The use of a business process modeling tool is highly critical and essential to an organization. By far, the most important issues for an organization are increasing efficiency, reducing costs, and improving process effectiveness, as well as standardizing and harmonizing business processes. These issues can be resolved by modeling processes using a business process management software.
A business process can be decomposed into several sub-processes, comprising of their own attributes, but
simultaneously contributing to achieving the goal of the super business process. It defines the ways in which
operations are carried out to accomplish the intended objectives of an organization. Such a model remains an abstraction and depends on the intended use of the model.
The modeling of a business process involves the following steps:
1. Business process is divided into different levels and lanes are created for each level.
2. Elements and activities involved in the business process are identified and dragged in the respective lanes.
3. Documentation is added for all activities and the business process.
4. Flow of execution of activities is defined. Possibly it can have some decision point.
Once done, process model is saved. This process model can now be used to create the workflow for a business process.
The modeling of a business process involves the following steps:
1. A high level abstraction is first defined with the key steps of the process flow specified as the main building blocks.
2. Now a further level of detail is added by breaking up the high level steps into more granular activities and tasks separated by decision nodes.
3. Typically “lanes” are created in the process model for each participant or department so steps and tasks
belonging to a specific participant are all placed in their lanes.
4. Flow of execution of activities is defined. Decision nodes may be placed at appropriate locations to route and direct tasks.
5. Detailed information such as process participants, task priorities, business rules, input and output data elements etc. are all documented for each of the steps in the process flow.
6. Documentation is automatically generated from the designed process model.
7. Once done, process model is saved. This process model can now be emailed or shared with other users so they can review and refine it further.
8. Process Model may then be simulated for improvements; this is described in the Process Simulation section.
A business process can be decomposed into several sub-processes, comprising of their own attributes, but
simultaneously contributing to achieving the goal of the super business process. It defines the ways in which
operations are carried out to accomplish the intended objectives of an organization. Such a model remains an abstraction and depends on the intended use of the model.
The modeling of a business process involves the following steps:
1. Business process is divided into different levels and lanes are created for each level.
2. Elements and activities involved in the business process are identified and dragged in the respective lanes.
3. Documentation is added for all activities and the business process.
4. Flow of execution of activities is defined. Possibly it can have some decision point.
Once done, process model is saved. This process model can now be used to create the workflow for a business process.
The modeling of a business process involves the following steps:
1. A high level abstraction is first defined with the key steps of the process flow specified as the main building blocks.
2. Now a further level of detail is added by breaking up the high level steps into more granular activities and tasks separated by decision nodes.
3. Typically “lanes” are created in the process model for each participant or department so steps and tasks
belonging to a specific participant are all placed in their lanes.
4. Flow of execution of activities is defined. Decision nodes may be placed at appropriate locations to route and direct tasks.
5. Detailed information such as process participants, task priorities, business rules, input and output data elements etc. are all documented for each of the steps in the process flow.
6. Documentation is automatically generated from the designed process model.
7. Once done, process model is saved. This process model can now be emailed or shared with other users so they can review and refine it further.
8. Process Model may then be simulated for improvements; this is described in the Process Simulation section.
