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Capstone Senior Design Expo
Rutgers logo
Capstone Senior Design Expo

Design, Analysis, and Manufacturing of a Carbon-Fiber Wrapped Rocket Nozzle

Carbon Composite Rocket Nozzle
T10_MAE_188.jpg
Design, Analysis, and Manufacturing of a Carbon-Fiber Wrapped Rocket Nozzle
Student Team
Ian Rosenheim; Kael Jespersen; Dario Gosevski; Alex Furman; James Lavery; Shane Huebscher
Advisor(s)
Dr. Haim Baruh
Sponsor(s)
New Jersey NASA Space Grant Consortium
Abstract

The implemented prototype, called CaneMate, consists of a detachable housing that securely clamps onto a standard white cane without permanent modification. Core subsystems include an ultrasonic distance sensor mounted at an optimized angle for forward scanning, a vibration motor paired with a haptic driver for tactile alerts, an audio feedback module with a compact speaker, and a rechargeable lithium-ion battery system with voltage regulation and USB-C charging capability. The enclosure is designed to be lightweight, durable, and compatible with additive manufacturing using 3D printing and commonly available hardware. Emphasis was placed on ergonomic placement and balanced weight distribution to ensure that the attachment does not interfere with normal cane use.

Discipline(s)
Mechanical and Aerospace Engineering
Theme
Flight, Propulsion & Space Systems
Poster Number
188