High School Curriculum Research Articles

Mathematical Skills and General Mathematics Performance of Grade 11 Students in a Public National High School in Southern Negros Occidental, Philippines

Mathematical skills are essential tools that form the foundation for understanding complex concepts in mathematics relevant to our daily lives. General Mathematics is considered a core subject in the senior high school curriculum. This study investigated the mathematical skills and General Mathematics performance of Grade 11 students at a public National High School in southern Negros Occidental, Philippines. Researchers analyzed the relationship between these skills and academic performance, considering potential differences between sexes and academic strands. Using statistical methods like the Kruskal-Wallis test and Spearman's correlation, the study found students demonstrated approaching proficient mathematical skills but only developing-level General Mathematics performance. Significant differences in verbal skills were observed between academic strands, while nonverbal skills varied by both sex and strand. Crucially, a strong correlation emerged between mathematical skills and overall performance in General Mathematics.

A school-based intervention to foster adherence to the Mediterranean diet in adolescents: the PROMEDLIFE project

Abstract The need to maintain the production of local foods characterized by a high nutritional index, update traditional food production methodologies by developing attractive tech-based approaches, promote healthy eating habits that meet consumers’ preferences and acceptability, as well as reducing the complexity of supply chains (Farm to Fork) must be addressed to ensure food and nutrition security. This is especially true in Mediterranean countries undergoing dietary and nutritional changes that affect their inhabitants’ health while creating many socio-economic and environmental challenges. PROMEDLIFE aims to increase adherence to the Mediterranean diet through a multi-actor approach by encouraging the adoption of a healthy eating lifestyle while decreasing the environmental and economic impact of food production and processing. It also aims to attain optimal food communication and education through training programs that target primary and secondary students as well as their families, from children to older adults. A 4-week nutritional and sensory educational intervention in high school students involves frontal lessons, a web-app for families enrolled, and games on nutrients, food groups, balanced meals and various eating occasions, healthy and sustainable diets. In addition, adherence to the Mediterranean diet, nutritional knowledge, sociodemographic and lifestyle data, picky eating, and food neophobia are investigated. Including nutritional lectures in the school curriculum of high schools promotes knowledge acquisition about healthy diet. However, a period longer than 4 weeks may be necessary to translate this knowledge into improved eating habits. The project is still ongoing, and follow-up data collection will be performed. Final analysis, including data on picky eating and food neophobia, as well as overall eating behavior at follow-up, will allow an evaluation of possible long-term changes.

Development of e-Booklets making nata de pina as a learning resource for Biology Technology Innovation material in the Merdeka Phase E curriculum in high school

Research Development of e-Booklet Making Nata De Pina Research-Based Research as a Learning Source of Biological Technology Innovation Material in the Merdeka Phase E Curriculum in High School aims to analyze the influence of the concentration of sprouts extract on the quality of thickness and weight of nata de pina, as well as analyzing the validity, feasibility, and readability of E-Booklet Making Nata De Pina Developed. The development research design uses the Addie model, which consists of 5 stages, namely analysis, design, development, implementation and evaluation. In this study the implementation stage was not implemented. The results of this study were the provision of sprouts in the process of making nata de pina had a significant effect on the thickness of thickness and weight of nata de pina. The best results of the five treatments for the concentration of sprouts extract tested are trial in the K4 treatment with a concentration of sprouts of 100 ml for 500ml of media. The e-Booklet of making Nata de Pina is considered very valid with the acquisition of material validation scores of 90.90% and the validation score of media experts of 93.53%. The e-Booklet making Nata de Pina was declared very feasible with the acquisition of the teacher response score of 96.66% and the student response was 89.52%. As well as the results of the e-Booklet readability test making Nata de Pina is considered high with the acquisition of the Rumpang test score of 98.38%.

High School Curricular Rigor and Cognitive Function among White Older Adults.

Most research on the strong relationship between education and cognitive aging has focused on years of schooling. Using data from the Wisconsin Longitudinal Study-a sample of White persons born in 1939-we explored whether greater curricular rigor in high school was also associated with better cognitive function in later life. We estimated multilevel structural equation models in data from 2,749 participants who attended 308 Wisconsin high schools, graduating in 1957. Independent of academic ability and performance and school-level financial and material resources, a more rigorous high school curriculum was associated with significantly better global cognitive functioning in 2020, when most participants were 81 years old. There was also a significant mediation via eventual degree attainment. The mediation was moderated such that men and participants from high socioeconomic status families benefited most from a rigorous curriculum. We discuss implications for modern educational policy.

