Theme
Energy

Location
C-100

Title
Smart Pill Box


Team Members
Anna Yeakel, Nikita Filippov, Siddharth Narayanan


Advisor(s)
Dr. Sasan Haghani

Abstract
Medication non-adherence remains a critical healthcare challenge, often leading to adverse health outcomes and increased medical costs. Many existing pill management systems are either too costly, overly complex or lack mobile integration—factors that hinder widespread adoption and ease of use. In this project, we present the design and implementation of a low-cost, portable smart pill-tracking device integrated with a mobile application to enhance adherence through real-time monitoring and reminders. The device is based on an Arduino microcontroller,
supported by three weight sensors for independent pill tracking across three compartments, and features Bluetooth connectivity for seamless data synchronization with the app. The mobile application allows users to schedule customizable and recurring dosage reminders, receive refill alerts based on real-time consumption, and manage multiple medications efficiently. Designed for practicality, the device is powered by a rechargeable battery that lasts over two weeks, making it ideal for regular use without frequent maintenance. The enclosure was designed using
CAD tools and 3D-printed in durable, lightweight plastic, featuring magnetic locks for secure yet accessible storage. The total build cost of $55 positions this system well below the price point of existing commercial solutions without compromising functionality or usability. Our prototype demonstrates that effective and affordable medication management is achievable through smart integration of software and hardware.

Poster
[LINK]

Video
[LINK]