I am a mechanical engineering student at the University of Alberta with a focus on biomedical applications. My experience spans laboratory research, Python programming for image analysis, CAD design for bioprinting applications, and MATLAB for data acquisition. I have developed expertise in histological analysis, molecular biology techniques, and biocompatibility testing while maintaining a 3.97 GPA and leading multiple engineering projects.
In my free time, I enjoy Badminton, Piano, Weightlifting, and Mixed Martial Arts.
The Mock Circulatory Loop project involved designing and validating a benchtop cardiovascular flow system to simulate physiological pressure and flow conditions for cardiac device testing. I calibrated and validated multi-channel pressure...
EduCamp is a student-led program for Grades 5–9 that empowers young learners to tackle global challenges. I've been the President of EduCamp for 2 years, and have hosted multiple camps. Through interactive workshops, debates, and hands-on...
BEADDA is an AI-driven physiotherapy system integrating EEG, EMG, and computer vision to measure cognitive and physical performance in real time. I built a unified biosensing pipeline by integrating OpenBCI EEG and EMG hardware with...
This project focuses on developing an autonomous ultrasound scanning system using Unity, ML-Agents, and Soft Actor-Critic (SAC) reinforcement learning. I built a high-fidelity simulation environment with deformable tissue models (CRESSim-MPM) and...
In the Adesida Laboratory, I contributed to cartilage tissue engineering research by developing automated imaging pipelines, performing histological and biochemical assays, and optimizing 3D bioprinting workflows. I created a Python-based image...