BPMN 2.0 Training

Lesson 1 • Key Stakeholders and Use Cases

Identifies who uses BPMN diagrams and for what purposes across an organization. Connects notation choice to audience needs and communication goals.

Lesson 2 • Overview of BPMN 2.0 Standard

Introduces BPMN 2.0 as an OMG standard and explains its scope and purpose. Positions BPMN within the broader landscape of modeling notations.

Lesson 3 • Tooling and Modeling Environments

Surveys common BPMN modeling tools and their feature sets. Prepares students to select and configure a tool for hands-on practice throughout the course.

Lesson 1 • Swimlanes: Pools and Lanes

Teaches how pools and lanes represent participants and organizational roles. Proper swimlane use clarifies responsibility and handoff points.

Lesson 2 • Artifacts and Annotations

Introduces data objects, data stores, groups, and text annotations. Artifacts enrich diagrams with context without altering process flow logic.

Lesson 3 • Flow Objects: Events, Activities, Gateways

Covers the three primary flow object categories and their visual representations. These elements form the backbone of every BPMN diagram.

Lesson 4 • Reading and Validating Diagrams

Develops the ability to interpret existing BPMN diagrams and spot common errors. Validation skills reinforce correct notation before students create their own models.

Lesson 1 • Intermediate Events and Boundary Events

Distinguishes catching from throwing intermediate events and explains boundary event attachment. These events model waits, escalations, and exceptions mid-process.

Lesson 2 • End Event Types and Outcomes

Examines all end event variants including terminate, error, escalation, and compensation. End events communicate the final state and outcome of a process path.

Lesson 3 • Start Event Types and Triggers

Covers none, message, timer, conditional, signal, and other start event triggers. Choosing the right start event ensures accurate process initiation modeling.

Lesson 1 • Complex Gateways and Advanced Routing

Introduces complex gateways for scenarios where standard types are insufficient. Students learn when to use complex gateways and how to document their activation conditions.

Lesson 2 • Gateway Patterns and Anti-Patterns

Catalogs reusable gateway patterns and identifies anti-patterns that cause model defects. Pattern recognition accelerates modeling and improves diagram quality.

Lesson 3 • Exclusive Gateways and Decision Points

Teaches XOR gateway behavior for mutually exclusive routing decisions. Correct condition expression on outgoing flows prevents logic errors.

Lesson 4 • Inclusive Gateways and Conditional Paths

Covers OR gateway behavior where one or more paths may be active simultaneously. Inclusive gateways handle complex conditional logic beyond simple yes/no decisions.

Lesson 1 • Transaction Sub-Processes

Explains transaction sub-processes with ACID-like semantics and compensation handling. Transactions model business operations that must fully succeed or be rolled back.

Lesson 2 • Call Activities and Global Processes

Covers call activities that invoke reusable global process definitions. Reuse through call activities reduces duplication and enforces consistency across models.

Lesson 3 • Embedded Sub-Processes

Explains collapsed and expanded sub-processes contained within a parent process. Embedding sub-processes groups related activities and reduces visual complexity.

Lesson 4 • Event Sub-Processes

Introduces event sub-processes triggered by events within a parent process scope. They handle exceptions and interruptions without cluttering the main flow.

Lesson 1 • Designing Collaboration Diagrams

Guides students through building multi-pool collaboration diagrams for B2B and internal scenarios. Collaboration diagrams expose integration points and data exchange obligations.

Lesson 2 • Message Flows and Choreography Basics

Explains message flows between pools and introduces choreography diagram concepts. Message modeling clarifies communication contracts between process participants.

Lesson 3 • Data Objects and Data Stores

Covers how data objects represent information produced or consumed by activities. Data stores model persistent repositories shared across process instances.

Lesson 1 • Compensation Modeling

Covers compensation events and handlers for undoing completed activities when a process fails. Compensation is essential for modeling transactional and financial processes.

Lesson 2 • Error Handling and Fault Modeling

Teaches error events, error boundary events, and escalation paths for exception management. Robust error handling prevents process models from ignoring failure scenarios.

Lesson 3 • Looping, Multi-Instance, and Repetition

Explains standard loops, sequential multi-instance, and parallel multi-instance activity markers. These constructs model repetitive work without duplicating diagram elements.

Lesson 4 • Complex Real-World Scenario Modeling

Integrates advanced elements to model end-to-end enterprise scenarios such as order-to-cash. Students practice combining techniques from all prior chapters into cohesive models.

Lesson 1 • Model Quality Criteria and Metrics

Defines quality dimensions including correctness, completeness, consistency, and clarity. Measurable criteria enable objective evaluation of any BPMN diagram.

Lesson 2 • Aligning Models with Business Strategy

Connects process models to strategic objectives, KPIs, and performance targets. Alignment ensures modeling effort delivers measurable organizational value.

Lesson 3 • Process Analysis Techniques

Applies value-added analysis, bottleneck identification, and waste detection to BPMN models. Analysis transforms static diagrams into tools for continuous improvement.

Lesson 4 • BPMN Model Governance Frameworks

Establishes policies for model ownership, versioning, review cycles, and repository management. Governance ensures models remain accurate, accessible, and trusted over time.