Abstract:
The objectives of this research were: 1) to study the current conditions, desirable conditions and needs of the participative community learning resource management model by Borworn Power (houses, temples, schools); 2) to create and develop the model of the participative community learning resource management model by Borworn Power; 3) to assess the model of the participative community learning resource management model by Borworn Power. This study was carried out by means of mixed-method research between qualitative and quantitative research. The sample group consisted of 132 participants, and 25 target group. The research instruments were a questionnaire in which the current condition had the reliability value of 1.69; the desirable condition had the reliability value of 4.58; the need value was at 1.71; and an interview form. The statistics used in analyzing the data were: Frequency, Percentage, Mean, Standard Deviation, PNImodified and qualitative summary analysis writing.
The research results were as follows:
1) The results of the study of the current conditions, desirable conditions and needs of the participative community learning resource management model by Borworn Power (houses, temples, schools) revealed that the overall current condition had a mean value at a low level. The overall desirable condition had a mean value at the highest level and the need values were ordered based on PNI value.
2) The result of the creation and development of the model of the participative community learning resource management model by Borworn Power: the knowledge gained from this research has been created and developed into a Bodhi Tree Model (BTFM) integrated with the Four Iddhipāda Dhammas and driven by the quality cycle, PDCA, with four main components: (1) participation in receiving benefits; (2) participation in decision-making; (3) participation in practice; (4) participation in monitoring and evaluation.
3) The results of the model evaluation revealed that the model was suitable, feasible and usable with the highest mean level.