Comparison of Large Language Models in Generating Machine Learning Curricula in High Schools

With the rapid advancement of artificial intelligence technologies, the integration of AI concepts into educational curricula represents an increasingly important issue. This paper presents a comparative analysis of four AI large language models, ChatGPT (now GPT-4o), Bard (now Gemini), Copilot, and Auto-GPT, in the last year, progressing from the previous into the newer versions, thus also revealing the progress over time. Tasks were selected from the Valence project, which aims to advance machine learning in high school education with material designed by human experts. The four LLMs were assessed across 13 topics, 35 units, and 12 code segments, focusing on their code generation, definition formulation, and textual task capabilities. The results were analyzed using various metrics to conduct a comprehensive evaluation. Each LLM was allowed up to five attempts to produce outputs closely aligned with human-written materials, with experts providing iterative feedback. This study evaluated the effectiveness and accuracy of these LLMs in educational content creation, offering insights into their potential roles in shaping current and future AI-centric education systems.

Accessible Adventures: Teaching Accessibility to High School Students Through Games

ABSTRACTAccessibility education has been rarely incorporated into the high school curricula. This is a missed opportunity to equip next‐generation software designers and decision‐makers with knowledge, awareness, and empathy regarding accessibility and disabilities. We taught accessibility to students (N = 93) in a midwestern high school through empathy‐driven games and interviewed three Computer Science high school teachers and one librarian who taught programming. Accessibility education is currently insufficient in high school, facing challenges such as teachers' knowledge and conflicted curriculum goals. The students exhibited increased knowledge and awareness of accessibility and empathy for people with disabilities after playing the games. With this education outreach, we aim to provide insights into teaching next‐generation software designers about accessibility by leveraging games.

직업계고 학점제 공동교육과정 운영 실태 분석을 통한 지원 방안 탐색

The purpose of this study is to explore support measures based on the current status and needs of the joint curriculum of the vocational high school credit system in order to overcome the limitations of the curriculum operation of uniform and rigid schools. The results of the survey for 142 vocational high school teachers who operated the “joint Curriculum” in 2023 were used to analyze the actual condition of the “joint Curriculum Operation” of vocational high schools. As a result of the study, it suggested that the government prepare guidelines for the operation of the joint curriculum for vocational high schools, prepare a support system for the smooth operation of the joint curriculum, find diversity in the operation model of the joint curriculum considering the characteristics of the school, prepare guidelines for teaching and evaluation of the joint curriculum for vocational high schools, share best practices, seek support measures for each role of teachers participating in the joint curriculum, strengthen the role of provincial and provincial offices of education to revitalize the joint curriculum for vocational high schools, and improve the administrative work of the joint curriculum.

국내외 과학영재학교 수학과 교육과정 편성 현황 분석

This study attempted to analyze the characteristics of the mathematics curriculum of eight domestic science gifted schools to derive implications to consider when organizing the mathematics curriculum of domestic gifted schools in the future. To achieve this, the study compared the content elements of mathematics subjects offered in science high schools for gifted students with those structured according to the 2022 revised mathematics curriculum. Additionally, an analysis was conducted on the content elements of Advanced Placement (AP) subjects and other subjects that, while not included in the 2022 revised mathematics curriculum, are additionally studied at these science high schools. The analysis revealed that the mathematics curriculum in science high schools for gifted students showed a relatively low reflection rate of content elements included in the 2022 revised mathematics curriculum, such as <Discrete Mathematics>, <Practical Statistics>, and <Advanced Geometry>. Moreover, there was a noticeable lack of the <Probability and Statistics> subject in the AP curriculum. The study also highlighted the need for a comprehensive review of the content covered in <Linear Algebra> and <Differential Equations> when organizing future curricula. Furthermore, a comparative analysis of the curricula in three international science high schools for gifted students indicated that these institutions generally offer more credit hours and a wider variety of elective subjects, thus ensuring greater flexibility and broader learning opportunities for students. This suggests that the organization and operation of the mathematics curriculum in domestic science high schools for gifted students should embrace more flexibility and openness to effectively nurture mathematical talents.

