Health

Health

Our faculty members work in a wide variety of specializations relevant to the Health sector. For more information on a specific faculty member’s work, click their photo to view their profile. If you are interested in collaborating with our department in this sector, please contact the designated Sector Contact faculty member listed below.


Mu Chiao

Biomedical MEMS
NSERC Engage Eligible

Peter Cripton

Injury Biomechanics
NSERC Engage Eligible
Sector Contact 

Gwynn Elfring

Cell Biomechanics
NSERC Engage Eligible

Agnes d’Entremont

Orthopaedic Biomechanics
Student Industry Projects

Dana Grecov

Fluid Mechanics
NSERC Engage Eligible

Sheldon Green

Fluid Mechanics
NSERC Engage Eligible

Antony Hodgson

Medical Robotics
NSERC Engage Eligible

Hongshen Ma

Cell Biomechanics
NSERC Engage Eligible

Thomas Oxland

Orthopaedic Biomechanics
NSERC Engage Eligible

Phani

Srikantha Phani

Biomedical Structures
NSERC Engage Eligible

Rohling

Robert Rohling

Medical Imaging
NSERC Engage Eligible

Boris Stoeber

Biomedical MEMS
NSERC Engage Eligible

Mike Van der Loos

Medical Robotics
NSERC Engage Eligible


Related Case Studies: Industrial Research

Click here to see all case studies.

A Safer Hockey Helmet

Helios Global Technology Ltd. is collaborating with the Orthopaedic and Injury Biomechanical Group and the STAR initiative (UBC Okanagan) to develop a hockey helmet that reduces the severity of impacts to the head.

Learn more >

Affordable, Painless Microneedles

The Stoeber Lab is collaborating with dermatological and pharmaceutical science researchers at UBC to develop a painless microneedle patch that will cost only 10 cents apiece.

Learn more >


Lower-cost Stroke Rehabilitation

Dr. Van Der Loos and his team in the CARIS Lab are creating novel rehabilitation methods for stroke and cerebral palsy using social media frameworks and low-cost robotic devices.

Learn more >

Implantable Drug Delivery Devices

QLT Inc. has collaborated with the Microsystems and Nanotechnology Group and the Faculty of Pharmaceutical Science to develop the proof of concept for an on-demand, battery-less MEMS drug delivery device.

Learn more >