Celebration of Scholars
Building Geo Apps for a Smarter Campus Community
Name:
Richard Ward
Major: Classical Archaeology
Hometown: Tinley Park, IL
Faculty Sponsor:
Wenjie Sun
Other Sponsors:
Type of research: Course project
Name:
Daisy Bower
Major: Physics
Hometown: Taylor Ridge, IL
Faculty Sponsor:
Wenjie Sun
Other Sponsors:
Type of research: Course project
Name:
Nicholas Bussian
Major: Environmental Science
Hometown: Lena, IL
Faculty Sponsor:
Wenjie Sun
Other Sponsors:
Type of research: Course project
Name:
Bryan Collins
Major: Geography and Earth Science
Hometown: Bettendorf, IA
Faculty Sponsor:
Wenjie Sun
Other Sponsors:
Type of research: Course project
Name:
Matthew Freer
Major: Geography and Earth Science
Hometown: Naperville, IL
Faculty Sponsor:
Wenjie Sun
Other Sponsors:
Type of research: Course project
Name:
Ryan Maeder
Major: Geography and Earth Science
Hometown: Dubuque, IA
Faculty Sponsor:
Wenjie Sun
Other Sponsors:
Type of research: Course project
Name:
Michael Omohundro
Major: Geography and Earth Science
Hometown: Lake Forest, IL
Faculty Sponsor:
Wenjie Sun
Other Sponsors:
Type of research: Course project
Abstract
The Applied GIS (Geographic Information Science) Projects Class was made aware of two potential needs for certain services on campus: reporting maintenance issues on campus, and the student concern of not being aware of when the security shuttle would be running to certain stops. The class looked at these issues from a geospatial standpoint and thought we could use our recently acquired GIS techniques, particularly building Geo Apps to help collect and share the desired data and information with the target audience in a more convenient way. Our class decided to attempt to help with these issues by applying GIS solutions and app creation techniques to facilitate the submission and tracking of maintenance issues and display near-real-time information regarding the Shuttle’s current position, available seats, and anticipated route.
With the maintenance app, it transformed the current deeply-buried, web-based maintenance request into an app (both web and mobile) that allows users to input their location (indoor or outdoor) and basic information regarding their maintenance request through a computer or a mobile device. Then a web app is created to share these requests with maintenance and it also allows edits of request status by maintenance.
In regards to the Shuttle app, we are designing a mobile app that allows the Shuttle drivers to input the information listed above and then display it on a map-viewer app that any passenger can download and use to get updated information regarding arrival times and space available on the incoming shuttle.
These projects are both still in progress, but we hope to be able to
publish these apps by the end of this semester after a few trial runs are
performed. We feel honored to be able to serve and benefit our college
community by applying our teachings to a real world setting. To that end, we
are excited to share the “fruits” of our applied learning with the community at
this event.