Publication Search

The development of critical thinking skills is essential for preparing future generations to effectively navigate the challenges posed by rapid technological and scientific advancements. This study examines the effectiveness of STEM-based learning (Science, Technology, Engineering, and Mathematics) in enhancing critical thinking skills among elementary school students in Indonesia. Using a quasi-experimental method with a pre-test and post-test control group design, this research involved 120 students from three elementary schools in East Java. The experimental group was taught using an integrated STEM approach, while the control group continued with a traditional curriculum. The primary objective was to assess how STEM-based learning impacts students' critical thinking, particularly in areas such as problem-solving, reasoning, and analysis. The results revealed a significant improvement in the critical thinking abilities of students in the STEM group compared to the control group. Students in the experimental group demonstrated enhanced skills in problem-solving and reasoning, with notable improvements in their ability to analyze and evaluate information. Additionally, the STEM group exhibited higher levels of engagement, curiosity, and motivation in their learning, along with a greater ability to apply interdisciplinary knowledge to real-life contexts. These findings suggest that STEM-based learning can play a crucial role in developing critical thinking and other essential skills required in the 21st century. This research underscores the potential benefits of incorporating STEM education into elementary school curricula to foster critical thinking and prepare students for future challenges. The study recommends that policymakers and educators focus on providing the necessary training, resources, and support to effectively implement STEM-based learning in primary education. By doing so, we can ensure that students develop the skills needed to succeed in a rapidly evolving world.  

The development of critical thinking skills is essential for preparing future generations to effectively navigate the challenges posed by rapid technological and scientific advancements. This study examines the effectiveness of STEM-based learning (Science, Technology, Engineering, and Mathematics) in enhancing critical thinking skills among elementary school students in Indonesia. Using a quasi-experimental method with a pre-test and post-test control group design, this research involved 120 students from three elementary schools in East Java. The experimental group was taught using an integrated STEM approach, while the control group continued with a traditional curriculum. The primary objective was to assess how STEM-based learning impacts students' critical thinking, particularly in areas such as problem-solving, reasoning, and analysis. The results revealed a significant improvement in the critical thinking abilities of students in the STEM group compared to the control group. Students in the experimental group demonstrated enhanced skills in problem-solving and reasoning, with notable improvements in their ability to analyze and evaluate information. Additionally, the STEM group exhibited higher levels of engagement, curiosity, and motivation in their learning, along with a greater ability to apply interdisciplinary knowledge to real-life contexts. These findings suggest that STEM-based learning can play a crucial role in developing critical thinking and other essential skills required in the 21st century. This research underscores the potential benefits of incorporating STEM education into elementary school curricula to foster critical thinking and prepare students for future challenges. The study recommends that policymakers and educators focus on providing the necessary training, resources, and support to effectively implement STEM-based learning in primary education. By doing so, we can ensure that students develop the skills needed to succeed in a rapidly evolving world.  

The integration of robotics in education is transforming the way students engage with STEM subjects. This paper explores the effectiveness of robotics in developing problem-solving, programming, and critical thinking skills in young learners. Case studies from various educational institutions demonstrate the positive impact of robotics-based learning in fostering innovation and creativity among children.

The integration of robotics in education is transforming the way students engage with STEM subjects. This paper explores the effectiveness of robotics in developing problem-solving, programming, and critical thinking skills in young learners. Case studies from various educational institutions demonstrate the positive impact of robotics-based learning in fostering innovation and creativity among children.

This study aims to describe the classroom management through problem-solving strategies in realizing quality learning. This research was conducted by quantitative approach. The main data of this study was 108 high school teachers. The technique used for data collection is questionnaire. The analysis technique used descriptive statistics, factor analysis, normality test, and inferential statistical test through t and anova tests. The results of the analysis show that classroom management efforts through problem solving are categorized as good by all aspects. Every aspect is valid with Alfa Cronbach's 0.766, thus, normal. The analysis of categorical factors is relevant in analyzing the classroom management through problem solving in realizing quality learning, which is above 0.7. In correlational analysis and one t-test of sample, all data are correlated and have significant role seen by the value of sig. 0.000 < 0.05. The Anova test through the linear path shows all the linearity as it impacting the problem solving in classroom management with value of F 0.000 < 0.05. Each aspect has its own characteristics on its implementation in learning. It shows that classroom management through problem solving can be a strategy in realizing quality learning.

