Objectives of Process analysis

Definition: Process analysis can be understood as reasonably decomposing the production process into various phases and converting the input to output. Refers to a comprehensive analysis of a business process, including a series of logically related everyday activities that transform objects by leveraging the resources of an organization to achieve and maintain process excellence.

Process analysis is nothing but a review of the entire process of the organization to fully understand the process. It is also useful to set goals for process improvement objectives that can be achieved by eliminating unnecessary activities, reducing waste and increasing efficiency. Therefore, it will ultimately improve the overall performance of the business activities.

Understanding, quality, and efficiency are three basic criteria for people to analyze the process and identify areas that need to be changed.

Step 1 - Major participants in the interview process: Discuss the participants' work and explain the reasons and methods. Decide what information and input the staff needs to perform the assigned task. Examine the input source and output source of each task

Step 2 - Implement Group Discussion: Carry out group interviews and brainstorming sessions to create ideas, verify and refine the information gathered in the first step

Step 3 - Identify bottlenecks and redundancy: Identify the bottleneck of each task that caused the delay and remove it in various ways. In addition, by eliminating unnecessary activity, the elimination simplifies the process.

Step 4 - Create a Sketch: Start a sketch from the whole process scratch based on the requirements of the business process These requirements are derived after the interview or discussion.

Step 5 - Comparison: Finally, compare the latest process with the previous process and mark the areas that need to be changed based on the survey performed.

Process analysis is a structured approach that enhances understanding and redesign of the organization's workflow. It serves as a tool for maintaining and improving business processes and also helps achieve the benefits of gradual transformation such as cost reduction, optimized resource utilization, effective human resources allocation, and process efficiency .

Throughout the analysis review process, you need to perform a true analysis. When defining a process, the reviewer may decide that the goal is inconsistent with the existing process. Obviously, when collecting information, the measure of success does not match the goal of the department. These are just a few examples of ongoing analysis. However, there are some specific analysis examples that can be completed after the map is completed. This includes identifying unnecessary approvals, separating undo, deleting duplicate forms, deleting wasted archived documents, and investigating decision making requirements leading to unrecognized results. For that part, a single event is not always wrong. However, you need to analyze in the context of the map to make sure that each supports the target

Structured analysis treats processes and data as separate components, but object-oriented analysis combines data and data-affecting processes into what is called an object. In object-oriented analysis, tasks are executed by defining different types of objects that interact and interact in the system and displaying user interactions (called use cases). System analysts use the O - O method to simulate actual business processes and operations. As a result, you get a set of software objects representing real people, things, transactions, and events. The programmer then uses the O - O programming language to convert the object into reusable code and components.

The process is central. This is the most ambitious type of integration. In these environments, not only the analysis and design of software processes but also the actual processes themselves are formalized, using formal processes to manage and direct software projects. For example, East, Enterprise II, Process Wise, Process Weaver, and Arcadia. By definition, these environments are related to specific ways, as the software process itself is part of the environment and it can control many aspects of tool calls.