image
This course provides the skills to analyze, document, and optimize business processes using process modeling techniques. Participants will learn to identify the purpose and benefits of process models, use hierarchy diagrams and value chain matrices to model enterprise context, set process boundaries, and create clear and structured process maps. The course also covers handling alternate process paths, refining models using standard notations, and confirming process completeness through validation techniques.
Virtual Instructor-Led Training 2 days / 16 hours

Who should attend Business Process Modeling Course

This course is ideal for business analysts, process managers, and professionals involved in process optimization and change management. Anyone responsible for documenting and improving business workflows will benefit from the techniques covered in this training.


Prerequisites for Business Process Modeling Course

No formal prerequisites are required; however, familiarity with business processes and workflows is beneficial.

Business Process Modeling Course Outline


Resources

FAQs on Business Process Modeling

This course is designed for business analysts, process managers, and professionals involved in process optimization and change management, as well as anyone responsible for documenting and improving business workflows.

There are no formal prerequisites, though familiarity with business processes and workflows is beneficial.

You will learn to analyze, document, and optimize business processes, use hierarchy diagrams and value chain matrices, set process boundaries, create process maps, handle alternate paths, and validate process completeness.

Topics include BPM overview, process definitions, modeling process context, process detail mapping with notations and swim lanes, refining models, and confirming completeness using state chart diagrams and CRUD interaction matrices.

You will learn to use hierarchy diagrams, value chain models, scope diagrams, SIPOC diagrams, process notation, swim lanes, state chart diagrams, and CRUD interaction matrices.