ECE Archive

Our team designed a line of sign communications system that sends text messages between two devices using infrared lasers.

We designed an ML-Driven Wirelessly Controlled Robot which uses machine learning to detect objects of a given class and automatically navigate towards the closest one within its camera view. The robot is able to detect over 80 different classes of objects, and can also be controlled via three modes: Physical Joystick, ML Object Detection, and Web‑Based Virtual Joystick.

Problem Statement In the Computer Studies Building (CSB), transporting exam materials or heavy items is a necessity for students and faculty. Utility carts are often misplaced or not returned. Our…

Team Members Mentors Abstract The problem of detecting wildlife populations in remote areas, where in-person monitoring can be challenging. Our proposed solution is an automatic wildlife detection and monitoring system.…

Team Members Yunji Kim – B.S. Audio and Music Engineering ‘25Zian (Alan) Wang – B.S. Audio and Music Engineering ‘25Haochen (Glenn) Xiong – B.S. Audio and Music Engineering ‘25Samuel Yang…

Team Members Colin Blake, Electrical and Computer Engineering ’24Hugh Gallagher, Electrical and Computer Engineering ’24Eric Wenner, Electrical and Computer Engineering ’24 Mentors Jack Mottley, Daniel Phinney, Tre DiPassio Project Description…

Two part system for collecting weather data and sending it back to a user in the form of a bedside alarm clock.

Are you tired of wasting time and money delivering packages and items around the University of Rochester campus? Look no further than our cutting-edge Autonomous Delivery Robot! With this autonomous robot (nicknamed RPS), you can rest assured that your deliveries will be made safely and efficiently, without the need for constant human intervention.

Team Mentor Professor Mottley and Professor Phinney Abstract Wildfires burn 7 million acres of land in the US every year. We present a read-out integrated circuit (ROIC) designed to be…

Team Mentor Professor Mottley and Professor Phinney Abstract Our project aims to solve the problem of communicating within line-of-sight in a noisy environment. To solve this problem, we designed and…