Brain-based Learning Research Articles

Developing Achievement in Mathematics, Specifically in Elementary Logic, through Brain-Based Learning (BBL) Combined with Skill Practice Exercises for Grade 10 Students

This research aims to: 1) Develop an effective Brain-Based Learning (BBL) plan combined with skill practice exercises for Grade 10 students, achieving a performance criterion of 70/70; 2) Compare the learning outcomes in elementary logic before and after implementing the BBL approach combined with skill practice exercises for Grade 10 students; 3) Study the satisfaction level of students towards the BBL approach combined with skill practice exercises for Grade 10 students. The sample group consisted of 39 students from Grade 10 room 4 in the first semester of the 2023 academic year, selected through purposive sampling. Research tools included a learning management plan, an achievement test, skill practice exercises, and a satisfaction questionnaire. Data were analyzed using percentages, mean, standard deviation, and dependent samples t-test. The research found that: 1) The BBL-based learning management plan for elementary logic for Grade 10 students was effective, with performance levels of 95.69/81.28, exceeding the set criterion of 70/70; 2) The academic achievement of students who underwent the BBL-based learning in elementary logic for Grade 10 students significantly improved post-learning, at a .05 level of statistical significance; 3) Students were highly satisfied with the BBL-based learning approach combined with skill practice exercises in elementary logic for Grade 10 students, with a mean satisfaction score of 4.86.

Mathematical Connections Through Brain-Based Learning with Geogebra Assistance

During the COVID-19 pandemic, it became a challenge for the world of education, all exposure to the implementation of learning was carried out online, however, adjusting the learning process required the readiness of students and teachers in the field of technological literacy. The purpose of writing this paper is: to analyse the ability of mathematical connections between students who carry out GeoGebra-assisted brain-based learning and conventional learning, viewed by gender. The research method used was a quasi-experimental design with a non-equivalent control group. The sample consisted of an experimental class and a control class which were not selected randomly but were selected homogeneously. The implementation was carried out at one of the state middle schools in Bandung, Indonesia. Class VIII-C consists of 30 students as an experimental class carrying out GeoGebra-assisted brain-based learning and class VIII-F consists of 28 students as a conventional class. The instrument used is a mathematical connection ability test. Data analysis using two-way ANOVA. Research results: There is a difference in the achievement of increasing the ability of mathematical connections between students in the experimental class and the conventional class. There is no difference in the achievement of increasing the ability to relate mathematics based on gender (male, female). The brain-based learning approach with the help of GeoGebra facilitates the process of construction, interaction, reflection, and easy-to-understand material, so as to improve students’ mathematical connection abilities. Keywords: Mathematical Connections, Brain-Based Learning, Geogebra Assistance

Enhancing clinical nursing education for Gen Z students through brain-based learning

Clinical nursing is the most significant aspect of nursing education. An early exposure to clinical practice can be beneficial for nursing students, fostering a deeper comprehension of real-life nursing care. However, this experience may induce stress among students who might feel underprepared for the significant responsibilities involved. To ensure students attain their utmost potential in acquiring clinical knowledge and skills to deliver high-quality care, it becomes imperative for clinical instructors to critically reflect on their teaching methodologies. Incorporating innovative teaching methods is crucial for engaging students actively and instilling a sense of challenge and motivation during bedside clinical nursing. To involve nursing students actively in clinical learning, instructors need to connect brain neurotransmitters in the quest for learning. Without sufficient stimulation of the brain and its neurotransmitters and hormones during the learning process, students may struggle to grasp and retain knowledge over the long term. This literature review highlights the significance of using the brain-based approach in clinical education to address the needs of Gen Z students. Embracing a brain-based approach can lead to a revolutionary change in nursing education and clinical practice. By associating the brain’s physiology and leveraging advanced learning processes, clinical instructors can adeptly cultivate patient-centered, critical-thinking, practice-ready nurses.

The Effectiveness of a Proposed Program Based on The Theory of Brain-Based Learning in Developing Scientific Sense Among Seventh Grade Students in Biology

The Effectiveness of a Proposed Program Based on The Theory of Brain-Based Learning in Developing Scientific Sense Among Seventh Grade Students in Biology

Atef Abdelhameed Hamed Youssef: The Effectiveness of Using Brain-Based Learning Strategies in Developing EFL Writing Organization Sub-Skills for prep 3 Pupils .

