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Course Outline
Introduction to UML
- Brief history of UML
- Overview of object-oriented modelling concepts
- OMG UML specification
- Review of UML diagrams
Requirements Management
- Classification of requirements
- Requirements categories according to FURPS
- Methods for gathering requirements
- Modelling requirements using UML notation
- Requirements dependency matrix
- Creating a requirements specification based on diagrams
Business Process Modelling
- Definition of a business process
- Modelling business processes in UML
- Activity diagram
- Decision and concurrent flows
- Exceptions and exception handling
- Partitions and swimlanes
Non-Functional Requirements Modelling
- Utilization of component and deployment diagrams
- Preliminary system architecture—logical and physical
- Modelling requirements related to security, performance, and system reliability
Functional Requirements Modelling
- Defining the system scope
- Modelling system functionality using use case diagrams
- Identifying actors and relationships between them
- Recognizing use cases
- The 'actor - use case' association and its properties
- Relationships between use cases: include, extend, generalization
- Creating use case scenarios and generating diagrams based on them (activity diagrams, state machine diagrams)
Analytical Model of the System
- Utilization of sequence diagrams
- Types of messages: asynchronous, synchronous, return
- Determining the order and numbering of messages
- Categories of analytical objects: Boundary, Control, and Entity
- Introduction to system design
- Modelling interactions
Static Modelling
- Class diagram and source code generation
- Association relationship and its characteristics
- Other relationships: aggregation, composition, generalization, dependency, association class
- Forward/Reverse engineering
- Generating source code based on a diagram
- Generating a diagram based on source code
- Synchronizing code and diagram
- Object, composite structure, and package diagrams
Dynamic Modelling
- Verification of the static model
- Refinement of method signatures
- Validation of the class diagram
- Dynamic modelling at the method invocation level
- Sequence diagram at the design level
Requirements
A basic understanding of object-oriented concepts or any object-oriented programming language is recommended.
21 Hours
Testimonials (2)
Learned a lot of practical material. The exercises were very practical as well.
JIMMY CHAN
Course - Object-Oriented Analysis and Design using UML
Practice exercises were great and the help given by the trainer was excellent.