Physical Education Curriculum Implementation Using Hyflex Learning Modality in the New Normal

In order to address issues on the delivery of quality education during the COVID-19 pandemic and to transition to post-pandemic teaching and learning delivery, hyflex was introduced in many schools all over the world. The purpose of this study is to explore the implementation of the physical education curriculum in junior high school using hyflex learning modality and identify the teaching practices, challenges and opportunities that teachers encountered during implementation. This study utilized a qualitative research method using a case study approach employing focus group interview with physical education teachers in a selected private school in Zamboanga City. Hyflex learning modality allows students to attend classes flexibly. The learning modality presented an avenue for teachers to become efficient in the digital age thus responding to a future-ready education landscape. Digital literacy and innovative pedagogical strategies among teachers were seen as opportunities in this modality. Challenges on internet connectivity, technological resources, assessment and monitoring of online distance learners (ODLs), and equity in learning need to be addressed first. The results of this study provided education administrators an overview and a guide in curriculum innovations in physical education to improve the delivery of the course in the context of new normal.

Block Programming Scratch-Based: Interactive Learning Media in the Merdeka Curriculum for Straight Line Equation Material 8th Grade Junior High School

Block Programming Scratch-Based: Interactive Learning Media in the Merdeka Curriculum for Straight Line Equation Material 8th Grade Junior High School

Readiness, knowledge, and perception towards artificial intelligence of medical students at faculty of medicine, Pelita Harapan University, Indonesia: a cross sectional study

IntroductionArtificial intelligence (AI) enables machines to perform many complicated human skills which require various levels of human intelligence. In the field of medicine, AI helps physicians in making diagnoses and treatments for patients with more efficiency, accuracy, and precision. In order to prepare medical students who are the future healthcare workforce, it is important to enhance their readiness, knowledge and perception toward AI. This study aims to assess Pelita Harapan University (PHU) medical students’ readiness, knowledge, and perception toward AI.MethodsA quantitative cross-sectional study was conducted to assess respondents’ readiness, knowledge and perception toward AI. An online questionnaire was distributed via Google Forms to all batch of medical students. Medical Artificial Intelligence Readiness Scale for Medical Students (MAIRS-MS) questionnaire was used to evaluate AI readiness, while an adapted questionnaires was used to evaluate knowledge and perception toward AI. Data were then analyzed using IBM Statistical Package for Social Sciences (SPSS) version 23.0.ResultsA total of 650 respondents were included in this study. Most respondents were in pre-clinical phase (88%) while the remaining were in clinical phase (12%). Overall, the total mean score for AI readiness was 73.34 of 100. Respondents had a mean score 24.52 ± 5.26 of 40, 27.78 ± 4.65 of 40, 10.57 ± 2.07 of 15, and 10.47 ± 2.00 of 15 in the cognitive, ability, vision, and ethics domain respectively. Generally, respondents had sufficient knowledge and positive perception toward AI. There were also significant correlation between readiness and knowledge with gender, having studied coding previously in high school, and having family or close friends working in AI field. Social media also had a good influence on enchancing readiness in the domain of ability and ethics, and perception towards AI.ConclusionMedical students of PHU mostly showed neutral to favorable response on readiness, knowledge, and perception towards AI. Incorporating AI into high school and medical curriculum is an important step to prepare medical students’ encounter and partnership with AI as the future workforce in medicine.

The perception of the Subject of Physical Education by the High School Students. The Case of the City of Shkodra, Albania

Knowing and evaluating the opinions of the high school students on the subject of physical education in order to find ways for improving its development in the high school curriculum. In this study, were included 300 students, 150 female and 150 male, divided equally in the three years of study in high school. A specific questionnaire was drawn up for this study, which contained the questions and data needed to obtain results on the target issues. To practically see the students' perceptions regarding the entry, that is, how much they knew the impact of Physical Education, Physical Activity on their health and emotional well-being, an observational questionnaire was used. The questionnaires were distributed by the teachers, preserving the anonymity of the students. It was explained to the students that their opinions had no influence on the assessment by the physical education teachers. The statistical process was another method that clearly evidenced the results achieved, helping in a more efficient way to provide the conclusions that were intended to be reached from this research. Purpose: Knowing and evaluating the opinions of high school students on the subject of physical education in order to find ways for improving its development in the high school curriculum.

