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Vertically Integrated Projects (VIP) provides UMD students of all backgrounds, disciplines, and levels of experience with the opportunity to engage in scaffolded, multidisciplinary team-based projects. 

VIP Team Information

bquinn@umd.edu

VIP Team

TestuGo: A Bluetooth Navigation & Exploration App

VIP Faculty Mentors:

bquinn@umd.edu

Mr. Bryan Quinn

Electrical and Computer Engineering

bquinn@umd.edu

Dmitry Akmal

Electrical and Computer Engineering

bquinn@umd.edu

Dr. Yanne Chembo

Electrical and Computer Engineering

Meeting Location, Day & Time:

AV Williams 1120, Tuesdays, 3:30pm-5:30pm.

Description:

Formerly known as TerpTrails. Create a real-time location-based app to guide students and visitors with tours, event alerts, and personalized follow-ups based on their interests. Current goals include developing the prototype, exploring sensor tech, designing data collection, and conducting field tests, with students encouraged to innovate future use cases. The overall goal of this project is to create a location-based tool for students, faculty, staff and visitors to inform them of general information and events happening around them in real time. For example, a prospective student visiting campus can take an App guided tour based upon the major(s) they are interested in, visiting the facilities and learning about all the major has to offer. Based upon App-collected data, including where they visited and how long they spent at each location, a follow-up email can introduce them to staff that can answer questions. Further follow-up emails would remind them of application deadlines and the availability of scholarships. Another example would be letting a student passing a building know that there is currently free pizza at an event inside.

Current project goals include developing the prototype App, exploring the potential of sensor technologies, designing data collection processes, developing additional use cases, and setting up and conducting field tests. Students will be encouraged to develop ideas for future use cases, using data to predict and suggest events/locations users have previously visited. This will include the opportunity for students to lead development of future features based on use cases.

Topics include:

Coding/App Development
Introduction of augmented reality
Machine learning
Indoor wayfinding
Sensors
Internet of Things

Methods:

Machine Learning, Bluetooth Communications, Indoor Wayfinding, App Development

Majors:

Bioengineering
Civil Engineering
Computer Engineering
Electrical Engineering
Materials Science andEngineering
Mechanical Engineering
Computer Science
Information Science
Graphic Design

Preferred Interests:

Experience in any of (Java, Kotlin, Swift, JavaScript, mobile development, web development).

Related Sites:

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