3. Programs Archive

Team Members Customer Faculty Advisor Prof. Jaime Cardenas Abstract The camera system of Circle Optics is a 360-degree field-of-view stitching-free camera system used for small drones, entertainment, or robotics. The…

Table of Contents Team Members Duy Doan M.S. Student in Biomedical Engineering at University of Rochester – CMTI Ben Amadi M.S. Student in Biomedical Engineering at University of Rochester –…

Author Mentor Professor Ajay Anand Sponsor Zalliant Abstract Zalliant wants to quickly detect abnormal events happening on cattle to increase dairy cow milk production efficiency. Thus, the goal of this…

Team Members Customer Ali Basiri & Luke Potter Faculty Advisor Michele Cotrufo Abstract The envisioned product is a cutting-edge optical correction system leveraging actively tunable metasurfaces. Designed specifically for the…

Team Members Customer Kirill Sobolev, ASML 1 Abstract The purpose of our project is to design an objective lens for the ORION wafer alignment system in ASML’s next-generation lithography machines.…

Designing a light relay apparatus for an experiment at the Laboratory of Laser Energetics

In order to help vineyards in the Finger Lakes region with frost prediction, we built a Hidden Markov Model matching algorithm that computes log-likelihood scores between seasons. We implemented seasonal grouping in this approach.

A cardiac phantom model has been developed as an experimental and demonstrative tool for left atrial appendage (LAA) occlusion procedures. In patients with non-valvular atrial fibrillation, blood flow stagnation in the LAA, a small protrusion extending from the left atrium, can induce clot formation and subsequent stroke. The heart phantom offers a platform to evaluate the efficacy of occlusion devices and features highly-regulated pulsatile flow, the ability to modulate the base diameter and wall thickness of the LAA, and visualization of flow dynamics within the appendage.

Author Ellen Jiang Mentor Susana Marcos This project is done in collaboration with the Center for Vision Science and Bausch & Lomb Abstract Bifocal and multifocal contact lenses are industry-leading…

Abstract The aim of this project is to explore designs for a vibrometer for semiconductor wafer measuring machines. These wafers power all of our modern computers and cellphones, and are…

Author Jingyan Yu Lucy Chen Xinyi Liu Veronica Chistaya Advisor Cantay Çalışkan, PhD Sponsor Jack Bramley and Irena P. Boyce, Ph.D Overview Working closely with the UR Medicine Quality Institute,…

DiscSense is aiming to advance athletes' throwing skills through the development of a gyroscopic sensor that tracks the end conditions of throws. Throughout our capstone project, we concentrated on building a classification model that will aid athletes in recognizing patterns of successful throws and pinpoint prevalent errors.