The aim of this study is to determine differences in character education between male and female students with a theoretical foundation, which emphasizes three components in character education, namely moral knowing, moral feeling, and moral action. This study adopted a survey method approach, which was one of the quantitative research methods with explanatory research methods. Data were collected through questionnaires in this study, which were developed based on Lickona's theory. The survey carried out to 219 males and 263 females from 482 students at two selected elementary schools precisely at the sixth grade in 16 subdistricts of Bangkalan District, Indonesia. The collected data were analyzed using SPSS. The results showed that there were differences in character education between men and women.
This study aims to create a new model of learning model that is integrated into the value of Islam and science, especially in the subjects of mathematics. The results of research conducted by researchers at MINU Pucang Sidoarjo obtained data that 1) learning math materials taught only based on transfer knowledge without the integration of Islamic values and science. A lot of content can be included in the material such as integrating the sum of numbers with the meaning and time of prayer, 2) Problem solving ability in MINU Pucang Sidoarjo still low due to the absence of habituation of teachers for students to think logically so that learners tend to memorize without knowing the stages of Scientific thinking that must be understood by learners.
Learning models that can specifically support 21st-century skills which are fundamentals and global in nature, especially in higher education, are still not available. The Problem Based Learning (PBL) model and the Collaborative Learning (CL) model have characteristics that have the potential to support these skills. The purpose of the study is to develop a collaborative problem-based learning (CPBL) model. The study's results are five model syntaxes consisting of problem orientation, organization, collaborative problem solving, presentation and discussion, and evaluation. Besides, a model matrix was produced to guide lecturer and student learning activities to achieve fundamental and global 21st-century skills, namely problem solving, critical thinking, and collaboration. The syntaxes and matrix of the model produced are feasible, valid, and practically implemented to produce graduates who have ready and competitive skills. Thus, the developed CPBL model can become an innovative initial role model for learning to support learning at various levels, especially higher education, to produce graduates who have skills that are ready and competitive in the current era, maybe even in the future. Received: 18 March 2021 / Accepted: 21 May 2021 / Published: 8 July 2021
The development of science and technology during the Covid-19 pandemic re-quires universities to prepare their students to have collaborative and problem-solving skills through appropriate learning today, namely, integrating learning with online technology. This study aimed to determine the effectiveness of im-plementing collaborative problem-based learning (CPBL) integrated with online learning on student collaborative and problem-solving skills. The research meth-od used was quantitative with a post-test quasi-experimental design involving fourth-semester students in the Early Childhood Education Study Program, Uni-versitas Muhammadiyah Sidoarjo, Indonesia. The effectiveness of implementing CPBL integrated with online learning was analyzed primarily using the t-independent sample test. The study results showed that the implementation of CPBL integrated with online learning effectively improved students’ collaborative and problem-solving skills. This effectiveness especially occurs when construct-ing knowledge, looking for resolution strategies, and evaluating solutions in breakout rooms and collaborative forums and zoom meetings. Meanwhile, the study results recommend that CPBL integrated with online learning can be used as a solution and an essential study for academics to keep familiarizing and prac-ticing collaborative and problem-solving skills that are relatively difficult to im-prove during the Covid-19 pandemic.
Electronic design automation software is a part of software learning. This study uses digital electronic circuit design software as learning media, namely, Electronic Design Automation (EDA), in the form of simulations and a guided inquiry learning model in higher engineering education. The device is a type of multimedia, because it involves graphics, animation, and text as external data. The software facilitates the learning process of cadets using the guided inquiry learning model. Given its accessibility, mobile learning has its own advantages. This study uses quantitative data with a type of quasi-experimental research. The sample consists of 100 cadets in the engineering study program. Results show that the model can improve the learning process of cadets in the air digital engineering program subject, in which the implementation of the model has been integrated into a special theme from the test scores and results of cadets. An effect is observed on the use of the EDA and guided inquiry model to the learning outcome and motivation of cadets in engineering education. The researchers concluded that the implementation of EDA and the guided inquiry model are effective. In addition, it provides benefits for practitioners and educators in improving the learning outcomes and motivation of cadets in engineering education.
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