Atef Abdelhameed Hamed Youssef: The Effectiveness of Using Brain-Based Learning Strategies in Developing EFL Writing Organization Sub-Skills for prep 3 Pupils .

The Use of the Brain-Based Learning Strategy and its Effect on Academic Achievement Among Students of the Technical Medical Institute in Physiology

The Use of the Brain-Based Learning Strategy and its Effect on Academic Achievement Among Students of the Technical Medical Institute in Physiology

Analysis of Brain-based Learning Pattern in Early Childhood Education in Punjab

This study investigated teachers' attitudes towards Brain-Based Learning (BBL) in Early Childhood Education (ECE) using a descriptive approach and purposive sampling. Data from 209 teachers in Multan's Government schools where Early Childhood Education being taught were collected through a modified questionnaire based on Shelly Klinek's work (2009), but adapted and modified to align with the Pakistani context and the specific needs of the educational landscape in the region. The analysis of the collected data involved the use of statistical measures such as mean, standard deviation, and chi-square, with the software SPSS employed for the analysis. The findings of the study revealed a generally positive attitude among teachers towards the implementation of BBL in ECE. Moreover, significant mean differences were observed in various demographic factors, including teaching level, academic qualification, professional qualification, and teaching experience, concerning teachers' attitudes towards BBL at the ECE level. Recommendations include educational authorities organizing seminars or workshops focused on BBL in ECE to familiarize teachers, especially new ones, with brain-compatible classroom principles. Targeted professional development opportunities can effectively support teachers in implementing BBL, enhancing learning experiences for young children in early childhood education.

Strategies in the Classroom for English Learning: Investigating the Effectiveness of Brain-Based Learning at Secondary School Level

Brain-based learning is claimed to make foreign language communication easier because learning a foreign language is complex. The objective of the study is to explore secondary school teachers’ perceptions of the effectiveness of brain-based learning strategies for English learning in the classroom. The research design was carefully crafted to gather quantitative data through a survey method, utilizing Likert scales to gauge respondents' levels of agreement with statements related to the research objectives. Researchers selected population responders using essential random sampling. The survey sampled 300 teachers. The study found that brain-based learning methodologies and concepts help students learn other languages naturally. Teachers reported that students never felt confident when speaking in English class, felt unconscious about speaking in front of other students, and got nervous when they did not understand every word their teacher was saying. However, the class environment made them feel comfortable. Brain-based learning provides a natural and suitable atmosphere for foreign/second language acquisition. Hence, the study may propose it for English classrooms at different levels.

The Role of Brain-Based Learning in Training Students' Critical Thinking Skills

Objective: This research aims to determine the role of brain-based learning in training students' critical thinking skills. Method: The research method used is a review article from 20 main scientific articles obtained from Google Scholar, Google, and Science Direct online with the keywords brain-based learning and critical thinking skills. Results: The results show that brain-based learning can be applied to gain critical thinking skills in mathematics and natural science material compared to conventional learning. Brain-based learning notes how the brain processes and interprets information after processing. A learning method that aligns with how the brain functions naturally will help students become more adept at critical thinking. Novelty: One of the most challenging issues of the 20th century is the improvement of information technology and the environment. Building quality human resources is a strategic and critical function of high-quality education. Today's students need to learn how to think critically.

Brain-based learning strategies respecting pupil´s emotions in language learning

The process of learning is about making connections. This paper presents brain-based learning as a starting point for teachers, which connects academic (content), and emotional level based on the brain research results. As we live in a stressful world, school classrooms can provide pleasure, emotional comfort, as well as knowledge. When teachers create a positive emotional environment pupils gain emotional resilience and learn more efficiently. The purpose of this paper is to focus on emotions through learning principles and emotionally “safe” school environmental factors which are inseparable part of teaching and learning process. This paper also presents strategies implementing theoretical knowledge into language learning and respecting students´ emotions. It can be concluded thatemotions play an important role in how and why students learn. Brain-based learning is one of the innovative ways or attitudes to learning a language, but also learning itself. By respecting stated starting points, we can not only make our teaching different, but especially enjoy learning, be satisfied with our performance and experience positive emotions that support the students' development. / Keywords: brain-based learning, brain, emotions, positive environment

Examining Brain Based Learning Models Assisted Open-Ended Approach To Mathematics Understanding Concept

