Jista Operation

Jista Operation, also known as JIST (Job Instruction Training), is a personnel training method that standardizes and optimizes work processes in an organization. This method was developed in Japan in the 20s of the last century and has been successfully used for many years in various industries, services and healthcare.

The essence of the JIST method is that an experienced worker teaches a newcomer how to perform a task correctly in accordance with established standards. The training takes place in several stages:

  1. Preparation. An experienced worker first defines the standards for completing a task and breaks it down into individual steps. Then he compiles instructions in which each step is described in detail and clearly.

  2. Education. A newcomer receives instructions and undergoes training under the guidance of an experienced worker. He performs each step of the task, following instructions and receiving feedback from an experienced worker.

  3. Examination. After the newcomer has learned to perform a task, his work is checked to ensure it meets standards. If there are errors, they are corrected and the process is repeated until the beginner learns to perform the task correctly.

The JIST method has several advantages. Firstly, it allows you to standardize processes and improve the quality of products or services. Secondly, training is carried out on the job, which reduces training time and saves resources. Thirdly, a newcomer receives feedback from an experienced worker, which helps him learn the material faster and become more experienced.

However, the JIST method is not without its drawbacks. For example, it may be ineffective if task standards change or new technologies are introduced. Also, its use requires an experienced worker who can provide training.

Overall, the JIST method is an effective tool for training staff and improving production processes in an organization. Its application can lead to improved quality of products or services, reduced training time and optimized work processes.