Department: Center for Image Guided Innovation and Therapeutic Intervention, Supervisor: Thomas LooiProject: HIFU-induced Cavitation of Intraventricular Blood ClotsProject focuses on determining the High-Intensity Focused Ultrasound (HIFU) parameters that can cause cavitation in blood clots in ex vivo and in vivo experiments in order to develop a minimally invasive method via HIFU to dissolve blood clots in infants caused by interventricular hemorrhaging.

Department: iDapt (Technology) Research Group, Supervisor: Dr. Tilak DuttaProject: Joint Angle Analysis using Shimmer Sensing DevicesProject consisted of designing a real-time joint angle measurement Android mobile application using Bluetooth Shimmer sensing devices. The purpose of the project was to allow for real-time feedback for rehabilitative/preventative posture correction.• Utilized Shimmer Sensing device (Gyroscope and Accelerometers) to measure back and upper arm… Show more Department: iDapt (Technology) Research Group, Supervisor: Dr. Tilak DuttaProject: Joint Angle Analysis using Shimmer Sensing DevicesProject consisted of designing a real-time joint angle measurement Android mobile application using Bluetooth Shimmer sensing devices. The purpose of the project was to allow for real-time feedback for rehabilitative/preventative posture correction.• Utilized Shimmer Sensing device (Gyroscope and Accelerometers) to measure back and upper arm movement in patients to help correct posture problems• Coded Android mobile application to communicate between multiple Shimmers in real-time via Bluetooth Show less

Course: Advanced Engineering Mathematics - MAT290Conducted a 2-hour weekly tutorial to a class of 50 students. Explained and provided examples of Calculus concepts on differential equations, Laplace transforms and Complex Analysis.

Course: Advanced Engineering Mathematics - MAT290Conducted a 2-hour weekly tutorial to a class of 50 students. Explained and provided examples of Calculus concepts on differential equations, Laplace transforms and Complex Analysis.

Department: iDapt Research Group, Supervisor: Dr. Jennifer HsuProject: Winter Footwear Analysis• Helped gather necessary information for Canada Postal Workers on the effectiveness of footwear (boots and anti-slip devices) on varying winter surfaces (snow, ice, etc.)• Aided in the research of the factors affecting falling on stairs and their prevention• Performed data analysis using MATLAB for subjects walking up flights of stairs under varying conditions (e.g. step width… Show more Department: iDapt Research Group, Supervisor: Dr. Jennifer HsuProject: Winter Footwear Analysis• Helped gather necessary information for Canada Postal Workers on the effectiveness of footwear (boots and anti-slip devices) on varying winter surfaces (snow, ice, etc.)• Aided in the research of the factors affecting falling on stairs and their prevention• Performed data analysis using MATLAB for subjects walking up flights of stairs under varying conditions (e.g. step width, step height, footwear)• Performed and assisted in the testing of multiple footwear under varying winter conditions (e.g. dry, snow covered, wet, icy) Show less

Department: Advanced Micro and Nanosystems Lab, Supervisor: Dr. Yu SunProject: Portable Biomedical Reader for ZBx Slides• Designed a device which determines the (coloured) results of a ZBx chip that tests for the presence of harmful bacteria in cow blood• Designed C++ image processing algorithms to aid farmers in reading the ambiguous results of the ZBx chips in all lighting conditions• Collaborated with a Mechanical Engineering Masters Student in designing a stand-alone… Show more Department: Advanced Micro and Nanosystems Lab, Supervisor: Dr. Yu SunProject: Portable Biomedical Reader for ZBx Slides• Designed a device which determines the (coloured) results of a ZBx chip that tests for the presence of harmful bacteria in cow blood• Designed C++ image processing algorithms to aid farmers in reading the ambiguous results of the ZBx chips in all lighting conditions• Collaborated with a Mechanical Engineering Masters Student in designing a stand-alone device containing mini-ITX computer board and digital microscope which independently reads the results ZBx chips that were inserted into the device• Successfully applied for $25,000 lab grant to fund the continuation of this project Show less

Department: Biophotonics Lab, Supervisor: Dr. Ofer LeviProject: CUDA GPU Image Processing• Implemented parallel thread NVIDIA GPU using CUDA to increase performance time of in-vivo laser speckle contrast image processing of rat cerebral blood flow• Aided in animal surgeries from anesthetic induction to skull removal and laser speckle brain imaging