The implementation of this research is due to indications of learning problems related to students' difficulties in understanding mathematics in division material in third grade elementary school which results in students being weak in understanding mathematical concepts. This needs to be improved through the implementation of a brain-based learning model with an open-ended approach so that it affects students' understanding of mathematical concepts. Quasi-experiment with pretest posttest control group design was used as the basis for this research method. The study population consisted of 96 grade 3 students from 5 schools in cluster 5, Klaten. Simple randomization was used as a sampling technique with a sample of 48 students. The research instrument used was a test of 10 questions with essay type. Based on the results of the hypothesis test obtained at 0.018, the brain-based learning model assisted by an open-ended approach has an effect on students' understanding of mathematical concepts with an average increase of 34.96 seen from the pretest and posttest. This research contributes to influencing students' mathematical concept understanding ability in a more positive direction through collaboration between the brain-based learning model with an open-ended approach.

Effect of Wordwall-Assisted Brain-Based Learning to Cognitive Learning Outcomes on Optical Equipment Material

Improving student learning outcomes will always be influenced by how teachers teach and provide innovation in learning. This study focuses on evaluating the cognitive learning achievements of class XI high school physics students in the Optical Instrument material, using the Wordwall-assisted Brain Based Learning model. The study is a quasi-experiment with all students in class XI of MS SMAN Plus Riau Province. A sample of 59 students with class XI MS 1 as the experimental group and class XI MS 4 as the control group. Daily tests were conducted to collect data on cognitive learning outcomes, which were analyzed both descriptively and inferentially. The findings indicate a significant difference in cognitive learning outcomes between the experimental and control groups, with the former achieving an average outcome of 81.83 and the latter attaining an average of 73.10. These results demonstrate that the Wordwall-assisted BBL learning model can enhance the cognitive learning outcomes of grade XI students in Senior High School, specifically in the Optical Equipment material.

Let's Get LOUD: An Engaging Talk Series to Build Exceptional Nurses.

Professional development specialists have been met with the challenge of engaging and retaining new graduate nurses in a postpandemic learning environment. Utilizing the idea of brain-based learning, one educator restructured their facility's nurse residency program and created the "Let's Get LOUD" talk series to increase learner satisfaction, engagement, and first-year retention among novice nurses.

Effectiveness of Brain-Based Learning Toward Improving Students’ Conceptual Understanding: A Meta-Analysis

This study explores the effectiveness of brain-based learning (BBL) as a pedagogical approach to address the challenges of poor conceptual understanding, which may have worsened due to the COVID-19 pandemic aftermath. In this meta-analysis, 14 studies qualified using the Publish or Perish software and the Preferred Reporting Items for Systematic Reviews and Meta-analyses. Statistical analysis conducted using Comprehensive Meta-Analysis (CMA) Version 4 software by Biostat, Inc. Based on the results, the overall effect size (ES = 3.135) indicates that the use and integration of BBL principles and strategies have a significantly large and positive effect on student conceptual understanding. The moderator analysis revealed a significant difference between individual studies (p < .001); however, the overall results for academic level (p > .05) and discipline (p > .05) revealed no significant differences. Hence, each study included in this analysis may differ from one another due to the differences in various BBL strategies implemented; however, when grouped, they shared common effect sizes. With these findings, the researchers advocate the use of BBL principles and strategies to improve students' conceptual understanding at various levels in basic education, be it in English and STEM. Moreover, empirical studies focusing on a particular BBL variable, such as health and nutrition, are recommended for in-depth analysis and discussion. Keywords: brain, brain-based pedagogy, education, learning poverty, reading comprehension, meta-analysis

Hyping the Students for Schoolwork: Incorporating Brain-Based Learning in Intermediate ESP Classes

This study was conducted to examine the impact of Brain-Based Learning (BBL) considerations to the academic performance of the Grade 4 and 6 pupils in Edukasyon sa Pagpapakatao (ESP) at Fourth Estate Elementary School BF Homes. Brain-based learning posits a framework that categorizes orchestrated immersion, relaxed alertness, and active listening. The effects of BBL were gauged through summative tests, performance tasks, and periodical exams. Total enumeration was utilized in determining the respondents and 595 intermediate pupils participated. The study administered a validated instrument using Caine and Caine’s triadic BBL framework. Findings reveal that the threefold categories of brain-based learning have positive effects on all the three aspects of class performance at different levels.

