Member since September 2023, elected as a Team Lead in September 2023, elected as President in April 2024
e-NABLE at Virginia Tech is a prosthetics engineering club that creates low-cost assistive devices to aid adults and children with medical conditions.
In 2023, joined the Technical Assistive Devices sub-team, where I was voted as Team Lead, and led the development of a novel, low-cost device called the "Three-Tab Keyguard". In 2024-2025, I served as President, where I fully restructured the club's organization and operations to better support its needs and exponentially increase its growth, growing e-NABLE VT into one of the most prominent e-NABLE chapters in the United States.
In 2023, I joined the Technical Assistive Devices sub-team and was voted as a team lead, where I worked with Virginia Tech's Training and Technical Assistance Center to create devices to help local elementary school special needs program. In this role, I led the development of an iPad keyguard device to help students with a combination of speech deficiency and motor control disabilities use text-to-speech apps to communicate with their teachers. This involved designing and manufacturing through 5 different prototypes.Â
The device is currently being used in 3-5 elementary schools throughout Southwest Virginia, and I have since presented it at the Harvard National Collegiate Research Conference, and the National Conference on Undergraduate Research in Pittsburgh, where it won 1st place in the conference's "Engineering Research Competition" award against 600+ participants.
Original Model
Poor quality, falls out of iPad
Prototype #2
Utilized a three-tab design to leverage iPad case structure. Clear and visible, but too thin and subject to cracking
Prototype #3
Much cleaner looking, good thickness, and more durable, though loses visibility compared to prototype #2
Prototype #4
Durable, and tactilely effective, yet includes glue spotches, less clean looking
On the left is the final product: a 5mm acrylic keyguard designed for Virginia's special needs program's standard iPad case. The keyguard attaches securely by leveraging the headphone jack, power button, and home button slots in the case using chamfered tabs. This device improved on the each of the previous prototypes, and proved to be more stable, durable, and tactilely effective.
By using this design that simplifies commercial keyguard designs (which often use additional straps and magnets as attachment mechanisms), this device dropped the cost from the market price of $50-$150 down to a manufacture cost of only $3.30 per unit, enabling us to provide them to elementary schools free of charge.
In 2024, I was elected as President, where I fully restructured the club's operations to better support its needs and exponentially increase its growth. I revamped the team lead interview process, reorganized the club's outreach system by introducing new outreach leadership positions and executive board meetings, and fostered connections with national and international clients, including the World Action Fund in Uganda and local medical school programs throughout Virginia to create devices for patient needs.
This in turn grew the club from having 3 sub-teams helping a few clients, to 6 active sub-teams helping over 800 total adults and children with medical disabilities. I supported 4 of these sub-teams towards their projects (including my 2023-24 keyguard team) getting accepted and presented across 2 national conferences. I also led the establishment of new club funding sources and developed a system for greater member and team lead recruitment to support the project growth, all of which resulted in our club growing from 50 to 135 members in one year and becoming one of the currently most prominent e-NABLE chapters in the United States.