From Zero to BPMN Hero: Model Business Processes Like a Pro

Explore BPMN, which stands for business process model and notation, a visual language that maps and standardizes business processes to improve clarity and collaboration between business and IT.

Explore BPMN 2.0 as a graphical language that visualizes business processes with flow objects like activities, events, and gateways, and sequence flows to model practical workflows.

Differentiate diagramming from modeling to choose the right BPMN tool for your needs. Explore modeling tools like Camunda Modeler, Bizagi, and Signavio for BPMN 2.0 XML, simulations, and process automation.

Compare two BPMN tooling options, a web-based editor and the Camunda desktop modeler with token simulation, learn to create, save, and export BPMN diagrams in XML or image.

Learn BPMN basics through activities and sequence flows, and explore task types—abstract, send, receive, user, manual, business rule, script, and service—with job application and order-fulfillment examples.

Demonstrate how to create and connect tasks with sequence flows in a Camunda Modeler BPMN diagram, including setting up non-abstract task types and using layout tools.

Explore sub-processes to group related tasks in a recruitment process, creating nested, expanded or collapsed diagrams in Camunda Modeler and connecting activities with sequence flows.

Explore BPMN events, including start, intermediate, and end events, and learn naming conventions and visual markers that clarify process flow with real-life examples like order received.

Add start and end events to a sub-process in a Camunda modeler demo to initialize and complete the process, using message start and end events with action-oriented task names.

Explore none intermediate events and the throwing and catching intermediate events in BPMN, where none have triggers, catching waits for input, and throwing sends output to maintain process sequence.

Explore intermediate none events in BPMN by modeling a travel enquiry workflow with milestones, catching and throwing message events, and a wait for payment pattern before booking.

Explore timer, message, signal, and conditional events in BPMN to trigger, pause, or broadcast across processes. See practical examples of timer starts and condition-based progression.

Explore timer and conditional events in BPMN, including start timer events and intermediate timer events, and model waiting durations, application reviews, and document-driven finalization flows.

Learn how message events enable cross-participant communication in BPMN with message start, intermediate, and end events, and how signal events broadcast across processes with catching and throwing semantics.

Compare message and signal events to distinguish one-on-one external communication from broadcast notifications, and model practical BPMN scenarios using message and signal events.

Model the order process from reception to end using start message, collapsed sub-processes, conditional inventory confirmation, timer scheduling, message throwing, and signal events to update inventory and notify departments.

Learn how BPMN gateways act as traffic controllers guiding process flow, focusing on exclusive and parallel gateways, and how to name, read, merge paths, and use default flows.

Identify common mistakes with exclusive gateways in BPMN: overlapping conditions, mislabeling decisions as activities, gateways doing work, and missing true gateways after activities, as shown in online purchase processes.

Explore exclusive gateways in BPMN by editing an existing diagram, adding exclusive conditions, ensuring mutual exclusivity, and validating flows with simulation and timers.

Master BPMN parallel gateways by splitting into concurrent paths and merging after all tasks complete, while avoiding common mistakes like misusing converging gateways and multi-merge issues.

Learn how parallel gateways in BPMN enable concurrent task execution and correct token flows by modeling a project approval process. Use matching gateways to avoid deadlocks and ensure proper synchronization.

Model a simplified recruitment process with conditional events and parallel gateways, detailing IT, HR, and facilities paths and key decisions like remote access and relocation.

Explore how BPMN collaborations model multi-party interactions across participants, pools, and message flows. Coordinate communications with message events start, intermediate, and end, and visualize cross-organization processes to achieve shared goals.

Explore collaborations in Camunda Modeler by linking multiple pools representing participants through message flows, start events, and intermediate throwing and catching events.

Explore pools and lanes in BPMN diagrams, distinguishing white box and black box pools, assigning responsibilities across lanes, and using Camunda Modeler for cross-functional processes.

Identify and fix common BPMN collaboration pitfalls: missing sequence flows, improper message events, and multiple start events. Align pools and lanes with one start and one end event.

Model a personal loan process using BPMN collaboration with customer, bank, and credit agency pools and lanes; orchestrate start, intermediate, and message events, flows, and an approval or rejection path.

Explore how BPMN models data with data objects, data associations, and data stores, showing how order details, invoices, and related information flow through a process.

Learn to model data in BPMN with data objects, data associations, and data object references, showing state transitions for orders as new, received, and ready for pickup.

Data stores provide persistent, shared information across processes, including relational databases, document management systems, filing systems, or shared network drives, while data associations and data object references track data movement.

Explore modeling data in BPMN with data objects, data stores, and data associations; read from and update data across the internal customer database, risk assessment system, and document management system.

Model a complaint handling process from receipt (email, phone, or form) to resolution, using bpmn start events, data objects, data stores, and gateways, with technical and billing paths.

Explore BPMN artifacts to clarify diagrams with groups, text annotations, and associations. Learn how groups visually organize tasks across pools without changing process execution.

Demonstrates using Groups to visually organize BPMN processes across pools, without altering behavior. Contrasts with Activities and Sub-Processes, enabling flows, collapsing, and name-driven organization like Venue & Logistics.

Add text annotations in BPMN diagrams to provide context and built-in documentation via associations, guiding understanding without changing the process flow, with examples from onboarding and customer service resolution.

Explore how BPMN artifacts (groups, text annotations, and associations) add context to diagrams, improving clarity, communication, and documentation, with associations as lines connecting annotations to elements, while preserving process logic.

Learn to map patient care processes with BPMN artifacts, using pools, lanes, groups, and text annotations to enhance collaboration and clarity from registration through triage to examination.