Many people in the United States own trucks and SUVs, these vehicles are designed to carry heavy/bulky loads. There is currently no effective and affordable tool that can be used to aid the loading and unloading of these heavy/bulky items. Our lift aims to solve this problem

This project worked to develop cheap and reliable antenna and solar panel deployment mechanisms for CubeSats.

Designed a compatible payload that can deliver health supplies to rural areas. The payload accommodates a robotic arm that can be controlled by the remote physician and easily switch out different medical tests and supplies.

We have designed a custom stycast distribution tool for the Copper State Bolt & Nut product, the LMF+ Bolt. The design that was chosen consists of a number of parts that required engineering analysis. These parts include the linear actuator, syringe, testing fluids, purging system, and distribution nozzle.

Our project is M.R. G.L.A.S.S. (Modular Remote Grass Leaf And Snow System). The team sought out to create a device which will aid those that are incapable of performing physical but simple lawn care tasks. The general function of our project consists of an RC car which has the ability to traverse lawns and other terrains with a robotic arm mounted onto it. This arm can hold multiple attachments, primarily a bucket, to scoop certain objects which lay on a lawn. 

The Innovative Devils capstone team proudly presents the Mobility Mate, a mobility chair designed to empower individuals with mobility limitations, facilitating entry and exit from vehicle passenger seats with greater ease. Leveraging a combination of a scissor jack for vertical mobility and fabricated features like the chair with folding armrests, our project strengthens accessibility for our user. Through testing, function verification and user-centric design, the Mobility Mate enhances the mobility experience.

This RC lawn mower was designed as a low cost option for those that struggle to use traditional lawnmowers. 

Our capstone team recognized the need for an automatic silverware wrapping machine for the restaurant industry, and set out in designing our own prototype. We managed to design two subsystems: one for dispensing silverware, and one for dispensing napkins. We achieved the foundation of a system that can be further developed into an affordable option for small to medium-sized restaurants in their cutlery preparation

The Rainguard Pro is a rainwater harvesting system designed to capture, store, and treat rainwater for potable use. Our goal is to deliver a low-cost, all-in-one water harvesting system that provides users drinkable water as well as reduce the reliance on the municipal supply.

The project aims to create an affordable and modular ROV that can be customized for various experiments.