Integrated Islamic School is a school whose curriculum integrates Islamic values, skills and national curriculum. The purpose of this research is to describe curriculum design in integrated Islamic schools by taking a research site at SMPIT Insan Kamil Sidoarjo. This research uses a qualitative approach with case study. The research data obtained from interviews, observations, and documentation, then analyzed by reducing data, presenting data, and making conclusions. The results showed that the curriculum design in SMPIT Insan Kamil Sidoarjo emphasized the internalization of Islamic values in every national curriculum content, without overriding the national curriculum set by the Ministry of Education. The assessment process is the main objective created in the learning environment and the content of teaching materials that are loaded with Islamic values. While the purpose of the curriculum design is, so that students have a strong foundation of religious education, which boils down to the strength of aqeedah and moral perfection. Internalization of Islamic values in integrated Islamic schools is not only done through the subjects taught, but through the design of school activities programs that support the inculcation of Islamic values in students.
Abstract:Problem-based learning is characterized by the existence of a real problem as the context wherein students learn critical thinking skills, problem-solving, and knowledge acquisition. The concept of critical thinking gains popularity to help students obtain the ability to conduct fact analysis, support opinion with an argument, and problem-solving. The majority of Indonesian vocational school students, however, have difficulty in developing critical thinking skills and problem-solving. This research was purportedly designed to evaluate the differences of students' critical thinking ability in response to the application of various problem-based learning model namely Fishbone diagram, problembased learning model, and expository learning model. A quasi-experimental design was applied to assess students' critical thinking. The findings indicate that there was a significant difference in students' critical thinking ability responding to the learning models. In summary, the research proposes the problem-based learning as an alternative learning model to improve student's critical thinking ability.
Recent years later, there have been researches exploring the importance of computational thinking as an important skill needed by the students to manage activities in all disciplines. The development of computational thinking requires media or tool to help the students develop skill through their experience. Robotics can be used as a media to give students opportunities with the learning by their experience. The correct approach is needed to help the students develop computational thinking through their experience with robotics. A constructivist approach is a prominent approach to teaching with the learning experience. The constructivist approach may potentially be considered of the development of computational thinking skills. This paper reviews the contribution of robotics and constructivist approach to computational thinking. The insight from the reviewed papers, subsequently, was analysed the effect of the use of the robotics and constructivist approach to computational thinking.
The purpose of the study is to know how the implementation strategies in SDN Bubutan IV Surabaya. The descriptive qualitative method is used in this analysis. The collecting data technique is using data reduction, data display, and conclusion drawing. The data validity test is using source triangulation. The result of the study showed that the school literacy movement strategies are already successful with (1) conditioned physical environment with mini-libraries in each classroom and student artworks around school areas, (2) conditioned the social environment as an effective model by giving rewards toward students, there is also an activity to celebrate a national holiday that integrated with literacy learning, and (3) conditioned the academic environment with an accustomed student to read 15 minutes, the existence of school literacy team and having a library with proper facilities.
This study aims to development of media mobile learning based on android for learning the biology of nervous system material and to determine the effectiveness of media mobile learning based on android in improving students' conceptual understanding. The type of research used was development (R&D), population, and sample, namely class XI IPA 2 as many as 30 students at one of the public high schools in Bogor Regency which was carried out from January to May 2020. This development research procedure used a model (4D) consisting of 4 stages, namely Define, Design, Develop, and Disseminate. The instruments used were tests (pre- test and post-test), response questionnaire sheets, and documentation. The implementation of deployment trials was carried out using a one group pre-test and post-test research design. The results showed that the media mobile learning got a very feasible category. This is based on the average percentage of the assessment from the expert validation team, namely 82.75%. Media mobile learning Android-based on learning the biology of the nervous system material can improve students' understanding of concepts and almost all students respond positively. This is proven by an increase in the results of the pre-test and post-test values after using the application so that the N-gain value obtained is 66.5.
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