Teaching Program Research Articles

The Good and Bad of AI Tools in Novice Programming Education

As AI coding tools become more prevalent in programming, it is essential to understand how they influence programming education. This study, conducted in a first-semester Introduction to Programming course, aimed to determine the positive and negative effects of these tools on students’ learning experiences and their ability to develop essential programming skills. Using a mixed-methods approach, we collected data from 73 teams of engineering students over a 12-week period. Students completed surveys and reported on their AI tool usage. We analyzed this data quantitatively to identify trends in tool familiarity, usage, and student satisfaction. Additionally, qualitative analysis of student reports provided insights into the specific ways AI tools were used and their perceived benefits and drawbacks. The findings revealed a significant increase in AI tool familiarity (from 28% to 100%) and usage among students. Students’ satisfaction with AI tools improved over time. The most prevalent tasks for which novice programmers used AI tools included creating comments (91.7%), identifying and correcting bugs (80.2%), and seeking information (68.5%), while other tasks were less common. While these tools offered benefits like assisting in learning and enhancing real-world relevance, they also raised concerns about cheating, over-reliance on AI tools, and a limited understanding of core programming concepts.

A Study to Assess the Effectiveness of Planned Teaching Programme regarding Knowledge on oral Cancer and Oral Self Examination among the Auto Drivers at Kanyakumari District

A Study to Assess the Effectiveness of Planned Teaching Programme regarding Knowledge on oral Cancer and Oral Self Examination among the Auto Drivers at Kanyakumari District

The Sherbrooke-Lyon Research Training Program in Acoustics - Projet Samuel de Champlain 2022-2024

We present the Sherbrooke-Lyon Research Training Program in Acoustics ("Projet Samuel de Champlain" 2022-2024, funded by the FRQNT: Fonds de recherche du Québec - Nature et technologies), which brings together teams from Université de Sherbrooke and from Master of Science in Acoustics of Lyon. This project aims to build a joint teaching program in acoustics through joint courses integrated into the graduate programs of the two institutions, research internships, and academic exchanges of students and researchers associated with the project. The joint courses are based on existing activities at the two institutions, whose content and teaching methods (mainly online) are adapted to the project. In the last two academic years, students from Sherbrooke followed the sound perception course of Lyon in co-modal modalities; and conversely, students from Lyon followed the smart acoustic lab module offered at UdeS in virtual mode. Three undergraduate students took also part in the program during their spring/summer internships (in the other partner lab, resp. CRASH and LVA), developing hybrid and virtual content (numerical laboratories). The presentation will focus mainly on how such innovative collaboration modalities can be applied in the context of education and research at university.

Remodeling Classroom Management Through Technology Driven Curriculum In Nigeria: A Sociological Analysis

Remodeling the classroom management through technology driven curriculum will assist teachers to the global requirement to replace traditional teaching methods with a technology-based teaching and learning tools and facilities. In Nigeria, Remodeling the classroom management through technology driven curriculum is considered as one of the main elements in transforming the country to the future development. The conceptual clarification utilizes the remodeling of the classroom management, technology, and education as the tools affecting remodeling classroom management through technology driven curriculum in Nigeria. The theoretical perspectives that is used for the paper is Humanist choice theory by William Glasser in the year 1998. The concept of remodeling classroom management and relevance of technology driven curriculum in Nigeria is the basic or fundamental impact to the success of this paper. The Ministry of Education, through the latest Education Blue print (2013-2025), insights the importance of technology-based teaching and learning into the schools’ national curriculum. This study of the paper aims to analyze teachers’ perceptions on effectiveness of upgrading the classroom management through technology driven curriculum to support teaching and learning process in classroom. The results indicate that remodeling the classroom through technology driven curriculum has a great effectiveness for both teachers and the students. Findings indicate that teachers’ well-equipped preparation with technology driven curriculum tools and facilities is one the main factors in success of technology-based in remodeling the classroom management for sound teaching and learning. It was also found that professional development training programs for teachers also played a key role in enhancing students’ quality learning. For the future studies, there is a need for consideration of other aspects of remodeling classroom especially from management point of view in regard to strategic planning and policy making through technology driven curriculum.

