A virtual reality environment for shopping at the ASU Bookstore to provide an alternative to in-person shopping. This bookstore lets you browse ASU merchandise right from your home just like if you were in the store.

In this project, our team built example cases for the GW1NRF-4B SoC that utilizes maximum throughput with the onboard Bluetooth Low Energy module. By programming the FPGA to use MJPEG compression and using the MCU to control the Bluetooth module, we were able to stream data to a mobile application and vice versa and showcase the high throughput capabilities of the board while maintaining a low energy profile.

The goal of our capstone project is to produce an ArcGIS dashboard to help inform and educate residents of South Phoenix about the characteristics and trends of air pollution, specifically particulate matter 2.5 (PM2.5) and Air Quality Index (AQI). The dashboard displays measurements recorded by IoT sensors throughout South Phoenix. The secondary goal is to estimate PM2.5 values between sensor locations using machine learning (WIP).

The Mapping and Localization using LIDAR project consists of collecting 3D scans of buildings at Arizona State University and publishing them to a web server for viewing in a web browser. Users can access a fully interactive 3D scan of select buildings in their web browser via a hyperlink provided on the ASU ArcGIS map.

Monkey Fist Is an exciting 2-D turn-based action fantasy game. Designed with procedurally generated levels and maps. Gamers control fun animated characters that are used by the player and an aggressive A-I Opponent, all done in the retro style of a 90’s console game.

A platform to provide resources to veterans in order to help them transition into civilian life. The platform is similar to LinkedIn/Handshake in some sense but has key differences in features as well.

Our project is a mobile application designed with Emergency responders in mind. It’s an application that will utilize off the shelf technology for biometrics and gps location. It is designed to help coordinate emergency efforts with multiple organizations and public assistance. Additionally, it will soon support the use of Augmented Reality with HoloLens and live video from drones.

ThinQ.tv – Tiny TVs Everywhere was a project to create 6 configurations of a small microcontroller driven display that can be worn as a necklace, belt attachment, or some other accessory. The main goal was also to create build descriptions that can guide students and enthusiasts through recreating these devices for themselves. The final product is intended to be a full DIY kit that has almost everything one would need to build these devices at home.

Our project is an application that monitors body temperature of several users and displays it in an easy to read manner. Listen technology will be used in the field as well in training to monitor heat stroke or loss of blood.