Imagine electroadhesive pads that enable robots to walk up walls, or elastomer artificial muscles that move when electric charge is placed on them.

The ability to collect human gait in the real world could inform design and control assistive devices in the workplace or at home.

One of the greatest factors limiting the performance of robots today is the motors that drive them. Help us design a motor the way a muscle is structured.

Prostate cancer is the most commonly diagnosed cancer in New Zealand men. This project is to investigate the correlation between mpMRI and PET.

Study strategies for device design & delivery protocols while incorporating the differences between children & adult lungs that are not normally considered.

Safe and damage or injury-free interaction between conventional hard robots and delicate objects remains a challenge.

Aims to develop an improved endoscopic mapping device to determine if gastric electrical dysrhythmias are present in patients with functional dyspepsia.

Develop an intelligent preoperative planning software system for defining anatomically accurate graft tunnel locations in ACL reconstruction surgery.

We are currently running two research studies at Auckland City Hospital, cardiac pressures and 3D + time whole heart images in a single heartbeat and a second study focuses advanced echocardiography techniques, as well as advanced MRI techniques.

Seeking to design, construct, and validate an anatomically-specific high-resolution electrode array to map the gastro-intestinal junction across the pylorus.

FindaThesis - a searchable database where you can find masters and doctoral supervisors and research projects that you can join.

Discover our team of researchers behind our groups and research that makes ABI what it is.