Oakton Enable is a student-founded biomedical startup designing real-world solutions for people living with neurological challenges - starting with Parkinson's disease.
We tackle real biomedical challenges through student-built design, research, and hardware - turning early technical talent into meaningful medical impact.
Experience the assistive technology concept as a standalone page instead of a floating bottom-left panel. This is where the system behavior and signal readout live.
This concept translates tremor motion into a calmer, more deliberate output. The goal is not to remove motion entirely, but to make the signal steadier and easier for the user to control.
Oakton Enable is where biology meets engineering, where empathy drives design, and where a focused founding team takes on medicine's hardest problems.
We operate in the space between clinical need and technical possibility - choosing problems rooted in real human experience, and building solutions with dignity at the center of every design decision.
"We exist to engineer hope - for the patients who wait, for the families who struggle, and for a future where transformative technology is accessible to everyone who needs it."
We design our products to be biodegradable, environmentally responsible, and economically accessible to the people who need them most. Unlike many commercial devices that remain out of reach because of their high cost, we focus on practical, low-impact solutions that can serve more communities without sacrificing care, quality, or dignity.
We create thoughtful biomedical tools that blend empathy, engineering, and storytelling - starting with IsoWrite and expanding into a wider family of accessible products.
Every idea starts with a person, not just a problem statement. We design with dignity, usability, and impact in mind - whether it's a writing aid, assistive interface, or a future daily living tool.
Every concept begins by understanding how someone lives with a challenge day to day.
We move from sketches, to CAD, to physical prototypes and improve through iteration.
IsoWrite is our first milestone, but our broader vision is a future ecosystem of inclusive products.
IsoWrite is our flagship project - a student-designed assistive writing tool built to reduce the impact of Parkinson's-related tremor and help users write with steadier, more natural control.
We are building a foundation for a future portfolio of tools that make everyday life more accessible, expressive, and easier to navigate.
Assistive writing technology for Parkinson's-related tremor stabilization.
Compact products that support routine tasks with more comfort and less friction.
Accessible devices that help people express ideas clearly and independently.
A growing collection of thoughtful tools designed for dignity, ease, and connection.
Every mechanism we design starts with a question we can't answer from intuition alone. This is where we track what we're reading, what we're testing, and what we still don't know.
Understanding the frequency, amplitude, and variability of Parkinsonian hand tremor - the baseline every stabilization mechanism has to be measured against.
Comparing approaches to separating intentional motion from involuntary oscillation in real time, from simple smoothing to more adaptive filtering logic.
How grip, weight distribution, and feedback affect whether an assistive tool actually gets used day to day - not just whether it works on a bench.
Conversations and community feedback that shape our priorities - making sure we're solving problems people actually have, not ones we assume they have.
An internal writeup documenting the engineering decisions behind IsoWrite's sensing and stabilization approach.
A summary of existing published approaches to separating tremor from intentional motion, to be shared publicly once complete.
Observations from early prototype testing sessions, once we have enough data to report responsibly.
We don't publish research findings until they're ready to stand on their own - no placeholder data, no premature conclusions. Check back as these move from drafting to published.
We're finalizing our 3D models and will publish all design files publicly via OnShape once they're ready for review. Full assembly models, component breakdowns, and print-ready STLs will all be available.
Our members are actively working on individual projects spanning programming, electrical design, 3D modeling, and research writing. This gallery will be populated as projects reach shareable milestones.
As founding president, Arnav provides the vision, strategic direction, and leadership that holds Oakton Enable together. He coordinates across disciplines - ensuring that programmers, designers, and researchers are working in concert toward a coherent goal. His leadership is defined by inclusivity, rigorous standards, and a personal belief that student innovation can and should matter in the real world.
Aditya serves as the intellectual and external bridge of Oakton Enable. As Head of Outreach and Research, he digs deep into medical literature, connects the startup with patient communities, and shapes how the team communicates its work. He also contributes as a core programmer - translating research findings into functional software and control logic for the IsoWrite's sensor systems.
Christopher is the creative force behind Oakton Enable's physical product development. Working in professional-grade CAD software, he translates engineering concepts into precise, printable, and ergonomically considered 3D models. His designs balance aesthetics, manufacturability, and function - and his work on the IsoWrite's housing and mechanical stabilization mechanism is central to making the concept real.
Arjun is the technical backbone of the IsoWrite's electronics and embedded systems. As both a programmer and circuit designer, he bridges the gap between software and hardware - laying out PCBs, selecting components, and writing the low-level firmware that makes real-time tremor cancellation actually run. Without his expertise in embedded systems and electrical integration, the pen remains a design on a screen.
Samarth shapes how Oakton Enable looks and sounds to the outside world. He leads photography, video, and content strategy - documenting builds, testing sessions, and milestones, then turning that raw footage into the story that shows people why IsoWrite matters. His work is what makes the startup's progress visible, shareable, and easy to rally behind.
We're always looking for passionate Oakton students. No prior experience required - just curiosity and commitment.
Apply Now 'Meeting times, project milestones, and news will be posted to our Instagram first. Follow us there to stay current.
Fill out our interest form and we'll be in touch. We'd love to hear from you - regardless of your background or skill level.
Fill Out the Interest FormNo experience required All grades welcome All interests considered
We are building a student-led biomedical engineering program that turns curiosity into real-world medical impact. If your organization is interested in supporting research, mentorship, equipment, or community outreach, we'd love to connect.