Developing a Self-Sensing Actuator for Use in Wearable Rehabilitation Devices
A.B. Lucas S.S.
This project examined the relationship between temperature, resistance, and strain in twisted and coiled soft actuators (TCA), made from silver-plated nylon fibre. This was done to develop a self-sensing mechanism for viable use of these artificial muscles in biomimetic systems such as robots and powered exoskeletons.
|Excellence Award – Senior
Sponsor: Youth Science Canada
|Western University Scholarship
Bronze Medallist – $1000 Entrance Scholarship
Sponsor: Western University
|University of Ottawa Entrance Scholarship
Gold Medallist – $1000 Entrance Scholarship
Sponsor: University of Ottawa
My name is Anika Garg and I am a grade 11 student at A.B. Lucas Secondary School in London, Ontario. At school, I am involved with DECA, science olympics, reach for the top, and the swim team. I also enjoy music and play piano and clarinet. I have a strong interest in science and plan on pursuing a career in a STEM field. This is my third time participating in the Thames Valley Science and Engineering Fair, and my second time at CWSF. I’m really grateful for this opportunity and would encourage anyone interested in science to try it out!