This study aims to describe the classroom management through problem-solving strategies in realizing quality learning. This research was conducted by quantitative approach. The main data of this study was 108 high school teachers. The technique used for data collection is questionnaire. The analysis technique used descriptive statistics, factor analysis, normality test, and inferential statistical test through t and anova tests. The results of the analysis show that classroom management efforts through problem solving are categorized as good by all aspects. Every aspect is valid with Alfa Cronbach's 0.766, thus, normal. The analysis of categorical factors is relevant in analyzing the classroom management through problem solving in realizing quality learning, which is above 0.7. In correlational analysis and one t-test of sample, all data are correlated and have significant role seen by the value of sig. 0.000 < 0.05. The Anova test through the linear path shows all the linearity as it impacting the problem solving in classroom management with value of F 0.000 < 0.05. Each aspect has its own characteristics on its implementation in learning. It shows that classroom management through problem solving can be a strategy in realizing quality learning.

This research aims to explain the Miller-Seller curriculum perspective in the curriculum development of the Primary Teacher Education Study Program at STKIP Weetebula. This study is qualitative descriptive research with a literature review method. The results showed that in the curriculum of the PGSD Study Program, there were context, objectives, learning experiences, the role of lecturers, and curriculum evaluation. The curriculum context includes philosophical, psychological, and social. New findings in the curriculum of the PGSD Study Program include, the curriculum context is the philosophy of social reconstruction, humanisti and transpersonal psychology, and local cultural approaches. Learning experiences emphasize inquiry and probem solving, as well as finding the meaning of knowledge. The role of the lecturer as a facilitator of learning, facilitator of finding the meaning of knowledge and skills. Curriculum evaluation emphasizes mastery of learning material, acquisition of problem-solving skills, student self-evaluation. Based on these findings, the authors conclude that in the PGSD Study Program curriculum there is a Miller-Seller curriculum perspective, namely the position of transmission, transaction, and transpersonal. The three curriculum positions have various portions in planning, implementation, and evaluation in the PGSD Study Program curriculum.

This research aims to explain the Miller-Seller curriculum perspective in the curriculum development of the Primary Teacher Education Study Program at STKIP Weetebula. This study is qualitative descriptive research with a literature review method. The results showed that in the curriculum of the PGSD Study Program, there were context, objectives, learning experiences, the role of lecturers, and curriculum evaluation. The curriculum context includes philosophical, psychological, and social. New findings in the curriculum of the PGSD Study Program include, the curriculum context is the philosophy of social reconstruction, humanisti and transpersonal psychology, and local cultural approaches. Learning experiences emphasize inquiry and probem solving, as well as finding the meaning of knowledge. The role of the lecturer as a facilitator of learning, facilitator of finding the meaning of knowledge and skills. Curriculum evaluation emphasizes mastery of learning material, acquisition of problem-solving skills, student self-evaluation. Based on these findings, the authors conclude that in the PGSD Study Program curriculum there is a Miller-Seller curriculum perspective, namely the position of transmission, transaction, and transpersonal. The three curriculum positions have various portions in planning, implementation, and evaluation in the PGSD Study Program curriculum.

Virtual reality (VR) is an emerging tool in education that allows students to interact with complex concepts in an immersive environment. This paper investigates the potential of VR in enhancing Science, Technology, Engineering, and Mathematics (STEM) education for children. By reviewing various case studies, the paper explores how VR applications are being used to make abstract STEM concepts more accessible and engaging. The study concludes that VR enhances conceptual understanding, problem-solving skills, and critical thinking among young learners.  

Mobile learning apps have gained popularity as an educational tool for children, offering an interactive and engaging approach to learning. This paper explores the influence of mobile learning apps on children's cognitive development, focusing on skills such as memory, problem-solving, and attention. The study reviews several mobile learning applications used in early childhood education and assesses their effectiveness in fostering cognitive growth and skill development.  

Virtual reality (VR) is an emerging tool in education that allows students to interact with complex concepts in an immersive environment. This paper investigates the potential of VR in enhancing Science, Technology, Engineering, and Mathematics (STEM) education for children. By reviewing various case studies, the paper explores how VR applications are being used to make abstract STEM concepts more accessible and engaging. The study concludes that VR enhances conceptual understanding, problem-solving skills, and critical thinking among young learners.  

Mobile learning apps have gained popularity as an educational tool for children, offering an interactive and engaging approach to learning. This paper explores the influence of mobile learning apps on children's cognitive development, focusing on skills such as memory, problem-solving, and attention. The study reviews several mobile learning applications used in early childhood education and assesses their effectiveness in fostering cognitive growth and skill development.