Effects of Compensation Benefits on Employee Engagement for Private Family Business Schools

The effects of compensation and benefits on employees’ engagement levels in selected private family business schools (PFBSs) in the Eastern Cape, South Africa are investigated in the study. Several pieces of literature affirmed that employee engagement levels in South African schools are low despite the crucial role played by employees in implementing the teaching and learning programs of the schools. The study is to determine the extent to which employee engagement in PFBSs is predicted by remuneration and benefits. The study employed a quantitative positivist research paradigm and a case study technique to examine the impact of pay and benefits on employee engagement levels in PFBSs. A six-step sampling model was adopted, and a probability sampling technique was utilized. Nonparametric statistical analyses were done, and the results revealed that increasing employees’ compensation and benefits is key to improving employees’ engagement levels in PFBSs. All ethical requirements, such as respondents’ anonymity, informed consent, and confidentiality, were adhered to throughout the study. The study recommended that PFBSs are encouraged to have a compensation and benefits portfolio that competes favorably well with other educational institutions locally and abroad to retain a well-engaged set of employees. The study concluded that a large-scale survey be carried out to investigate the impact of compensation and benefits to PFBSs in another country rather than South Africa to compare findings.

Adaptive Bi-Encoder Model Selection and Ensemble for Text Classification

Can bi-encoders, without additional fine-tuning, achieve a performance comparable to fine-tuned BERT models in classification tasks? To answer this question, we present a simple yet effective approach to text classification using bi-encoders without the need for fine-tuning. Our main observation is that state-of-the-art bi-encoders exhibit varying performance across different datasets. Therefore, our proposed approaches involve preparing multiple bi-encoders and, when a new dataset is provided, selecting and ensembling the most appropriate ones based on the dataset. Experimental results show that, for text classification tasks on subsets of the AG News, SMS Spam Collection, Stanford Sentiment Treebank v2, and TREC Question Classification datasets, the proposed approaches achieve performance comparable to fine-tuned BERT-Base, DistilBERT-Base, ALBERT-Base, and RoBERTa-Base. For instance, using the well-known bi-encoder model all-MiniLM-L12-v2 without additional optimization resulted in an average accuracy of 77.84%. This improved to 89.49% through the application of the proposed adaptive selection and ensemble techniques, and further increased to 91.96% when combined with the RoBERTa-Base model. We believe that this approach will be particularly useful in fields such as K-12 AI programming education, where pre-trained models are applied to small datasets without fine-tuning.

The Impact of Children’s Programming Education on the Development of Children’s Cognitive Abilities

This paper delves into the impact of children’s programming education on the development of children’s cognitive abilities. It begins by discussing the rise and development of children’s programming education and the importance of cognitive abilities in the growth of children. It then analyzes in detail the characteristics and advantages of children’s programming education, including teaching methods, teaching tools, and specific ways of cultivating children’s cognitive abilities. Through empirical research, experiments were designed, and data were collected and analyzed to verify the positive impact of children’s programming education on the development of children’s cognitive abilities. At the same time, in response to the challenges faced by children’s programming education, such as the shortage of teachers and the irrationality of curriculum settings, corresponding strategies have been proposed. Finally, the paper summarizes the significance of children’s programming education in the development of children’s cognitive abilities, emphasizes the necessity of further promoting and improving children’s programming education, and looks forward to its future development trends.

