Resume

California Polytechnic State University - San Luis Obispo

• M.S. - Biomedical Engineering | GPA: 4.0
• B.S. - Biomedical Engineering | Mathematics Minor | GPA: 3.98

Apple | Health Technologies R&D Engineering Co-Op

Sunnyvale | Jan. 2025 - Aug. 2025

• Built a Python image analysis library with 11 modules, handling preprocessing of RAW & Apple-internal image formats in addition to leveraging color science & OpenCV to evaluate the colorimetric performance of multiple image processing pipelines in development
• Abstracted complex image analysis workflows into two simple CLI tools for end-user accessibility
• Refactored codebase to reduce analysis time by ~98% during multi-region analysis per image
• Assembled portable fixture and wrote controls library utilizing OOP & coroutines for a linear actuator to enable various potential human studies in a new lab, saving the team $100k+ in equipment cost
• Integrated linear actuator and robotic arm programs with scripted image collection and streamlined data offloading, sorting, parsing, & reconfiguring to reduce human study visit time by ~33%
• Lead repo collaboration using git branches, standardized module documentation, and readable code
• Managed human study logistics, visit execution, and data labeling to provide a ML classification model test set, along with assisting in FA to pinpoint specific data needs for model aggressors

Abbott | Mechanical R&D Engineering Co-Op

Sylmar | Jul. 2024 - Dec. 2024

• Product & process development for a novel pacemaker, involving header, mold, fixture, and seal design
• Supported execution and documentation of DV, TMV, IQ, OQ, DOE, etc. for ICD manufacturing processes
• Performed 3D X-ray CT scans on devices to investigate device failures and validate relevant dimensions

Cal Poly - Dr. Long Wang | Project Lead, Corona-Enabled Electrostatic Printing Sensors

San Luis Obispo | Jul. 2023 - Jul. 2024

• Directed project scope & workflow and trained new team members on necessary experimental equipment
• Processed images of microscopically-captured piezoresistive sensor microstructures in MATLAB
• Investigated sensor piezoresistivity via FEA on deformed carbon nanotube microstructures
• Used MATLAB algorithms to statistically reconstruct microstructures for a more extensive data set

Cal Poly - ME Department | Instructional Student Assistant

San Luis Obispo | Sep. 2023 - Jun. 2024

• Graded for Introduction to Detailed Design with Solid Modeling, Dynamics, & Intermediate Dynamics
• Provided over 100 students feedback on proper dimensioning and GD&T practices in technical drawings
• Consulted on technical and assembly drawings for 15 mechanical engineering senior projects

Cal Poly | Lower-Limb Exoskeleton Assist Project

Mechanical Systems Project Manager | Jun. 2023 - Jun. 2024

• Organized team structure and propelled progress on redesigned exoskeleton prototype
• Designed, analyzed, and machined revisions of cycloidal and planetary gearboxes for exoskeleton joints
• Collaborated with controls teams to integrate software and electronics with physical parts

Clinical-Kinesiology Team Lead | Sep. 2022 - May 2023

• Structured and facilitated team research into physiological risks for a paraplegic user
• Analyzed literature on human gait to define torque and rpm specs to drive joint design
• Worked with other teams to further implement user safety into exoskeleton design

Cal Poly, Human Motion Biomechanics Lab | Undergraduate Researcher

San Luis Obispo | Oct. 2022 - Jun. 2024

• Continued development of a discrete, wearable device to monitor spine posture and strain
• Screen-printed piezoresistive, ethyl cellulose carbon nanotube ink in strain rosettes
• Collected, post-processed, and analyzed data pertaining to human gait and balance