080230028 OBJECT ORIENTED SYSTEM DESIGN LESSON PLAN

 LP-01/00

Department of Computer Science and Engineering

Lesson Plan

Name of the Staff               : S.P.Santhoshkumar.                                         Class/Semester    : BE (CSE)/ VI

Designation                          : Assistant Professor                                                            Batch     : 2009-2013

Subject Code / Title           : 080230028 / OBJECT ORIENTED SYSTEM DESIGN                          

Regulation                           : R- 2008

S.No	Date of Lecture Planned	Date of Lecture delivered (period)	Lecture Topics	Ref / Page No	No of Periods Planned	Teaching aids /Remarks	Cumulative Number of period(s)
UNIT – 1 :  Introduction
1.	08/12/11		Introduction to Object Orientation	T1 Page No 1 - 59	1	BB
2.	09/12/11		Development - Themes		1	BB
3.	12/12/11		Evidence for Usefulness of OO Development  - OO Modeling		1	BB
4.	13/12/11		Modeling Concepts Modeling-Abstraction		1	BB
5.	15/12/11		The Three Models-Class Modeling-		1	BB
6.	16/12/11		Object and Class Concepts- Link and Association Concepts		1	BB
7.	19/12/11		Generalization and Inheritance		1	BB
8.	20/12/11		A Sample Class Model- Navigation of Class Models		1	BB
9.	22/12/11		Practical Tips		1	BB
UNIT – II
1.	23/12/11		Advanced Class Modeling Advanced Object and Class Concepts	T1 Page No 60 -  164	1	BB
2.	26/12/11		Association Ends-N-ary Assocations-		1	BB
3.	27/12/11		Aggregation-Abstract Classes-Multiple Inheritance		1	BB
4.	29/12/11		metadata-Reification-Constraints- Derived Data		1	BB
5.	30/12/11		Packages- Practical Tips		1	BB
6.	02/01/12		State Modeling Events-states-Transitions and Conditions		1	BB
7.	03/01/12		State diagrams-state diagrams behavior – practical tips		1	BB
9.	05/01/12		Advanced state Modeling-Nested State Diagrams		1	BB
S.No	Date of Lecture Planned	Date of Lecture delivered (period)	Lecture Topics	Ref / Page No	No of Periods Planned	Teaching aids /Remarks	Cumulative Number of period(s)
10.	06/01/12		Nested States-Signal Generalization-concurrency	T1 Page No 60 -  164	1	BB
11.	09/01/12		A sample state Model- Relation of class and state models		1	BB
12.	10/01/12		Interaction Modeling Use case Models - Sequence Models		1	BB
13.	19/01/12		Activity Models- Use Case Relationships		1	BB
14.	20/01/12		Procedural Sequence Models- special constructs for Activity Models		1	BB
15.	23/01/12		Class Model-State Model-Interaction Model		1	BB
UNIT – III :  Analysis
1.	24/01/12		Process Overview-Development stages	T1 Page No 165 - 239	1	BB
2.	26/01/12		Development Life cycle		1	BB
3.	27/01/12		System conception - devising a system concept		1	BB
4.	30/01/12		Elaborating a concept-preparing a problem statement		1	BB
5.	31/01/12		Domain analysis-overview of analysis		1	BB
6.	02/02/12		Domain class model-Domain state model-Domain Interaction Model		1	BB
7.	03/02/12		Iterating the analysis-Application Interaction Model		1	BB
8.	06/02/12		Application Class Model		1	BB
9.	07/02/12		Application state Model-Adding operations		1	BB
UNIT – IV :   Design
1.	09/02/12		Overview of system Design-	T1 Page No 240 - 300	1	BB
2.	10/02/12		Estimating performance
3.	13/02/12		Making a reuse plan-Breaking a system into sub systems		1	BB
4.	14/02/12		identifying concurrency-Allocation of subsystems		1	BB
5.	16/02/12		Management of Data Storage-Handling Global Resources		1	BB
S.No	Date of Lecture Planned	Date of Lecture delivered (period)	Lecture Topics	Ref / Page No	No of Periods Planned	Teaching aids /Remarks	Cumulative Number of period(s)
6.	17/02/12		Choosing a software control strategy	T1 Page No 240 - 300	1	BB
7.	23/02/12		handling boundary conditions		1	BB
8.	24/02/12		setting Trade-off Priorities		1	BB
9.	27/02/12		common architectural styles-Architecture of the ATM System		1	BB
10.	28/02/12		Class Design Overview of class Design -  Bridging the gap-Realizing use cases		1	BB
11.	01/03/12		Designing Alogrithms - Recursing Downward - Refactoring-Design optimization		1	BB
12.	02/03/12		Reification of behavior adjustment of inheritance		1	BB
13.	05/03/12		organizing a class design-ATM Example		1	BB
UNIT – V
1.	06/03/12		Implementation Implementation Modeling-overview of implementation	T1 Page No 301- 392	1	BB
2.	08/03/12		Fine-tuning classes-fine tuning generalizations		1	BB
3.	09/03/12		realizing associations-oo languages-introduction abbreviated ATM Model		1	BB
4.	12/03/12		implementing structure-implementing functionality-practical tips		1	BB
5.	13/03/12		Database Introduction-Abbreviated ATM Model		1	BB
6.	15/03/12		Implementing structure- Implementing structure - Implementing structure for the ATM Example		1	BB
7.	16/03/12		Implementing Functionality-Object oriented Databases		1	BB
8.	19/03/12		Programming style Object-oriented style-reusability		1	BB
9.	20/03/12		extensibility – robustness - programming in large		1	BB

Total no of hours: 54 periods = 45 hours

Text Books:

1. Object-Oriented Modeling and Design with UML, Michael Blaha, James Rumbaugh, Second Edition, Pearson Education, 2004.

2. Object-Oriented Software Engineering using UML, Pattens, and Java second Edition Bernd Bruegge, Robert S

3. Object-Oriented Software Engineering using UML, Pattens, and Java second Edition Bernd Bruegge, Allen H.Dutoit(200x?)

References:

1. Object Oriented System Development, Ali Bahrami, McGraw-Hill International Edition, 1999

2. Object Oriented analysis and Design, Booch G, Addison-Wesley Publishing company, 1994

Staff in charge	HoD	Principal
(Name / Designation)	(Name / Designation)	(Name / Designation)