Characterizing the control of external force vectors
To measure and characterize how well humans can control the forces beneath their feet, I build and programmed a custom rig. 
Portfolio
Mathematical Modelling
Here I develop mathematical models of the legs to better understand the development of external ground reaction forces 
Deep Learning Methods in Biomechanics
In this work i use open source tools to extract biomechanical variables from videos of humans walking, running, and moving. 
Exoskeletons for restoring gait after stroke
As an engineering researcher/ biomechanist on this large scale project my focus was on assisting in experimental data collections, data analysis, and presentation. We would use the data to inform the design of new iterations of the wearable device. 
Development of a 3D body scanning system to estimate inertial parameters
I developed a system that allows people to 3D body scan humans. I wrote accompanying software to then estimate body segments parameters such as moments of inertia, segment masses, and lengths. 
ECG classification using deep neural networks
Here I trained various architectures of deep neural networks to classify ECG data taken from the MIT database. 