OOAD

Chapters

4 chapters in total.

S.No	Question	Total Marks	QF
1	Draw a use case diagram.	48	8
2	Explain Dependency, Association, Aggregation, Composition, and Generalization.	44	7
3	Describe methods for identifying conceptual classes.	18	4
4	Differentiate between the conceptual model and the implementation model.	16	4
5	Compare the OO development model with other conventional methods.	16	4
6	Identify conceptual classes and draw a domain model.	13	2
7	Conduct requirement analysis and prepare an SRS.	12	2
8	Explain requirement gathering, including functional and non-functional requirements.	11	2
9	Discuss the fundamental concepts of Object-Oriented (OO) principles.	11	3
10	Describe OOA, OOD, OOP, and their correlations.	11	2
11	Define a domain model.	10	2
12	What are models? Why are they significant?	9	2
13	Explain classes, objects, and encapsulation.	8	2
14	Discuss the differences and advantages of an OO system over a functional system.	6	3
15	Draw a domain model.	6	1
16	What is a use case diagram? Why is it used? Include actors and relationships.	6	4
17	Explain contracts, conditions, and preconditions.	6	2
18	Outline the key steps of OOAD.	5	1
19	Describe the phases of the Rational Unified Process.	4	1
20	Construct a system contract.	4	1
21	Compare association types with cardinality constraints.	4	1
22	Discuss the requirement process as an alternative to OOA.	3	1
23	Explain different views of OOAD.	3	1
24	Describe the requirement elicitation process in OOA.	3	1
25	List different types of requirements to describe object-oriented systems.	2	1

S.No	Question	Total Marks	QF
1	Identify classes and relationships, then draw a class diagram.	88	12
2	Draw an activity diagram.	37	6
3	Draw or explain a sequence diagram.	28	4
4	Prepare an SSD.	27	5
5	Draw an interaction diagram.	4	1
6	Draw a component diagram.	4	1
7	Draw a collaboration diagram.	5	1
8	Draw a deployment diagram.	4	1

S.No	Question	Total Marks	QF
1	Explain design patterns, GRASP, and MVC.	64	10
2	Discuss pattern and object-based design, different types of patterns, and visibilities in OOD.	32	5
3	Explain design patterns and component reuse.	7	2
4	Discuss attributes, parameter, and global visibility.	6	1
5	Explain attribute and parameter visibility.	2	1

S.No	Question	Total Marks	QF
1	Explain mapping design to code (with diagram and example).	24	4
2	Implement the design (usually a class diagram) to code.	33	5
3	Describe the process of OOA to OOD.	16	3

S.No	Question	Total Marks	QF
1	Discuss exception and error handling (in system implementation).	40	7
2	Explain CRC cards.	31	9
3	Discuss forward and reverse engineering.	28	7
4	Explain interface and implementation in OOD and OOI/OOP.	13	2
5	Describe alternative flow of events in UML as exception handling.	12	2
6	Discuss key components of a collaboration diagram and its importance.	12	2
7	Compare sequence and collaboration diagrams.	9	2
8	Explain model diagrams and pseudocode from a model diagram.	8	1
9	Discuss coupling and cohesion (two sides of a coin).	8	2
10	Explain definitions and methods from design class and interaction diagrams.	6	1
11	Describe the agile method.	6	2
12	Discuss deployment diagrams and their importance in OOD.	5	1
13	Explain object diagrams.	8	2
14	Discuss building blocks of UML.	6	1
15	Explain different views of UML.	5	1
16	Describe stereotypes.	4	1
17	Explain event types.	4	1
18	Discuss behavioral models.	4	1
19	Explain OO system development with Jevan Chakra.	4	1
20	Discuss reactive systems and state charts.	4	1
21	Explain data dictionaries and stability.	4	1
22	Discuss types of interaction diagrams and their focus.	4	1
23	Explain swimlanes in activity diagrams.	4	1
24	Discuss adornments of relations.	4	1
25	Explain forking and joining.	3	1
26	Discuss distributed system implementation issues.	3	1
27	Compare micro and macro processes in OOD.	3	1