Our client has requested a program capable of scheduling the HCI lab room to be made. This program needs to supply different capabilities to the three different types of users that will interact with it: Faculty, students, and volunteers. Faculty should be able to see which of their students have participated as volunteers for extra credit. Students should be able to view available volunteers, the volunteers availability, and the room availability. Volunteers should be given a simple method to submit information and have the forms presented in a manner that will not potentially discourage them from filling it out. This system needs to be web based so it can be readily available to each group of users. It must be capable of containing the data of all volunteers, students, and faculty. A schedule of reserved and available times needs to be preserved and be presented in a readable fashion. There needs to be some security for private data and other user specific information. Other security steps such as room/volunteer reservation limits may be added as well. Reports on volunteer participation need to be generated.

We are working with Jaros Technologies to make a version of Datalibrium that works with Open Office. Datalibrium is a reporting solution for companies that use Oracle databases. It allows users to get the data from the database without having to learn how to access the database, and it dumps the data into an Excel spreadsheet. Our job is to create a version of Datalibrium that works with Open Office's Calc. Our team plans on implementing this version of Datalibrium in the Java programming language and use NetBeans IDE to develop it.

The program will measure the quality of source code in class source code file(s). Software quality will be judged on the basic qualities of readability, testability, and modifiability. Specific measures are based on detecting code smells and/or anti-patterns.

Our project incorporates the many applications that the Wiimote can be used for. We intend to use the Wiimote's accelerometer, button inputs, and IR to display dynamic information related to the kinematic motion of the Wiimote.