The Complete Course of UML 2025

install UML modeling tool on windows by selecting the correct version and completing setup, then create diagrams such as use case, class, and sequence with exports to html, png, svg.

Explore the basics of uml diagrams and learn how class, use case, sequence, activity, state chart, and deployment diagrams visualize, specify, and document system structure and behavior.

Master UML notation across class diagrams, showing association, generalization, inheritance, and dependencies. Explore use case, sequence, and activity diagrams, including lifelines, messages, boundaries, and include and extend notations.

Explore the purpose and benefits of use case diagrams, visualizing functional requirements from user perspectives, identifying actors, associations, and scope to guide requirements analysis and testing.

Identify actors and use cases, map relationships, and define system boundaries to build accurate use-case diagrams in UML, using a ride-sharing scenario to validate with stakeholders.

Model use case relationships and actors in UML with a task management scenario, detailing user and administrator roles and use cases like registration, login, task creation, assignment, and tracking.

Master the basics of class diagrams in UML, modeling system structure with classes, attributes, methods, and relationships. See how inheritance and access modifiers govern visibility in object-oriented design.

Explore class diagrams by detailing relationships such as association, multiplicity, directed and reflexive associations, and aggregation, composition, and inheritance, with practical examples.

Learn inheritance and polymorphism in UML class diagrams, including access modifiers, encapsulation, interfaces, abstract classes, generalization, realization, and practical constraint-based modeling.

Visualize interactions over time by mapping messages between objects in a sequence diagram, highlighting lifelines, activation bars, creation and destruction, and synchronous or asynchronous communications.

In this lecture, learn lifelines and activations in sequence diagrams, including dashed lifelines, activation bars, start and end of processing, and concurrent, nested, conditional messages, and destruction.

Explore sequence diagrams with lifelines, synchronous and asynchronous messages, and activation bars to model use cases, loops, conditionals, and external entities like payment gateways and shopping carts.

Explore how activity diagrams in UML visualize the dynamic behavior of systems and business workflows, illustrating flow, decision, fork, join, and swimlanes from start to finish.

Explore activity diagrams in UML, focusing on action nodes and control flow, including forks, joins, decisions, signals, and swim lanes to model dynamic behavior.

Create activity diagrams with decision and merge nodes for an ATM scenario, including initial nodes, actions like insert card and check pin, and forks, joins, and swim lanes.

Explore basics of state chart diagrams in UML, modeling how objects change state in response to events, time, and guard conditions, with initial and final states, transitions, and traceability.

Explore state chart diagrams that model object behavior through state transitions and events, using triggering events, actions, and guard conditions, including initial and final states.

Explore hierarchical state machine diagrams in UML 2.0, including sequential and concurrent substates, history states (deep and shallow), and entry/exit/connection points, with practical case studies.

Learn how UML component diagrams show the organization and wiring of components, interfaces, ports, and dependencies, with subsystems, artifacts, and deployment diagrams, through real-world examples.

Explore deployment diagrams in UML to visualize physical system architecture, showing artifacts on nodes and how web, application, and database servers connect via HTTP and REST.

Explore nodes and communication in UML deployment diagrams, showing how nodes contain components or artifacts, represent connections, and model Android deployment scenarios with artifacts, execution environments, and external storage.

Discover design patterns in UML across creational, structural, and behavioral types, including singleton, factory method, abstract factory, prototype, adapter, and observer patterns.

Explore model driven architecture in UML to separate business logic from platform specifics, transform PIM to PSM, and generate code from models.

Extend UML for domain modeling by constructing class diagrams, applying inheritance, aggregation, and association, and deriving use cases and architecture through iterative requirements-driven modeling.

Explore UML modeling of real-world systems, from URL shortener encoding with base 62 and MD5 methods to data capacity planning, and analyze Netflix, YouTube, and WhatsApp architectures.

Explore model driven development with UML in legacy and new systems through case studies, using use cases, sequence and class diagrams to create blueprints for implementation.

Master uml best practices and avoid common pitfalls in analysis and design, using Rup models and navigation maps, with sequence and state machine diagrams.