The Effects of an Evidence-Based Instructional Program on Science Teaching to Students with Special Needs in Inclusive Classrooms

Abstract: The current study aimed to investigate the impact of an evidence-based instructional program consisting of: Explicit Instruction (EI) along with Numbered Heads Together (NHT) in comparison to the traditional, hand raising (HR) technique on fourth-grade students with and without special needs’ daily science quiz scores. Additionally, the researchers sought to explore the impact of the interventional program on the cumulative, pre and post-test performances of participants. Using mixed methods—single-subject, alternating treatment (comparing the interventional program [EI & NHT] to HR), and quasi-experimental designs—data were collected. Data were analyzed using a measure of central tendency (mean scores) of daily science quiz scores, and t-tests to derive results from the pre and post-test cumulative scores. The findings revealed all students in the experimental group, including those with special needs, improved their mean scores on daily science quizzes, along with cumulative, post-test performances. This improvement was achieved after the delivery of the interventional program. Social validity interview with the classroom teacher demonstrated that the instructional program provided a motivational, engaging learning atmosphere for all students including those with special needs. Recommendations for future research and practices were provided.

The Efficacy of High-Fidelity Telesimulation in Preparing Nursing Students for Emergency and Critical Patient Care: A Prospective Study.

High-fidelity telesimulation can address the gap in nursing education caused by the pandemic by providing a simulated environment for students to practice skills that closely mimic real-life scenarios. This study was designed to determine the effect of a high-fidelity telesimulation teaching program on emergency and critical patient care-related knowledge, self-confidence, and critical thinking skills in nursing students. This randomized, single-blind controlled study was conducted on a sample of 84 nursing students who were evaluated using pretest and posttest measurements. The participants were randomized into a control group ( n = 43) and an experimental group ( n = 41). The control group received an in-person traditional teaching program, and the experimental group was taught using a high-fidelity telesimulation program. During the high-fidelity telesimulation, synchronous online tutorial learning and telesimulation were conducted every 100 and 300 minutes. The experimental group program included a lecture, simulation teaching videos, and demonstrations related to endotracheal intubation, 12-lead electrocardiography, protective clothing, and hybrid telesimulation learning. In each subgroup, the students executed a single high-fidelity telesimulation scenario in which they were assigned individual roles. The students in the other subgroups served as observers and engaged in the synchronous online debriefing. Teaching efficacy was evaluated using an objective structured clinical examination and a questionnaire designed for emergency and critical patient care. In the experimental group, levels of knowledge and self-confidence as well as critical thinking skills related to emergency and critical patient care were significantly higher than in the control group ( p < .05). High-fidelity telesimulation teaching is a feasible and reliable alternative to conventional in-person simulation for nursing students, particularly in situations where traditional clinical experiences are not possible.

Rapid foresight: Information technologies in Physics lessons

Abstract This research, conducted as part of the curriculum in the discipline of Modern Learning Technologies, explores strategies for improving the training of future teachers in response to the dynamic educational landscape. The discipline is an integral component of the educational program designed for students aspiring to become educators. A total of 12 students participated in the study, engaging in a collaborative and iterative process to identify key areas for enhancement in teacher training. The rapid evolution of learning technologies necessitates a proactive approach in preparing future teachers for the challenges and opportunities in the educational landscape. In this study, students enrolled in the educational program for prospective teachers played an active role in the research process. The objective was to leverage the insights and perspectives of these students to identify areas for improvement in teacher training. Twelve students participating in the study were enrolled in the Modern Learning Technologies course. This cohort engaged in a rapid foresight approach, involving activities such as focus group discussions, brainstorming sessions, and collaborative workshops. The methodology aimed to gather diverse opinions on emerging trends in education and technology and to envision potential future scenarios. The findings of the study highlighted key trends in modern learning technologies, including advancements in educational technology, shifts in learning preferences, and evolving classroom dynamics. Students actively contributed to scenario-building exercises, providing valuable input into the skills and competencies they deemed essential for future teachers. The assessment of current teacher training programs revealed areas where adjustments and enhancements were deemed necessary. The active involvement of students in the research process proved to be instrumental in gaining firsthand insights into the needs and expectations of future educators. Collaborative workshops facilitated a co-creation of strategies for improving teacher training programs, ensuring that the enhancements were aligned with the dynamic nature of the educational environment. This research, conducted within the framework of the Modern Learning Technologies course, emphasizes the significance of involving students in the foresight process for enhancing teacher training. The collaborative and iterative nature of the approach ensures that the strategies developed are responsive to the evolving trends and needs in education. As the educational landscape continues to evolve, incorporating student perspectives into teacher training becomes imperative for fostering effective and adaptive educators.

