Managing contact information from business cards and digital sources can be inefficient and error-prone, leading to duplicates and inconsistent records. This project addresses that challenge by developing Rollodex, a system that captures, extracts and organizes contact data using optical character recognition and structured workflows. The platform includes automated parsing with human review to verify accuracy….

Patients recovering from injury or managing physical therapy often lack consistent support between clinic visits. This project addresses that challenge by developing PhysioApp, a digital physiotherapy companion that helps users follow prescribed exercise plans and track progress over time. The platform provides a structured approach to rehabilitation, supporting consistency and independent use. The goal is…

Underwater exploration requires flexible systems that can move efficiently while collecting environmental data. This project addresses that challenge by developing a submersible exploration device designed for multidirectional movement using propeller-based propulsion. The system integrates sensors to measure speed, water temperature, depth and distance to obstacles, supporting safe operation. A compact design houses all subsystems and…

Underwater exploration requires systems that can operate reliably under pressure while collecting accurate data. This project addresses that challenge by developing the Rugged Submersible Surveyor, an aquatic probe designed for safe and controlled underwater operation. The system includes a sealed chassis to protect internal components and integrates sensors for distance, temperature and pressure. Thrusters support…

Fire departments rely on drug boxes and narcotics pouches during emergency response, but tracking these assets in real time can be difficult. This project addresses that challenge by developing a smart tracking system using Bluetooth Low Energy and a Raspberry Pi base station. The system monitors asset presence, detects separation events and generates alerts when…

Collecting and analyzing subsurface data in challenging environments requires coordinated and reliable systems. This project addresses that challenge by developing the Subterranean Rover, a platform designed for underground exploration and surface sampling. The system integrates sensing, wireless communication, a user interface and a motor-driven drilling mechanism within a durable, all-terrain chassis. Its modular design supports…

Exploring remote or hazardous environments requires systems that can collect and transmit data reliably. This project addresses that challenge by developing Project X, an investigative rover designed for autonomous and remote operation in a simulated planetary setting. The system gathers environmental, imaging and navigation data while streaming telemetry in real time. Its modular architecture supports…

Creating organizational goals can be time-consuming and inconsistent, particularly without structured guidance. This project addresses that challenge by developing an AI-powered goal builder for the Aligned Rewards platform. The system guides administrators through defining goals, generating measurable key results and managing drafts before publication. It includes role-based access controls and supports draft recovery to maintain…

Accurate celestial observation can be difficult with compact and accessible equipment. This project addresses that challenge by developing EV-Scope, a Wi-Fi enabled automated telescope designed for precise tracking and imaging of distant objects. The system integrates wireless control, a user interface and automated positioning hardware within a compact design. It supports reliable tracking while remaining…

Navigating complex platforms can be time-consuming and difficult for users. This project addresses that challenge by developing a conversational AI assistant for the Aligned Rewards platform that enables interaction through text or voice. The system allows users to complete tasks and retrieve information using intent-based commands instead of traditional navigation. It includes secure, permission-based access…