Introduction to Database Systems(CLO.pdf

RIPHAH INTERNATIONAL COLLEGE
Associate Degree Program
Course Title : Introduction to Database Systems
Course Number :
Credit Hours : 3+1
Course Pre-requisite : Introduction to Computing
Course Duration : 16 weeks
Course Description:
This course teaches database management systems and emerging database management
technologies. It also introduces applications and implementation techniques addressing new
challenges to the database management systems.
Course Objectives:
This course will make students to understand:
 Basic concepts in all the advanced aspects
 Practical hand-on experience with commercial database management systems through
a small project of designing and implementing a database application system with the
web.
Learning Outcomes:
After studying this course, students should be able to:
 Understand the different issues that are involved in the design and implementation of
a database system.
 Use data manipulation language to query, manage and update a database.
 Develop understanding essentials of database management concepts like database
security, integrity, data warehousing etc.
Violation of Academic Honesty Policy:
If any of the projects / assignments are identical or partially identical, a Zero will be awarded.
The repetition of such kind may lead to an “F” grade in the course.

General Classroom Norms:
Class attendance is mandatory. You may miss up to 25% (8 out of 32 sessions) class sessions
but save it for emergency only. In case you exceed this level, you will be withdrawn from the
course. As a courtesy to the instructor and other students, be prepared to arrive at class and be
in your seat on time. In addition, please note that each class lasts for 90 minutes (1.5 Hours).
Also keep in mind some general rules as given below:
 Cell phones should be powered off.
 Eatables are not allowed in the class.
 The teacher will not tolerate any disruptive behavior in the class.
 The Dress Code has to be observed, no warnings will be given, and violators will be
asked politely to leave the class and consequently will be marked absent.
Participation:
Students are required to attend all classes and read all the assigned material in advance of
class (although not necessarily with perfect comprehension). Advanced preparation and class
participation are crucial for periods in which we discuss cases. During discussion sessions,
the instructor generally keeps track of the insightful and useful comments students make.
(Any unproductive contribution is not rewarded).
Grade Distribution:
Evaluation Type Percentage (%) Minimum
Quizzes 10 4
Assignments 10 4
Project 10 1
Mid Term 35
Final Term 35
Total Points 100
Note:
Instructors are required to schedule at least 1 out of 2 classes every week in the computer lab
for the student’s hands on experience.

Week Contents Activities
1 The Database Environment and Development Process
 Introduction
 Basic Concepts and Definitions
 Traditional File Processing System
 The Database Approach
 Components of Database Environment
 The Range of Database Application
 The Database Development Process
2 Modeling Data in the Organization
 Introduction
 The E-R Model
(Overview, Sample Diagram, Notation)
 Modeling the Rules of the Organization
 Modeling Entities and Attributes
 Modeling Relationships
Assignment 1
3-4 The Enhanced E-R Model
 Introduction
 Representing Super types and Subtypes
 Specifying Constraints in Super type/Subtype
Relationship
Quiz 1
5-6
Logical Database Design and the Relational Model
 Introduction
 The Relational Data Model
 Integrity Constraints
 Transforming EERDs into Relations
 Introduction to Normalization
Assignment 2
7-8 Physical Database Design and Performance
 Introduction
 Physical Database Design Process
 Designing Fields
 DE normalizing and Partitioning Data
 Designing Physical Database Files
 Using and Selecting Indexes
 Designing a Database for Optimal Query Performance
Quiz 2
MID TERM
10 Introduction to SQL
 SQL Environment
 Defining a Database in SQL

 Inserting, Updating and Deleting Data
 Internal Schema Definition in RDBMS
 Processing Single Tables
11
Advanced SQL
 Introduction
 Processing Multiple Tables
 Tips for Developing Queries
 Ensuring Transaction Integrity
 Data Dictionary Facility
 Enhancements and Extensions to SQL
 Triggers and Routines
 Embedded SQL and Dynamic SQL
12 Database Application Development
 Introduction
 Client/Server Architecture
 Databases in Two-Tier Architecture
 Three-Tier Architectures
 Web Application Components
 Databases in Three-Tier Architecture
 Key Consideration in Three-Tier and XML
13-14
Data Warehousing
 Introduction
 Data Warehouse Architecture
 Some Characteristics of Data Warehouse Data
 The Derived Data Layer
 The Star Schema
 Variations of the Star Schema
Quiz 3
Assignment 3
15-16 Data and Database Administration
 The Roles of Data and Database Administration
 The Open Source Movement and Database
Management
 Managing Data Security
 SOX and Databases
 Database Backup and Recovery
 Data Dictionaries and Repositories
 Overview of Tuning the Database for Performance
Assignment 4
Quiz 4
17 Project Viva Presentation

Introduction to Database Systems(CLO.pdf

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