Teachers’ Knowledge, Attitude, and Practice on Schoolchildren’s Visual and Eye Health: A Scoping Review

Abstract Studies on knowledge, attitude, and practice (KAP) of teachers regarding schoolchildren’s visual and eye health is an important step before implementing further collaboration between education and healthcare system. The input in this field is limited as many countries are at the early stage of involving teachers in school health screening programmes. This review aims to understand the level of KAP among teachers on schoolchildren’s visual and eye health and the methodology used to conduct these studies. This scoping review was conducted based on Arksey and O’Malley’s framework for scoping studies. A systematic search using electronic databases (Scopus, Web of Science, PubMed and Ebscohost) was conducted to identify relevant articles, imported into the Rayyan web application for review management. Mendeley desktop was utilised for citation management. A total of 463 articles were identified during the selection process, and 17 articles were included in this scoping review after eligibility screening. These studies were grouped into three designs: cross-sectional, intervention, and qualitative. This scoping review revealed that the level of knowledge and practice among teachers on schoolchildren’s visual and eye health was low to moderate, while the level of attitude was good. Some misconceptions exist among teachers regarding children’s visual and eye health. Training programmes for teachers are crucial to significantly improve their KAP levels. Most of the teachers lacked the knowledge and practice concerning children’s visual and eye health. However, with a good attitude, their awareness level can be upgraded with proper training, eye screening facilities, and access to information.

The Effectiveness of the Directed Reading Thinking Activity (DRTA) Strategy in Jordanian EFL Tenth-Grade Students’ Reading Comprehension

Objectives: This study aimed to investigate to what extent the Directed Reading Thinking Activity (DRTA) strategy affects Jordanian EFL tenth grade students' reading comprehension. Methods: The study followed the quasi-experimental design, which is based on a one-group pre- and post-test design (repeated measures) to measure the dependent variable before the treatment was implemented and once it was implemented. The treatment lasted for eight weeks during the first semester of the academic year 2021–2022. The sample of the study consisted of 30 male students in the tenth grade who were purposefully selected from Turra Secondary School in Al-Ramtha Directorate of Education. To achieve its objectives, a DRTA-based instructional program and a pre- and post-reading comprehension test were developed. The results were statistically analyzed using SPSS. Results: The study results showed that using DRTA made a statistically significant difference (at α = 0.05) between the mean scores on the pre-test and the post-test. They also showed improvement in the sample’s reading comprehension resulting from the reading activities in which the participants were involved in the program. Conclusions: The study recommended using DRTA to improve students’ reading comprehension. The study concluded that using DRTA is an effective learning strategy for improving students' comprehension. DRTA combines four techniques: predicting, reading, confirming or refuting, and justifying. These techniques are used to enhance reading comprehension.

Effectiveness of video assisted teaching program of pranayama on selected physiological parameters among patients with COPD

BACKGROUND: According to research on the global burden of illness, chronic obstructive pulmonary disease (COPD) is expected to rank third globally in terms of cause of mortality in the first 20 years of the 20th century and fifth in terms of major cause of impairment. A thorough yoga program can enhance general well-being and respiratory function, which will improve a person’s capacity to complete daily chores. MATERIALS AND METHODS: One group pretest and posttest design in a quasi-experimental study was applied. Collected 50 samples by usingnon-probability sampling method to collect data with the help of tool prepared by researcher. The present study was conducted from April 2022 to June 2023. Analyzed by using Statistical Package for the Social Sciences (SPSS) software. RESULTS: The comparison of pretest and posttest physiological parameters of COPD patients. At the 5% significant level, The Student’s paired “t” test is employed, and the mean, standard deviation, and mean difference values are compared. For n = 50-1, or 4 degrees of freedom, the value was 2.00. At the 5% level of significance — a statistically acceptable level of significance — the computed oxygen saturation “t” value, or 29.69, the heart rate (7.16), respiratory rate (16.50), diastolic blood pressure (3.77), and walking distance (15.23), are all significantly greater than the value for general physiological parameters. Thus, the H1 is accepted for oxygen saturation, respiratory rate, and distance in walking. CONCLUSION: Moreover, the study findings highlight the need for ongoing education and outreach efforts to continue improving the health status of COPD patients. This paragraph say that the pranayama is effective in patient with COPD as it help in manageing the illnes and also to improve the lifestyle and also help to im prove the health status of the patient having any other illnesses. In addition, the Compassion of Pranayama and Yoga Pranayama shown effectiveness in daily lifestyle.

