From IIITM-k-wiki

Contents 1 Object-oriented Design and Analysis 1.1 About the Course 1.2 Objective 1.3 Instructor(s) 1.4 Class Schedule 1.5 Target Audience and Prerequisite 1.6 Syllabus 1.7 Instructional Process for Learning 1.8 Attendance 1.9 Grading Scheme 1.10 References

Object-oriented Design and Analysis

About the Course

Various Software methodologies and models will be discussed, in which Object Oriented Design and Analysis with UML will be given in detail. Nine work flows will be discussed in detail and would help to design model application using Object Model Techniques (OMT) and also to generate code and finally to deployment stage.

Objective

The 0bjective of this course is

• To model the system with Object Oriented Design using OMT and RUP ( Rational Unified Process)
• To introduce the students into the Unified Modelling Language (UML), which has been adopted as the standard notation for object-oriented analysis and design by the industry

Instructor(s)

• Instructor  :Dr. Elizabeth Sherly, Assoc. Professor, IIITM-K, sherly_at_iiitmk.ac.in
• Associate instructor :Ms. Smitha rani, Project Associate, IIITM-K, smitharani_at_iiitmk.ac.in

Class Schedule

OODA Calendar

Target Audience and Prerequisite

PGDIT students of IIITM-K, Industry people, Teachers of Colleges, public

Prerequsite for OODA is having a degree in Engineering or Science with knowledge in Object Orientation, at least one programming language and a glance in Software Engineering.

Syllabus

Introduction  : Object Orientation, Models, Relationships, UML

RUP  : Software Engineering practices, Iterative Model, Rational Unified Process;

Nine workflows: Usecase Model, Class Diagram, Object Diagram, Interaction Diagrams; sequence and collaboration diagram, Activity Diagram, State Chart Diagram Component Diagram, deployment Diagram

Analysis: Use case Analysis, Architectural Analysis, Design Analysis, Runtime Architecture

Practical  : Creating model Diagram using RATIONAL tool

Detailed Syllabus

Instructional Process for Learning

• Class room Teaching
• Online Course Management System (Moodle)
• Video lectures, online quizzes, online assignment submission
• Projects in Groups
• Presentations.

Attendance

For PGDIT students  : 85 %

For external Students : 70 %

Grading Scheme

Mid term Exam: 30%

End Term Exam: 40%

Quiz/Assignment: 10%

Lab/Practicals/Seminars/Attendance: 20%

References

Grady Booch, Robert A. Maksimchuk, Michael W. Engle, Bobbi J. Young Ph.D., Jim Conallen, Kelli A. Houston, Object-Oriented Analysis and Design with Applications(Third Edition),Addison Wesley Professional, 2007

Grady Booch, James Rumbaugh, Jacobson, The Unified modeling Language User Guide(2nd Edition), Addison-Wisley, 2005

Rumbaugh J. et al, Object Oriented Modeling and Design(2nd Edition), Prentice Hall, 2004