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Good learning devices greatly assist teachers in conveying the process of seeking knowledge to students. This study aimed to develop a STEAM-C (Science, Technology, Engineering, Art, Mathematics and Culture) integrated learning device in Masjid Kuno Taman, Indonesia to improve students' creative thinking skills. The learning devices included lesson plans, modules, and student worksheets. This research and development (R&D) used the ADDIE development model (Analysis, Design, Development, Implementation, and Evaluation). Subjects (n = 84) were selected by the cluster sampling method. The data collection techniques were focus group discussion (FGD), observation, tests, and questionnaires. The trial of using the product was carried out on mathematics teachers and students at SMP 10 Madiun and SMP 12 Madiun for the academic year 2021/2022, with a total of three teachers and 84 students. The results showed that the degree of validity of the learning devices was in the good category, as was the level of practicality seen in the presentation, use, time and readability. Furthermore, as seen from the four indicators, the devices developed effectively improve students' creative thinking skills, namely fluency in the high category and flexibility, elaboration, and originality in the medium category. As a result, the STEAM-C integrated learning device is recommended for use in mathematics learning to help students improve their creative thinking skills. Implications have been drawn, based on this research and other recent research in this area, for specific ‘learning designs’ in specific social contexts.

Good learning devices greatly assist teachers in conveying the process of seeking knowledge to students. This study aimed to develop a STEAM-C (Science, Technology, Engineering, Art, Mathematics and Culture) integrated learning device in Masjid Kuno Taman, Indonesia to improve students' creative thinking skills. The learning devices included lesson plans, modules, and student worksheets. This research and development (R&D) used the ADDIE development model (Analysis, Design, Development, Implementation, and Evaluation). Subjects (n = 84) were selected by the cluster sampling method. The data collection techniques were focus group discussion (FGD), observation, tests, and questionnaires. The trial of using the product was carried out on mathematics teachers and students at SMP 10 Madiun and SMP 12 Madiun for the academic year 2021/2022, with a total of three teachers and 84 students. The results showed that the degree of validity of the learning devices was in the good category, as was the level of practicality seen in the presentation, use, time and readability. Furthermore, as seen from the four indicators, the devices developed effectively improve students' creative thinking skills, namely fluency in the high category and flexibility, elaboration, and originality in the medium category. As a result, the STEAM-C integrated learning device is recommended for use in mathematics learning to help students improve their creative thinking skills. Implications have been drawn, based on this research and other recent research in this area, for specific ‘learning designs’ in specific social contexts.

Creating an enjoyable atmosphere and fostering creativity are the two most required components in learning mathematics. Hence, creativity would enable students to formulate something new. In addition, creativity is one of the most important and highest competencies in Bloom's latest taxonomy. Furthermore, it is necessary to have everyone including prospective teachers. Not only for producing products in the form of objects, but the term creative also refers to problem solving in mathematic problems. This research is conducted to obtain a detail description regarding the impact of 3CM learning model among blended learning toward the enhancement of students’ creative thinking skills in mathematical problem solving. To achieve this goal, a pre-experimental design with one group pre-test post-test design pattern is chosen. Creative thinking skills are measured by test techniques and are emulated with observation techniques. Observations were performed when students worked on the test. The impact of 3CM learning with blended learning seen from test results paired sample T tests with the help of SPSS program and are emulated with close ended questionnaire techniques. The results show that the average of pre-test is 60.51 and the average of post-test is 75.96. As for the results of paired T tests is the test got sig value (2-tailed) 0.000, and hence there was a significant gap among the results of pre-test and post-test. All of these results imply that 3CM learning within blended learning is undoubtedly able to increase students’ creativity in solving mathematical problems. This is due to the learning situation and activities which push students to do systematic thinking. It was started by criticizing the enchanting contextual problems, creating creative products based on particular mathematical concepts, and ended by having meaningful reflection.

Creating an enjoyable atmosphere and fostering creativity are the two most required components in learning mathematics. Hence, creativity would enable students to formulate something new. In addition, creativity is one of the most important and highest competencies in Bloom's latest taxonomy. Furthermore, it is necessary to have everyone including prospective teachers. Not only for producing products in the form of objects, but the term creative also refers to problem solving in mathematic problems. This research is conducted to obtain a detail description regarding the impact of 3CM learning model among blended learning toward the enhancement of students’ creative thinking skills in mathematical problem solving. To achieve this goal, a pre-experimental design with one group pre-test post-test design pattern is chosen. Creative thinking skills are measured by test techniques and are emulated with observation techniques. Observations were performed when students worked on the test. The impact of 3CM learning with blended learning seen from test results paired sample T tests with the help of SPSS program and are emulated with close ended questionnaire techniques. The results show that the average of pre-test is 60.51 and the average of post-test is 75.96. As for the results of paired T tests is the test got sig value (2-tailed) 0.000, and hence there was a significant gap among the results of pre-test and post-test. All of these results imply that 3CM learning within blended learning is undoubtedly able to increase students’ creativity in solving mathematical problems. This is due to the learning situation and activities which push students to do systematic thinking. It was started by criticizing the enchanting contextual problems, creating creative products based on particular mathematical concepts, and ended by having meaningful reflection.

