Software Design: Modeling with UML
1h 42mBeginner2019-09-23
Authors
Neelam Dwivedi
Assistant Teaching Professor at Heinz College
Course details
Modeling with the Unified Modeling Language (UML)—a visual design language for object-oriented programming—is a critical skill for all team members in a software development project. These models are a cost-effective way for collaborators to analyze, communicate, and document their product's characteristics. In this course, learn how to use UML diagrams to create important artifacts at each stage of the software development life cycle. Instructor Neelam Dwivedi shares best practices and tools as she goes over 13 different types of UML models, explaining what you need to know to develop static and dynamic models of software systems.
Learning objectives
How UML differs from other modeling techniques
Types of UML models
UML modeling tools
Use case, activity, and class diagrams
Capturing real-time state of your system in action
Using component diagrams
Interaction overview diagrams
Modeling time-constrained interactions
Learning objectives
How UML differs from other modeling techniques
Types of UML models
UML modeling tools
Use case, activity, and class diagrams
Capturing real-time state of your system in action
Using component diagrams
Interaction overview diagrams
Modeling time-constrained interactions
Skills covered
Unified Modeling Language (UML)Essential TrainingProgramming LanguagesOpen SourceSoftware Development
Concepts
0. Introduction
- 01 - A picture is worth a thousand words
- 02 - What you should know
1. The World of Software Modeling
- 03 - Modeling languages
- 04 - Types of UML models
- 05 - UML modeling tools
2. Getting Started with Basics
- 06 - Use case diagram
- 07 - Activity diagram
- 08 - Class diagrams - Key elements
- 09 - Class diagrams - Classifiers and features
- 10 - Class diagrams - Relationships
- 11 - Sequence and communication diagram
- 12 - Challenge - Name
- 13 - Solution - Name
3. Digging Deeper into Details
- 14 - Object diagram
- 15 - State machine diagram
- 16 - Component diagram
- 17 - Package diagram
- 18 - Deployment diagram
- 19 - Challenge - Name
- 20 - Solution - Name
4. Some Special Cases
- 21 - Interaction overview diagram
- 22 - Composite structure
- 23 - Timing diagrams
- 24 - Challenge - Name
- 25 - Solution - Name
Conclusion
- 26 - Next steps