Abstract:
This research aims to 1) study the components of the proactive learning management model, 2) create a proactive learning management model, and 3) evaluate the proactive learning management model. It is a mixed-methods research. The research methodology consists of 3 steps: Step 1, Step 1.1: Study of documents, concepts, theories, and related research, and a multi-case study of 5 educational institutions. The instrument used is a document synthesis form. Step 1.2: Study of the components of the model by interviewing. The data source is 7 experts. The instrument used is a semi structured interview. Step 2: Create a model by drafting data from Step 1 and checking the quality through focus group discussions with 9 experts. Step 3: Evaluate the model. The sample consists of 291 educational institution administrators. The instrument used is a model feasibility and usefulness assessment form. The quality of the instrument is an evaluation of the index of consistency (IOC) between 0.80 and 1.00. The statistics used are: Mean and Standard Deviation The research results found that 1) The results of the study of the components of the model consisted of 5 main components: objectives, inputs, processes, outputs, and success factors. 2) The results of the model creation were: (1) Objectives: To develop school administrators in the management of active learning. (2) Inputs: (2.1) Determining proactive learning management policies, (2.2) Determining proactive learning management strategies, and (2.3) Supporting proactive learning management resources. (3) Process components: (3.1) Planning, (3.2) Organizational structure, (3.3) Commanding in driving the policy, (3.4) Coordination and implementation, and (3.5) Control of operations. (4) Outcome components: (4.1) Outputs and (4.2) Results. 5) Success factors: (5.1) Academic leadership of school administrators, (5.2) Community participation and network partners, and (5.3) Using AI technology to support proactive learning management. 3) The overall evaluation outcomes of the model demonstrate its feasibility and utility at the highest level, successfully meeting the established evaluation criteria