고교 성취 기준 연계 STEAM 융합 프로그램 개발 및 적용: 체육과 안전 영역 심폐소생술 활용

Objectives The purpose of this study is to develop a STEAM program linked to high school achievement standards based on physical education, life science, and art subjects in the 2015 revised curriculum and apply it to the school field to verify the effectiveness of the program through satisfaction analysis of students and teachers. Methods For the development of the STEAM program linked to subject achievement standards, a total of nine university professors from G Metropolitan City and five middle and high school teachers participated in the program development, and it took about eight months to apply and verify the effectiveness of the program, with three on-site high school teachers participating. As for the learning framework for program development, a total of four instructional plans were developed and applied using the three-step learning framework of “situation presentation-creative design-emotional experience” and then teacher and student satisfaction verification were conducted. Results As a result of this study, first, a STEAM 4th class program was developed that was linked to high school achievement standards based on physical education, life science, and art subjects in the 2015 revised high school curriculum. Second, as a result of the field satisfaction survey after application of the program, it was confirmed that students averaged 3.82 in terms of class satisfaction, class fun, and active participation factors. In the teacher satisfaction survey, significant results were confirmed in the necessity and effectiveness factors of STEAM education, and high satisfaction of 4.0 or more on average was confirmed in both program composition and educational effectiveness factors. Conclusions The development and application of the convergence talent education (TEAM) program using CPR were confirmed, and it was an opportunity to shed new light on the role and function of the ‘physical education subject’ in the development of STEAM convergence classes. In the future, research on the development of STEAM convergence programs in connection with physical education subjects should be actively conducted.

Enhancing High School Mathematics Education Through School-based Research: Development and Mechanisms

In the context of ongoing educational reforms aimed at fostering critical competencies among high school students, this paper explores the implementation and impact of school-based mathematics research (SBR) as a strategic innovation within the high school curriculum. Adopting mixed research methods, in the study questionnaires were distributed to all students and teachers in the early stage to collect and analyze relevant data and than the study combines quantitative analyses of student performance data with qualitative insights from teacher and student feedback to assess the effects of SBR on teaching practices and learning outcomes. This research is based on the fact that the traditional education model cannot meet the needs of cultivating students' thinking ability, and the new curriculum reform has decentralized teaching research to schools. The study is helpful to explore the effect of SBR on the cultivation of teachers' scientific research ability and the improvement of classroom quality. The results show the powerful role of SBR in promoting teaching practice and student participation. Based on school characteristics, it proposes effective teaching improvement measures to improve the quality of mathematics education.

Manhaj al-Lugah al-‘Arabiyyah fi Madāris al-Ṡānawiyyah al-Islamiyyah: Taqwīm al-Taṭbīq Binaan ‘ala Qarar Wazīr al-Syuūn al-Dīniyyah

The formulation of evaluation tools needed to apply the curriculum in the process of evaluating the application of the curriculum at the practical level in education units. The objectives of this scientific research are: 1) Describe the curriculum application evaluation model with specifications for the formulation of components, aspects, context indicators, inputs, process, product, and outputs (CIPPO). Based on the decision of the Minister of Religious Affairs No. 183, 184, 189 and the theory of linguistic performance. 2) Analyzing the evaluation results of the implementation of the Arabic language curriculum. This scientific research utilized a research and development (R&D) design) with the ADDIE model (Analysis, Design, Development, Implementation, and Evaluation). Data collection tools using interview, questionnaire, and documents. The data collection techniques are Dhelpi techniques; consultative discussions with experts as validators in preparing the instruments, group discussion forum; discussions with Arabic language teachers to analyze the needs and formulate the components, aspects, and indicators to achieve Arabic language curriculum application. And qualitative data analysis using triangulation method; data reduction, presentation, and conclusion. The results of the research indicated that; 1) Implementing the evaluation of the Arabic language education curriculum in the Islamic high school using the CIPPO evaluation model with representative formulas and criteria from KMA 2019 No. 183, 84, and 189 with Dell Hymess' language performance theory Furthermore, CIPPO becomes an evaluation model in the form of curriculum achievement evaluation tools that include components on; context, inputs, process, outcomes, and learning outcomes with all aspects and indicators. The results of the evaluation of the implementation of the Arabic language curriculum for Ma'arif Islamic Secondary Schools Jepara are as follows; 1) Context aspects are at a very good level. 2) Aspects of the input components of the curriculum at a good level. 3) Aspects of the process components of the curriculum at a very good level. 4) The product component aspects of the curriculum are at a good level. 5) The learning outcomes aspects of language performance are at a poor level.

