This page was created to distribute information about Kim’s Flowers, an
integrated project that I use in my AIS course. The project includes data
modeling, Access and information process design and transaction processing in
This project was published as part of the American Accounting Association Information Systems Section Compendium of Classroom Cases, Volume 1, Issue 1. To see the published version, go to the C3 Web page or get the Word version here. I also presented an earlier paper describing the project at the AIS Educator Conference in August 2001.
The items linked below are the most recent versions of the individual components of the project, including the introduction paper (from the C3 publication and AIS Educator Conference), handouts and assignments. Section letters correspond to sections in the original C3 publication.
Solutions can be found on a separate page.
You must e-mail me to obtain the
user ID and password necessary to obtain the solutions files.
Also linked below are (1) another version of the Great Plains Kim’s Flowers project that I am currently using in my own classes to better cover systems integration, as well as a version of this used by Marianne Bradford in her AIS class, (2) an integrated data modeling assignment that was not in the C3 publication, (3) several other handouts, (4) data files and instructions for using the Great Plains portion of the project and (5) links to zipped files containing all of the materials and solutions.
There are lots more assignments, projects and handouts related to my approach to database modeling on my course Web page.
These projects were designed to be used independently. Therefore, if you are interested in only the
Access or
Introduction
to the Project (from the C3 publication)
Entire C3 publication in Word format
(except for solutions)
Introduction to the Project
(from AIS Educator Conference)
Section A Instructions for Logical Modeling of Data and Information Processes
Section B Instructions for Converting the Logical Data Model to a Physical Model
Section C Instructions for Database Normalization
Section D Kim’s Flowers Revenue Cycle Assignment
Section E Kim’s Flowers Revenue Cycle Solution (see solutions page)
Section F Kim’s Flowers Expenditure Cycle Assignment
Section G Kim’s Flowers Expenditure Cycle Solution (see solutions page)
Section H Kim’s Flowers Conversion Cycle Assignment
Section I Kim’s Flowers Conversion Cycle Solution (see solutions page)
Kim’s Flowers Integration and Reengineering Assignment
Kim’s Flowers Integrated Solution (see solutions page)
Section J Implementing the Physical Database Model with Microsoft Access: Practice
Section K Implementing the Physical Database Model with Microsoft Access: Graded Project
Section L Implementing the Physical Database Model with Microsoft Access: Solution (see solutions page)
Information for Obtaining and Using the Great Plains Software
Section M Great Plains Information Process Design Project
Section N Great Plains Information Process Design Project Solution (see solutions page)
Section O Great Plains Transaction Processing Assignment
Section P Great Plains Transaction Processing Assignment Solution (see solutions page)
Section Q Introduction to
Microsoft Great Plains
Introduction
to Microsoft Great Plains Solution (see
solutions page)
Section R Installing Microsoft Great Plains
Section S Tips for Using GreatPlains
Zipped Data file for Great Plains Version 7.5 (c-tree
database)
Great Plains Shortened Assignment (contains
more information process integration; shorter)
Great Plains Shortened Assignment
Answer Sheet
Marianne Bradford’s version of the
Shortened Assignment (close to mine, but uses different questions)
Marianne Bradford’s version of
the Shortened Assignment Answer Sheet (this was designed more for an
introductory AIS course)
Zipped Data file for the Shortened Assignment for Great Plains Version 7.5 (c-tree database)
Zipped file containing all of the
documents listed above and this index.htm file
Zipped file containing all of the solutions
(see solutions page)
To use the
Next, if you want to use the project in a lab, do a single-user install of
Then, all you will have to do to make these instructions work for you is make sure machines have WinZip and change the link to the zipped data file in the instructions so that you link to wherever you have stored the file. If you want students to be able to install the software at home, you must make copies of the CD for students and give students your registration keys.
NOTE: This project uses the EAN
account framework for its data files.
This means that when Great Plains is set up, a maximum account length of
15 and 3 equal length account segments are used (everything else is
defaulted). If you have already set up
Great Plains with a different account framework, you will have to reinstall
USER IDs: I am a bit lazy. I just have students use the default LESSONUSER1 login ID when working in the lab. However, if you would like for all student printouts to have their names or a unique user ID, you can create users for each student (some people use generic ones like USER1 etc. and assign them to students) on the lab machines. The instructions for creating a user and giving the user access to a company are on page 3 of the installation instructions as part of the section “Installing Great Plains on Your Home Computer”. If you install on one machine and then use a ghosting software to install on the remaining machines, this is not that time consuming. This gets a little tricky if students work at home and in the lab – they must create the user ID at home, and changes to user information in one place (i.e. changing a password) do not carry over with their data to the other location (all the user and password information is stored as part of the systems files, not the company data and is not transferred when students use the instructions to transfer their data).