Prerequisite: 90-806 Computer
Foundations or knowledge of and experience with Microsoft Windows.
Meeting Times:
Lectures: Thursday 5:30 pm-8:30 pm (includes lab
time), HBH, Room 1001
Review Sessions: Saturdays 10:00 - 11:30 AM: May
31, June 7, 14, 21, 28, July 5 HBH, Room TBA
Grades:
There will be six homework assignments, five lab
assignments, an exam, and a database design and implementation
group project.
Homework: 25%
Exam: 25%
Project: 25%
Lab work: 25%
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100%
Homework and Lab Assignments
All lab, homework and project assignments are to
be handed in at the beginning of the class on the day they are
due. Late assigments will not be accepted, unless pre-approved
by the instructor.
Textbooks:
1. (R&C) Peter Rob and Carlos Coronel, Database
Systems: Design, Implementation, and Management, Second Edition,
Boyd & Fraser, 1995.
2. (MS) Microsoft Access for Windows 95 Step by
Step, Microsoft Press, 1995.
Course Rationale:
Computer-based information systems are ubiquitous
in today's society, and managers can expect to have frequent contact
with them. Skill in using information systems - understanding
their capabilities and limitations, knowing how to access them
directly or through more technical specialists, knowing how to
effectively use the information such systems can provide, and
facility in specifying new systems and unique applications is
a distinct advantage today and will become a necessity in the
future.
Databases are central to most organizations' information
system strategies, and will therefore be the focus of this course.
We will thoroughly cover the modern relational database model,
using a 50-50 mix of lectures and 'hands-on' lab work. The lab
work and project will be completed using Microsoft's relational
database package Access, Version 2.0 for Windows.
Course Objectives:
Students completing this course will have developed
two complementary skills which can be used to advantage in managerial
positions. The first is the ability to design and use
so-called "service delivery system" databases. As opposed
to scientific database, service delivery systems are designed
to contribute to the effectiveness and efficiency of organizations.
Common examples include invoice and inventory systems, and cataloging
systems used in libraries and museums. Understanding how such
systems are conceived and built will enable students to oversee
and contribute to the development of innovative systems in their
own work. This understanding will also enable students to more
efficiently and effectively leverage the information stored in
these systems. Students will gain a working knowledge of the
related concepts of a) the relational database model, and b) the
entity-relationship model.
The second skill, which reinforces the first, is
the ability to use a specific database management system "package"
(Microsoft Access). Facility in using such a package is a transferrable
skill, because of the growing standardization of relational database
technology. Students will become proficient in the techniques
used to a) create and use master tables, b) query the database,
and c) generate reports.
The first three lectures focus on the use
of an existing relational database system. The focus of the next
four lectures is on the design of a new relational database
system. The remainder of the lectures focus on the role of relational
database technology in organizations and the managerial issues
for successfully leveraging this technology.
Labs and Review Sessions:
During much of the semester, class will be divided
between lectures and lab work. The first half of the class will
be normal classroom lecture and discussion, while the second half
will be "hands-on"work in the computer lab. During
this second portion, the course TAs and the instructor will be
available to provide individual help with the tutorials and homework
assignments. There is much to learn, and the pace will be fairly
brisk, so be sure to read and think about the tutorial assignments
in advance.
From May 31 - July 5, there will be six weekly review
sessions held on Saturday mornings, 10:00 - 11:30. These are
entirely optional, but they are a good chance to ask lots of questions
and to see more examples worked out. All review sessions will
be conducted by the instructor.