Ergonomic Finger Force Device
Custom hardware for hand and finger force measurement, built with Arduino, Python and C++. Plug & play.
PhD Student in Neuroscience at Western University.
I study the neural mechanisms of motor control using fMRI and computational modeling. My research focuses on how the brain plans and executes complex hand movements.
Custom hardware for hand and finger force measurement, built with Arduino, Python and C++. Plug & play.
A very fast searchlight analysis pipeline developed in the Diedrichsen lab. Check out the code on GitHub.
How we learn novel muscle activity patterns — much like learning a new guitar chord such as F#. Read the first paper here.
I am currently a Neuroscience PhD student at Western University, supervised by Dr. Jörn Diedrichsen and Dr. Andrew Pruszynski. My background bridges electrical engineering and neuroscience, and I really enjoy building custom research hardware. Outside the lab, I enjoy playing guitar.
If you're interested in collaborating, get in touch at aghavamp@uwo.ca.