Gravitational time dilation in a high school lesson

Abstract In almost all countries, the Ministry of Public Education has introduced the topics of special and general relativity into the high school curriculum. For example, in Italy the teaching of so-called modern physics (quantum mechanics and relativity) was introduced in the last year of high school. The students are approximately 18 years old and, although the arguments are addressed in an introductory and qualitative way, they are also a topic for the final exam. Einstein’s theory fascinates young students, but it is not always easy to explain the revolutionary effects it predicts. For this reason, we have organized a series of in-depth lessons trying to derive the space-time distortions in a way suitable for the young age of the students. In this frontline we summarize a derivation, suitable for high school pupils, regarding gravitational time dilation.

Field Work Practice Monitoring System to Support Practical Activities for Vocational High School Students

Internship (INTERNSHIP) is an important part of the vocational education curriculum in vocational high schools, including SMK Negeri 1 Gesi. However, its implementation often faces various obstacles, such as inefficient communication, delayed reporting, and difficulties in monitoring student progress. To address these issues, an Internship monitoring system has been developed with the aim of optimizing the learning process. Therefore, this research aims to develop a internship monitoring system that is suitable for use by vocational high school students to support their activities. The research method applied in this study is research and development adopting the Alessi & Trollip model. The research subjects include software/media experts, content experts, and teachers. Data collection is carried out using observation, interviews, and questionnaires. The data obtained from the research is then analyzed qualitatively descriptively and quantitatively in terms of percentage. The research results show that in the alpha testing phase, the internship monitoring system product received a High Validity qualification from experts. Based on these results, it can be concluded that the internship monitoring system product deserves the category of high feasibility to use as an application or system to support a series of internship activities, both for teachers and students.

Curriculum and gender spaces in high schools in Eswatini

Curriculum and gender spaces in high schools in Eswatini

Study on Task Repetition in Senior English Writing Teaching

General Senior High School Curriculum Standards (2017) specifies that the Core Competence is not only the concentrated embodiment of the value of subject education, but also the correct values, essential characters and key abilities that students gradually form through subject learning. And writing, as the essential output ability in language competence, is the key to cultivating students’ English Subject Core Competence. However, in actual teaching, writing teaching has not been paid enough attention to, and students’ writing competence has not been effectively improved. And some studies have been testified that task repetition is conductive to improving students’ writing performance. Therefore, this paper intends to apply task repetition to senior English writing teaching, so as to promote the improvement of students’ writing competence, and finally improve students’ English Subject Core Competence.

Low-Cost Automated Vegetable Garden: Integrating Educational Robotics in High School

Objective: The objective of this study is to investigate the integration of Educational Robotics (ER) into high school curricula through the development of the Automated Vegetable Garden project, aiming to enhance student learning and support sustainable agricultural practices among small local producers. Theoretical Framework: This study is based on the theories of STEAM education, problem-based learning (PBL) and the principles of Design Thinking. These frameworks provide a foundation for inserting Educational Robotics into real-world interdisciplinary problems and enhancing individual and collaborative learning. Method: The methodology adopted for this research comprises a Design Thinking approach divided into phases of exploration, ideation and prototyping. Participants include high school students and small, local producers. Materials used include the ESP8266 microcontroller and low-cost sensors, and to the use of Google Sheets for data collection. Data was collected through field testing. Results and Discussion: The results revealed the integration of Educational Robotics through the Automated Garden project, with two educational interventions being proposed: project-based, with the creation of the prototype, and another based on Storytelling. Research Implications: Practical implications of this research include the development of improved educational practices in ER, promoting students' skills in digital technologies and problem-solving. The project also promotes sustainable agricultural practices by providing smallholder farmers with actionable data. Originality/Value: This study contributes to the literature by demonstrating an approach to integrating Educational Robotics into high school curricula through practical real-world applications. The relevance and value of this research is evidenced by its potential to improve educational outcomes and support sustainable agriculture in local communities.