biomechanics, fabrication technology, user experience, and disability participation.
Socket design, prosthetic function, comfort, mobility, and user-reported outcomes.
3D-printed prosthetic technology and clinically relevant digital workflows.
Locally sourced composite materials for accessible prosthetic innovation.
Function, independence, participation, quality of life, and community empowerment.
Featured research
Clinical evaluation of mobility, comfort, satisfaction, wear time, and safety in transtibial prosthesis users.
Development and functional evaluation of an Indonesian natural-fibre composite for transtibial socket fabrication.
Community-based interventions connecting assistive technology with functional empowerment and quality of life.
Translation pathway
Each programme is developed with attention to clinical need, measurable function, implementation context, and user experience.
Partnerships are welcomed in prosthetics, biomechanics, assistive technology, sustainable materials, disability health, and community-based rehabilitation.
In the media
Media coverage of community engagement and orthotic-prosthetic services.
Community engagement
Explore 23 community service programmes in disability empowerment, health education, and orthotic-prosthetic care.