Engagement and learning approaches among medical students in an online surgical teaching programme: A cross-sectional study

BackgroundThe COVID-19 pandemic prompted the transition of all teaching and learning of final-year General Surgery students to an online platform. Despite the utility of online methods, challenges exist such as a sense of impersonal learning, and poor student engagement. Student engagement with course content is important for deep learning. An Online Student Engagement Scale (OSE) and a revised Biggs Two-Factor Study Process Questionnaire (R-SPQ-2F) were used to evaluate student engagement and learning approaches respectively. MethodsA cross-sectional study was conducted in 2021 at a South African university. The OSE and R-SPQ-2F online survey tools were administered to all final-year students (n = 325) enrolled in the surgical online module. Quantitative data was collected, and the data was analysed statistically using R-Statistical computing software. Results are presented in the form of descriptive and inferential statistics. The reliability of the tools was evaluated by Cronbach's alpha. ResultsThe survey response rate was 35.4 % (115/325). Students were engaged at a high level, and the median (IQR) scores of the OSE tool were 71.0 (63.0–78.0). Overall, students adopted a deep approach (DA) to learning, with median (IQR) scores of 34.0 (30.0–39.0) on the R-SPQ-2F tool. There was a moderate positive correlation between the total OSE score and DA (0.53, p < 0.001). Both the OSE and R-SPQ-2F tools showed an acceptable level of internal consistency of 0.893 and 0.806 respectively. ConclusionsStudent engagement was associated with deep learning approaches. The OSE and R-SPQ-2F tools were reliable tools to measure student engagement and learning approaches among medical students.

Evaluation of a Classroom Support System for Programming Education Using Tangible Materials

Evaluation of a Classroom Support System for Programming Education Using Tangible Materials

Insight into the postgraduate certificate in teaching and learning in higher education, challenges, and opportunities

The main objective of this paper is to evaluate the postgraduate program in learning and teaching in higher education. The program was designed to introduce the essential knowledge, skills, and abilities to enhance the teaching quality to the higher education academic staff. The research methodology was qualitative, with content analysis, structured observation, and storytelling techniques. The research findings reveal that the program has been designed for the junior staff to engage with the undergraduate students. The program does not consider the senior staff who supervises master’s and PhD students, and they need knowledge about research methodology, thesis and dissertation supervision, and the support system. In conclusion, the program needs to be flexible with more optional or elective courses to specialize or personalize the content and structure for the individual participants.

Challenges in implementing English-only instruction: Insights from EFL student teachers in Taiwan

English-only instruction is promoted intensely by the Taiwanese government as an effective method to enhance students’ English language skills in primary schools. Determining how to effectively employ English-only instruction is a major concern for many English educators and authorities in Taiwan. This study explored the challenges encountered by English as a Foreign Language (EFL) student teachers in their English language proficiency while providing English-only instruction in an English language teaching practicum at a Taiwanese elementary school. A qualitative research design was employed in this study. The participants of this study consisted of 11 EFL student teachers. Lesson plans, class observations, and reflective journal entries were the sources of the research data in this study. A thematic analysis was employed to analyze the data of this study. The results indicate that EFL student teachers’ English language proficiency gave them challenges while employing English-only instruction due to inappropriate and inadequate English usage, poor presentation, and infallible native speaker models. Moreover, there is no clear link between EFL student teachers’ English proficiency and their teaching effectiveness. The results also imply that the challenges encountered by EFL student teachers regarding their English language proficiency in employing English-only instruction are related to micro (classroom) and macro (Taiwanese society) relations. The results further provide insights for those involved in designing English-only instruction training programs to be more critically concerned about designing effective pre-service or in-service training programs for EFL teachers.

