BPMN for Analysts

Decent knowledge of BPMN Modeling Descriptive level, including: the basic events start and end, basic gates, the simplest process models. As a rule, foundations BPMN are not covered by the trainer.

The course aims at teaching the practical knowledge and learning BPMN modeling skills at the Intermediate and Advanced levels.

The ideal participant is a business analyst training, meaning the person discovering, identifying, gathering and analyzing user requirements to the system. - The advanced computer application developers and system architects interested in the prospect of creating business processes, system and custom drivers.

The course does not address issues Executable BPMN level.

Training is conducted in much the dominant technique in the form of a computer (~ 90%), during which the one hand, we translate real business situations for BPD, on the other hand ready to interpret diagrams assessing their practical utility.

The course is very intensive practical course in the strict sense, the training did not deal with in any way, theoretical considerations of BPMN.

Intro

• Start the process
• Completion of the process
• Task and simple workflow
• Send a message
• Receiving a message
• Specify the type SCRIPT
• Specify the type TASK

Subprocess

• Activity calling
• Ad-hoc sub-process
• Subprocess transaction

The initial event

• Message
• Cyclical start the process
• Signal
• Condition
• Start the process of the event one of the n
• Multiple events starting

Final Events

• Message
• Signal
• Error
• Escalation
• Cancellation
• Completion of the process at one level

Intermediate events

• Events capture
• Activating events
• Limit events
• The event subprocess
• Time event in the flow of normal
• Time event activity at the border
• Message activating
• Message to intercept the flow of normal
• Gateway event type
• Error
• Escalation
• Signal
• Communication between tracks Exception Messages

Structures connecting and sharing a path in the process

• Parallel division
• Exclusive division
• Conditional division
• Combining alternative paths
• Combining parallel paths
• Combining conditional paths
• Discrimination paths

Create structures that support the unique flow

• Types of exceptions
• Practices for handling exceptions

Repeated practice activity

• Loop
• Multi - instance activity
• The batch processing

Sub-process such transactions

• The concept of transaction
• Offsetting activity
• Event CANCEL
• Construction of a compensation mechanism