I am an analytical and driven Biomedical Engineer with a background in mechatronics, biomechanics, and musculoskeletal health research. I am skilled at solving complex technical problems, communicating insights across disciplines, and thriving in collaborative, fast-paced environments. My passions include applying engineering expertise to advance medical devices, biomechanics research, and patient outcomes.
Objective: I aim to secure an engineering position in the Biomedical Engineering industry by April 2026
Mission: Aspiring to improve the quality of life of others through my knowledge and expertise as an engineer
Master of Engineering Science (MESc), Biomedical Engineering Western University
May 2024-March 2026 [Expected]
May 2025-August 2025
2019-2024 Deans Honour List
2019-2024 Deans Honour List
Applied advanced imaging techniques (4DCT) and motion analysis to study joint kinematics, bone mineral density, and osteoarthritis progression, with a focus on developing clinically meaningful insights.
Developed MATLAB pipelines for coordinate system generation, PCA-based orientation, and helical axis computation, streamlining biomechanics workflows and improving reproducibility.
Experienced in designing and prototyping medical and mechatronic devices using CAD modeling, 3D printing, and material selection. Skilled at integrating mechanical, electrical, and software components to develop functional prototypes, with a focus on accessibility, safety, and real-world application.
Shared research through conference presentations, posters, and publications, while collaborating across engineering and clinical teams. Experience mentoring peers and leading student initiatives.
I have always enjoyed learning new skills and challenging myself through professional development. Here are some of the certifications I’ve completed.
I have a wide range of interests that keep me inspired and balanced.
Community Involvement – Active participation in student council and leadership initiatives, with a focus on advocacy and creating meaningful student experiences.
Fitness & Training – Strength training, F45 classes, and preparing for races & competitions (HYROX, Half Marathons, 5Ks).
Adventure & Lifestyle – Downhill skiing, scuba diving, and staying active through travel and outdoor sports.
Continuous Learning – Exploring new skills through professional development, certifications, and hands-on projects to stay curious and grow as an engineer.
Public Speaking & Mentorship – Sharing research at conferences, mentoring students, and leading initiatives that build community and knowledge exchange.