Creating an enjoyable atmosphere and fostering creativity are the two most required components in learning mathematics. Hence, creativity would enable students to formulate something new. In addition, creativity is one of the most important and highest competencies in Bloom's latest taxonomy. Furthermore, it is necessary to have everyone including prospective teachers. Not only for producing products in the form of objects, but the term creative also refers to problem solving in mathematic problems. This research is conducted to obtain a detail description regarding the impact of 3CM learning model among blended learning toward the enhancement of students’ creative thinking skills in mathematical problem solving. To achieve this goal, a pre-experimental design with one group pre-test post-test design pattern is chosen. Creative thinking skills are measured by test techniques and are emulated with observation techniques. Observations were performed when students worked on the test. The impact of 3CM learning with blended learning seen from test results paired sample T tests with the help of SPSS program and are emulated with close ended questionnaire techniques. The results show that the average of pre-test is 60.51 and the average of post-test is 75.96. As for the results of paired T tests is the test got sig value (2-tailed) 0.000, and hence there was a significant gap among the results of pre-test and post-test. All of these results imply that 3CM learning within blended learning is undoubtedly able to increase students’ creativity in solving mathematical problems. This is due to the learning situation and activities which push students to do systematic thinking. It was started by criticizing the enchanting contextual problems, creating creative products based on particular mathematical concepts, and ended by having meaningful reflection.

Creating an enjoyable atmosphere and fostering creativity are the two most required components in learning mathematics. Hence, creativity would enable students to formulate something new. In addition, creativity is one of the most important and highest competencies in Bloom’s latest taxonomy. Furthermore, it is necessary to be possessed by everyone including prospective teachers. Not only for producing products in the form of objects, but the term creative also refers to problem solving in mathematic problems. This research is conducted to obtain a detail description regarding the impact of 3CM learning model among blended learning toward the enhancement of students’ creative thinking skills in mathematical problem solving. To achieve this goal, a pre-experimental design with one group pre-test post-test design pattern is chosen. Creative thinking skills are measured by test techniques and are emulated with observation techniques. Observations were performed when students worked on the test. The impact of 3CM learning with blended learning seen from test results paired sample T tests with the help of SPSS program a that are acquired from close ended questionnaire techniques. The results show that the average of pre-test is 60.51 and the average of post-test is 75.96. As for the results of paired T tests is the test got sig value (2-tailed) 0.000, and hence there was a significant gap among the results of pre-test and post-test. All of these results imply that 3CM learning within blended learning is undoubtedly able to increase students’ creativity in solving mathematical problems. This is due to the learning situation and activities which push students to do systematic thinking. It was started by criticizing the enchanting contextual problems, creating creative products based on particular mathematical concepts, and ended by having meaningful reflection, Peer Reviewed

The efficacy of problem-based learning (PBL) in an analytical chemistry laboratory course wasstudied using a programme that was designed and implemented with 20 students in a treatmentgroup over 10 weeks. Data from 26 students in a traditional analytical chemistry laboratorycourse were used for comparison. Differences in the creative thinking ability of students in boththe treatment and control groups were evaluated before and at the end of the implementation ofthe programme, using the Torrance Tests of Creative Thinking. In addition, changes in students’self-regulated learning skills using the Self-Regulated Learning Interview Schedule (SRLIS) andtheir self-evaluation proficiency were evaluated. Analysis of covariance showed that the creativethinking ability of the treatment group had improved statistically significantly after the PBLcourse (p , 0.001) compared to that of the students in the comparison group. PBL was shownto have a positive effect on creative thinking ability. The SRLIS test showed that students in thetreatment group used self-regulated learning strategies more frequently than students in thecomparison group. According to the results of the self-evaluation, students became more positiveand confident in problem-solving and group work as the semester progressed. Overall, PBL wasshown to be an effective pedagogical instructional strategy for enhancing chemistry students’creative thinking ability, self-regulated learning skills and self-evaluation.