SenseConnect

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  My TinkerCAD model

Inspiration

The inspiration for SenseConnect came from a single thought: What if technology could not only help people survive but allow them to truly connect with the world around them? I imagined what it might feel like to navigate a crowded street without sight or to have emotions trapped inside because you couldn’t speak them out loud. These challenges, faced by millions every day, motivated me to design a solution that combines object recognition and emotion communication in a single, elegant wearable device. SenseConnect was born from a desire to restore independence, dignity, and human connection.

What it does

SenseConnect is a revolutionary assistive wearable designed to transform everyday life for people with disabilities. Using a compact camera ring, it recognizes objects in real time and sends distinct vibration feedback, allowing users to confidently navigate their surroundings. For those who are non-verbal, SenseConnect enables seamless emotional expression through vibration cues and connected notifications. Its modular design allows components to be detached, upgraded, or customized, making it versatile and practical for different needs. Ultimately, SenseConnect delivers freedom you can feel and a voice you can wear.

How we built it

I brought SenseConnect to life using advanced computer-aided design tools to meticulously model each component. The main housing was designed to house tactile buttons, vibration motors, and Bluetooth connectivity in a compact form. A detachable magnetic camera ring with a precision lens was crafted for accurate object detection. The ergonomic wristband was shaped to fit comfortably, with medical-grade materials ensuring safety and durability. Throughout the design process, I focused on engineering principles that prioritized usability, modularity, and water resistance, ensuring the device could be worn daily without discomfort.

Challenges we ran into

Building SenseConnect was a challenge of balancing form and function. Designing a compact housing that could still hold motors, sensors, and a battery while remaining lightweight was a complex task. Engineering a magnetic connection system that was both strong and easy to detach required careful thought. Maintaining waterproofing without compromising aesthetics pushed me to refine the design multiple times. The biggest challenge was ensuring accessibility for people with limited vision every button, curve, and texture had to be intuitive to touch and effortless to use.

Accomplishments that we're proud of

I’m proud that SenseConnect is more than just an idea, it’s a fully realized, modular assistive wearable that addresses two major barriers for people with disabilities: safe navigation and non-verbal communication. I successfully created a professional, ergonomic CAD model that is ready for prototyping, while keeping the design inclusive and discreet enough for daily use. Turning this vision into a tangible solution during this hackathon feels like a real step toward technology that empowers rather than isolates.

What we learned

Through building SenseConnect, I learned how essential it is to design not just as an engineer, but as an advocate for the end user. I deepened my skills in CAD modeling, wearable ergonomics, and modular engineering while also understanding how critical accessibility-first design is to innovation. This project taught me that true engineering success is measured not by complexity, but by its power to solve meaningful, human challenges.

What's next for SenseConnect

SenseConnect is just the beginning. The next step is to build a physical prototype through 3D printing and test it with real users to refine its design and functionality. Future development will include AI-powered object recognition for smarter assistance and more customizable vibration feedback for emotional communication. I also plan to collaborate with accessibility organizations to bring SenseConnect to people who can benefit from it most. This project started as a hackathon challenge, but it’s grown into a mission, to create a future where no one feels unseen, unheard, or disconnected.

Built With

• tinkercad