Personal project to create and chess application and Chess AI to play single player chess. Working alongside a few friends as a challenge to see who's AI is the best. *Work in Progress as of July 1st. Link to the code provided below, unzip the file and run Start.py on a python 3 compiler
Working for A&L Canada Laboratories to design and fabricate of a system which folds and stacks chemical filter papers for lab using conventional PETG additive manufacturing and Autodesk Inventor. *Work in progress as of July 2019
Study conducted with Dr. Hatem Zurob on the dynamic stress-induced transformation of austenite into ferrite above Ae3 temperatures in low carbon steels. Gained experience in preparing samples for optical microscopy, training and experience on high resolution optical microscopes, and training on heat treatment furnaces. July 2019
Worked on Abaqus CAE to simulate compression tests of nylon honeycomb structures to explore the effect of defects within the structure with the help of Dr. Hiu Ming Yu. August 2019
The image above shows the TiC cluster analysis of a steel sample. I conducted research and produced and analysed the results with the help of Dr. Hatem Zurob and Dr. Brian Langelier on a new TiC complex steel from Stelco reveals the microstructure which contributes to the high strength properties of this steel. Gained experience working in UHV, AP sample preparation and operating UHV systems. A copy of the results can be found in the link. July 2019
Worked in collaboration with a team of 3 to design and manufacture the gear train of a gear driven myoelectric hand prosthetic using additive 3D printing. It must take an initial speed from a motor at the base of the hand, then reduce the speed of rotation so that the index finger and the thumb will close at a specific symmetrical rate, in the correct direction, inside of a certain functional space. April 2018
Engineering Profession and Practice 1P03 Community Project McMaster Univ.. Top 10 Finalist in design competition out of 240 teams competing to create product to aid a client with Multiple Sclerosis. Our mission was to give a client with multiple sclerosis greater accessibility to her condo. The device motorizes the door actuator in her apartment to simplify opening a door. All the parts were 3D printed or laser cut, and the hardware is controlled by an Arduino circuit board. April 2018