Effect of Brain-Based Learning on Conceptual Change in Acid, Base and Salt among Chemistry Students of Varied Cognitive Ability in Onitsha Education Zone

The study investigated the effect of brain-based learning on conceptual change in acid, base and salt among chemistry students of varied cognitive ability in Onitsha Education Zone. Three research questions guided the study and five hypotheses were tested at 0.05 alpha level. Quasi-experimental design was used in the study, specifically, the pretest-posttest non-equivalent control group design. The study population comprised 3, 103 SS2 students offering chemistry in Onitsha Education Zone, out which 108 students were selected using random and purposive sampling techniques. The instruments used for data collection were Test of Logical Thinking (TOLT) adopted from Tobin and Capie (1981) and Chemistry Students’ Conceptual Change Test (CSCCT) adopted from Zudonu (2013). Data was generated for the study by administering the instruments as pretest and posttest. Research questions were answered using mean and standard deviation while analysis of covariance was used to test the null hypotheses. The findings of the study showed that students taught acid, base and salt chemistry using brain-based learning had significantly higher mean conceptual change scores than those taught using lecture method. Also, there was a significant influence of cognitive ability level and gender on students’ conceptual change. It was recommended that seminars and workshop should be organized for chemistry teachers by school administrators to acquaint them with the effective ways of integrating brain-based learning into the teaching process of chemistry.

Comparison of the Effectiveness of Brain-Based Learning and Self-Regulation Strategies on the Academic Achievement of Students with Specific Learning Disabilities

This study aims to compare the effectiveness of two educational approaches: brain-based learning and self-regulation strategies, on the academic achievement of students with specific learning disabilities. The current research was conducted using a quasi-experimental method with a pre-test and post-test design and a control group. The statistical population consisted of elementary school students with specific learning disabilities who were randomly assigned to three groups (brain-based learning, self-regulation strategies, and control group). Data collection instruments included questionnaires and standardized academic achievement tests. The findings indicated that both educational interventions significantly improved the academic achievement of students with learning disabilities. The results suggest that both learning approaches can serve as effective tools for enhancing the academic and cognitive capabilities of students with specific learning disabilities. The combination of these two approaches could provide a comprehensive framework for improving learning and cognitive development in these students and contribute to enhancing the quality of education in contemporary educational systems.

Review of the General Teaching Model Based on Educational Neuroscience Studies

Background and Objective: This study aimed to review the general teaching model based on educational neuroscience studies. Methods and Materials: The research was conducted using a qualitative approach and deductive content analysis method. The study involved extensive research of digital resources, journals, books, and dissertations from 1990 to 2021 using databases such as ERIC, Springer, ScienceDirect, Wiley, Google Scholar, Library, Genesis Libdl, Knowledge E, and SID. Keywords in both Persian and English, including teaching method, brain-based learning, and educational neuroscience, were used in the search. A total of 183 relevant articles and books were identified, from which those addressing brain-compatible learning were selected. Findings: After collecting information from texts and analyzing the content, removing duplicate codes, and merging similar codes, 1416 codes were obtained. These were organized into 109 initial categories, 31 sub-categories, and 4 main categories within the general teaching model, covering pre-teaching, pre-and during teaching, during teaching, and post-teaching stages. The study's results explained 28 educational actions with an educational neuroscience approach in the stages of the general teaching model. These were validated through confirmatory factor analysis by experts and specialists in educational neuroscience (psychology, cognitive sciences, and educational sciences) and confirmed. Conclusion: It appears that implementing actions derived from educational neuroscience studies in the stages of the general teaching model can improve learners' brain performance and consequently enhance their learning.

Comparative Effect of Brain-Based Learning and Collaborative Instructional Models on Students' Skills Performance in Motor Vehicle Technology in Public Technical Colleges in Akwa Ibom State, Nigeria

Comparative Effect of Brain-Based Learning and Collaborative Instructional Models on Students' Skills Performance in Motor Vehicle Technology in Public Technical Colleges in Akwa Ibom State, Nigeria

Application of Brain-Based Learning Strategy for Students’ Optimal Learning Outcomes in Mathematics

Application of Brain-Based Learning Strategy for Students’ Optimal Learning Outcomes in Mathematics