Inspiration
We've noticed challenges within our families related to medication management, particularly with the elderly who sometimes forget doses or take incorrect amounts. This inspired us to create a product that assists them in remembering to take their medication accurately.
What it does
Our product empowers caregivers to establish medication schedules for patients, including dosage instructions and specific medication types. At the designated times, Pillmaster automatically dispenses the precise medications in the correct amounts, streamlining the process.
How we built it
We developed this product employing a modular methodology, encompassing distinct elements: a core Arduino-based code, Raspberry Pi-powered color recognition algorithms, hardware interconnections, and a foundational design created through 3D Computer-Aided Design using Fusion360. Regrettably, certain features had to be curtailed due to resource and time constraints.
Challenges we ran into
We encountered challenges stemming from library dependencies and unforeseen hardware issues, including the malfunction of two SD cards, limitations in servo motor power, Wi-Fi communication disruptions, as well as the unreliability and insufficiency of certain stepper motors.
Accomplishments that we're proud of
"Within a span of under 48 hours and with limited prior experience, we successfully achieved functional code and developed a partially operational prototype.
What we learned
The hackathon served as a poignant reminder of the power of perseverance, as we navigated its challenges fueled by determination, even in the face of sleep deprivation. Our experience underscored the significance of both critical and creative thinking, as we keenly observed our surroundings and ingeniously resolved the issues at hand. Furthermore, effective communication among our team members proved pivotal in harmonizing the modular system into a cohesive whole.
What's next for PillMaster Pro Max 5G
If granted the opportunity, we aspire to enhance forthcoming iterations by increasing their reliability, integrating IoT capabilities, and optimizing costs. Additionally, our aim is to refine specific design elements to align more seamlessly with the preferences of our target demographic, thus enhancing our ability to cater to their needs effectively. We aim to introduce innovations to the healthcare system, contributing in any feasible manner to alleviate the burden on our country's medical infrastructure.
Log in or sign up for Devpost to join the conversation.