IFSM 410
UNIVERSITY OF MARYLAND SYSTEM Term VI 2000-2001
UNIVERSITY COLLAGE Saturday & Sunday 9:00 to 16:00
Brussels; Belgium 31 March / 1 April; 21 / 22 April;
5 / 6 May; 19 / 20 May
Lecturer: Manfred Trostmann
Tel. 0617178194; 01715496690
IFSM 410 DATABASE PROGRAM DEVELOPMENT
PREREQUISITE: IFSM 201 or CMIS 102, IFSM 300, or permission of professor. IFSM 310 recommended
CREDIT: Three (3) semester hours.
PURPOSE: The fundamental purpose of this course is to increase the student’s understanding of how data resources can be managed to effectively support information systems in organizations
COURSE OBJECTIVE: This course enables students to understand:
1) Data as a valuable organizational resource requiring management to further the objectives of the organization.
2) The use of automated systems to manage this valuable resource.
3) Basic concepts of database architecture, database design and administration, and database implementation
TOPICS
PROCEDURES
The course will consist of a series of lectures, as shown in the outline. Students are expected to read appropriate sections of text and handouts before coming to class.
COURSE REQUIREMENTS
There will be two examinations. These exams will be designed to help you improve your under standing of the basic concepts discussed in the course. As such, these exams will be a mix of short answers as well as essay questions.
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TEXT. DATABASE SYSTEMS by Peter Rob Carlos Coromel Third Edition.
GRADING: Grades for this course will be based on
Midterm.............................45%
Final...................................55%
and will be assigned as follows:
A 93 to 100
B 84 to 93
C 73 to 84
D 60 to 73
F less than 60
SESSION SCHEDULE
SESSION SUBJECT TEXT READING ASSIGNMENT
1 File Systems and Databases Ch 1
2 The Relational Database Model Ch 2
3 An Introduction to Structured Query Language (SQl) Ch 3
4 Entity Relationship Ch 4
5 Normalization of Database Tables Ch 5
6 Database Design Ch 6
7 The University Lab: Conceptual Design Ch 7
8 MIDTERM
9 The University Lab: Conceptual Design Verification, Logical
Design, and Implementation Ch 8
10 Transaction Management and Concurrency Control Ch 9
11 Distributed Database Management Systems Ch 10
12 Object-oriented Databases Ch 11
13 Client/Server Systems Ch 12
14 The Data Warehouse Ch 13
15 Database Administration Ch 14
16 FINAL