My Masters focused on Solid Mechanics with an emphasis on Composite Materials. My research combined hands-on machine design with analytical modeling to advance the understanding of braided composites.
Machine Development: Designed and built a custom 3D Braiding Machine capable of producing complex braided structures.
Analytical Modeling: Created a Mathematical and Geometric model to predict mechanical properties of these braided composites.
Model Validation with FEA: Compared the Analytical Results from the Mathematical and Geometric Models to results from FEA.
Research Output: Produced a dissertation that documented the design, methodology, and findings in the field of braided composite mechanics.
I graduated from the University of Alberta's Mechanical Engineering Bachelor of Science program. During my studies I focused on Solid and Fluid Mechanics. Thoughout my Studies I had many opportunities including:
Completing a Deans Research Award (DRA) that allowed me to create the later published work: Optical Strain Measurement (OSM). OSM is a program written in MatLab that allows the accurate determination of strain from video files.
Designed and Duilt a computer-controlled Drum Electro-Spinner, combining MatLab (GUI) and C/C++ (microcontroller) programming with hardware design.
Completed a Capstone Design Project where I designed and programmed a machine that was capable of automatatically filling custom allergy patch test trays for clinical use.
Gained lab and teamwork experience through core courses in Solid Mechanics, Fluid Mechanics, and Mechanical Design.