Creating a prosthetic hand and upper extremity model repository for e-NABLE's NIH3D online catalog.
A smart medication manager that dispenses medication at the right dose at the right time. Designed with both at-home and on-the-go use in mind.
Co-Founder - Responsible for 3D product design and UX/UI of an automated pill dispenser. Collaboration with team to ensure the product fits pricing model.
ERA.Band is a batteryless, NFC-enabled bracelet designed to promote mindful social media use. By requiring users to tap their bracelet and select a reason for accessing an app—Boredom, Need, or Curiosity—it introduces a deliberate pause in digital habits, encouraging intentional and reflective engagement with technology.
Co-Founder - Acting as lead in website creation, 3D design, and manufacturing
Brandeis University's 48-hour hackathon for social good
Brandeis University's 48-hour hackathon for social good
I envisioned and developed a product that manages complex data management solutions for small healthcare organizations.
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QuickSlot Health is a hybrid tool for private practice physicians to automate and organize the electronic medical record (EMR), enhancing efficiency, reducing charting time, and offering deeper patient insights.
Co-Founder - Lead on development and design
Brandeis University's 48-hour hackathon for social good
Brandeis University's 48-hour hackathon for social good
Designed and built a tool to automate analysis of critical nonprofit reports.
and Service Areas in Toronto
This project explores the spatial relationship between diabetes prevalence and accessibility to healthcare services across the city's neighborhoods. By mapping these patterns, areas with potential healthcare delivery gaps can be identified, informing decisions to improve public health outcomes and equitable resource allocation.
Conducted through a network analysis simulating travel to medical facilities within three catchment zones representing varying levels of service areas, I estimated travel times based on ZocDoc data, which indicated that 10 am on Tuesdays is the most common time for doctor’s appointments. The travel and road simulations were set to begin at 9:30 am.
Full research details, including methodology, analysis, and sources, are available upon request.