Experiment Design
With another student, we created props and a procedure based on a foraging task based on an existing experiment (Beckler et. al).
This experiment was designed to evaluate real-time object search and
selection performance in participants with varying partial hand amputation. Performed with and without vibro-tactile feedback.
2025
Experiment Design
With another student, we created props and a procedure based on a foraging task based on an existing experiment (Beckler et. al).
This experiment was designed to evaluate real-time object search and
selection performance in participants with varying partial hand amputation. Performed with and without vibro-tactile feedback.
2025
Participant Testing + Conclusions
3 participants with varying partial hand amputations completed the task in a clinical setting. Each participant gave feedback on the procedure, and the data taken from the experiments were analysed.
2025
DNOVA Wristband
Modelled in Solidworks.
Printed using a combination of chinchilla filament and resin.
Designed to house a prototype of the vibro-tactile device developed by our PhD. student (Arman Arezoomand).
2025
Summer Case Competition
Modelled in Revit.
Created as an infill opportunity for 1 of 3 properties provided for the competition.
Designed for high density housing, a 26 storey podium + tower, 406 units with an even mix of studios, 1B, 2B and 3B.
Along with a model, a rough construction estimate was created based on existing projects.
2026
Participant Testing + Conclusions
3 participants with varying partial hand amputations completed the task in a clinical setting. Each participant gave feedback on the procedure, and the data taken from the experiments were analysed.
2025
DNOVA Wristband
Modelled in Solidworks.
Printed using a combination of chinchilla filament and resin.
Designed to house a prototype of the vibro-tactile device developed by our PhD. student (Arman Arezoomand).
2025
Summer Case Competition
Modelled in Revit.
Created as an infill opportunity for 1 of 3 properties provided for the competition.
Designed for high density housing, a 26 storey podium + tower, 406 units with an even mix of studios, 1B, 2B and 3B.
Along with a model, a rough construction estimate was created based on existing projects.
2026
Projects
Projects
Projects
Experiment Design
With another student, we created props and a procedure based on a foraging task based on an existing experiment (Beckler et. al).
This experiment was designed to evaluate real-time object search and
selection performance in participants with varying partial hand amputation. Performed with and without vibro-tactile feedback.
2025
Participant Testing + Conclusions
3 participants with varying partial hand amputations completed the task in a clinical setting. Each participant gave feedback on the procedure, and the data taken from the experiments were analysed.
2025
DNOVA Wristband
Modelled in Solidworks.
Printed using a combination of chinchilla filament and resin.
Designed to house a prototype of the vibro-tactile device developed by our PhD. student (Arman Arezoomand).
2025
Summer Case Competition
Modelled in Revit.
Created as an infill opportunity for 1 of 3 properties provided for the competition.
Designed for high density housing, a 26 storey podium + tower, 406 units with an even mix of studios, 1B, 2B and 3B.
Along with a model, a rough construction estimate was created based on existing projects.
2026
