Biomedical Engineer specializing in biomechanics and medical imaging, applying 4DCT and data-driven analysis to quantify joint mechanics and support medical device development.
I have experience across cadaveric testing, motion capture, and 3D-printed device design, with a focus on translating clinical insights into engineered solutions.
Currently seeking medical device R&D roles (2026) focused on product development, testing, and biomechanical analysis.
FEATURED PROJECTS
Developed MATLAB pipelines to generate joint-specific coordinate systems and analyze dynamic motion using 4DCT imaging
Computed helical axes of motion and joint kinematics from SlicerAutoscoperM-derived transformations
Quantified subchondral bone mineral density (vBMD) using calibrated CT data and depth-resolved regional analysis
Integrated kinematics, bone density, and contact mechanics into a unified framework to assess OA progression
Designed a semi-permanent “ski-walker” attachment compatible with standard walkers to improve stability on snow and ice
Prototyped and iterated using 3D printing to optimize fit, durability, and usability
Performed SolidWorks simulation and material testing to evaluate stress distribution, stability, and slip resistance
Optimized geometry to prevent sinking in snow while maintaining indoor functionality
Designed wireless wearable device with IMU + PCB integration
Streamed real-time kinematic data for motion tracking
Built and tested a fully functional prototype
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.