The management of English as medium of instruction (EMI) policy at an Indonesian technological institution

Due to its internationalization agenda, higher education institutions (HEI) in Indonesia adopted English as medium of instruction (EMI) programs despite the absence of a national policy document to regulate EMI. Studies on EMI policy in HEI focused on the effect policy could have on the dominant group and gave less highlight on EMI policy implementation management. This case study examined the management of EMI as language policy at the meso-(institutional) and micro-(classroom) levels. The data sources include the institutional policy document related to the EMI program, and interviews with seven EMI officers and seven EMI teachers at a Technological Institute in Indonesia. Using Spolsky's language management framework for the "sensitizing concept," the result of the thematic analysis of the data shows three major categories of EMI policy management: EMI classroom management mechanism, language-related mechanism, and incentivization mechanism. The EMI teachers practice EMI differently in the classroom. Three teachers used English only, while four teachers used multilingualism for content comprehension. The most highlighted managerial and teaching problems come from the students’ recruitment. Therefore, reflecting on the constrain due to the management, it is recommended that the Ministry of Education provide more concrete and practical guidance on EMI implementation in Indonesia.

제4차 산업혁명 시대의 중학교 가정 교과의 3D 프린팅 활용 의생활 메이커 교육 교수⋅학습과정안 개발

The purpose of this study was to develop a teaching and learning plan for clothing maker education in middle schools using 3D printers, one of the key tools of the Fourth Industrial Revolution. This plan aims to revitalize clothing maker education by incorporating maker education programs. The research was conducted in four stages: Analysis, Design, Development, and Evaluation. First, in the analysis stage, the content related to clothing education in the 2015 revised secondary school home economics curriculum was analyzed to derive the elements of clothing maker education and home economics. Additionally, an analysis of equipment suitable for maker education was conducted, leading to the selection of 3D printers and heat transfer printers as maker equipment. Second, in the design stage, the composition of the teaching and learning program based on the TPMS (Tinkering, Practical reasoning, Making together, &amp; Sharing and spreading) model and the selection of media were established. Third, in the development stage, a comprehensive plan was implemented to develop a maker education teaching and learning process that emphasized practical problem-solving. Learning activity sheets, PPT materials, group and self-evaluation forms, and program evaluation tools were also developed. Finally, in the evaluation stage, safety rules were added following expert validation of the teaching and learning plans. Class goals were clarified considering the functions of home economics. The evaluation tools were also revised and supplemented to facilitate student-centered assessment.

Development and Implementation of a Web-Based Management Information System for Enhancing Computer Programming Training in Education

In the current era of information technology, web-based training systems are critical for enhancing the efficiency of training processes. This study focuses on the development of a Management Information System (MIS) tailored for computer programming training, utilizing a web-based training (WBT) platform. The primary objective is to introduce a framework for a web-based MIS that optimizes the management and delivery of computer programming courses. Computer programming education presents unique challenges, such as real-time participant tracking and dynamic content management, which are addressed by this MIS. The system was developed using the waterfall model, with data collected through interviews, observations, and requirements analysis. Key features include training schedule management, participant tracking, material organization, session management, evaluation tools, and reporting capabilities. Real-time feedback enhances participant engagement, while session management improves the overall learning experience. The web-based platform offers flexible access and simplifies the management of training processes, enabling users to track schedules, access materials, and monitor progress. Validation results show a high validity score (V = 0.883), exceeding the required threshold, and the materials received a validity score of 0.864, confirming their suitability for basic programming competency training at Medan State University. These results demonstrate the system’s effectiveness and potential for wider application, making it a valuable tool for improving the management and delivery of programming courses across various educational contexts.