Traditional Classroom Research Articles

Acoustic conditions in innovative learning environments

New generation or innovative learning environments are being developed in many OECD coun-tries, including Australia and New Zealand. These spaces are often criticized as being 'noisy', dis-tracting, unattenable, and yet, there has been a link between deep learning outcomes and the new generation environments. Education spaces primarily revolve around speaking and listening activities. Although new space typologies have been, and continue to be, developed, the acoustic standards applied to them are often the same as those applied to traditional cellular classroom spaces. This paper presents the results of systematic acoustic testing undertaken within numerous physical spaces for traditional and new generation learning environments in Australia and New Zealand, to compare the differences in performance between traditional cellular classrooms and open plan spaces, and summarise any trends evident in the information. It also acknowledges the differences between traditional cellular spaces and new generation environments as determined from the results.

Relaxed and flexible – what (else) happens when sofas enter everyday lives of schools?

ABSTRACT School environments in Finland are changing from traditional classrooms towards more flexible architectures. This change invites designers and commercial organizations to take part in re-thinking these environments by creating narratives of desirable educational environments. Their comprehensive furniture solutions promise flexible entities, including components that facilitate sharing and joining together. This article describes the school architecture reform from the perspective of one local school. We focus on an element emblematic of the planned relaxed learning environment: sofas, and discuss these using the philosophical concept of assemblage. We propose that arriving in the everyday life of a school the comfortable sofa – the promise of relaxation – also begins to participate in and to produce negotiations of power. Sofa becomes a participant in an assemblage of school: the sofa brings to surface relations that everyday life school assemblages already foster and sustain, making the negotiations of power in the school visible.

Professional Standards and Educational Leadership: Higher Secondary Teachers’ Behavioral Intention Towards Adopting New Teaching Technologies

Integrating new teaching technologies in education has transformed the traditional classroom environment, offering innovative methods for teaching and learning. With the rapid advancement in digital tools and platforms, educational institutions are increasingly adopting these technologies to enhance instructional practices, engage students, and improve learning outcomes. Therefore, this research aimed to investigate the higher secondary teachers’ behavioral intention towards adopting new teaching technologies in the context of professional standards and educational leadership. The study adopted a descriptive research design and utilized a quantitative research approach. A standardized questionnaire and a web-based purposive sampling method were used to collect 350 data from higher secondary teachers in Bangladesh. The data was assessed, and the hypotheses were analyzed using a process called partial least squares structural equation modeling (PLS-SEM). The PLS-SEM analysis identified a notable link among perceived ease of use, enjoyment, usefulness, and behavioral intention in the context of professional standards and educational leadership. This study is highly significant for educational institutions and policymakers that aim to enhance teacher job satisfaction and teachers’ quality. Educational technology should feature an interface that is easy to use, engage the user’s interest, and fulfill its intended function efficiently. Furthermore, it is imperative to tailor training programs to aid teachers’ assimilation of the technology. School administrators must enact professional development efforts, encourage the effective use of technology, establish support networks, and provide adaptable solutions to meet the unique needs of instructors. These variables can potentially increase the rate of acceptance and satisfaction with technology in educational institutions.

A Comparative Study on Student Engagement and Achievement in Online Versus Traditional Classroom Instruction

Abstract : The different points related to the study topic and Vygotsky's theory have been stated. The transition of traditional learning to digital learning has faced great changes mainly in this time of pandemic. The primary data collection process, descriptive method, and deductive approach of research have followed here. SPSS and ANOVA, frequency analysis, and correlation have been done here. Data has been gathered from different 55 students with 13 questions and their analysis is been stated here. The interpretation of data has been done with SPSS in this part. A comparison of the literature review and the relation between the results that are collected are analysed in this part. Thus, it can be concluded that the traditional learning practice created more impact on the engagement of students. The online teaching process has made less engagement in comparison with the traditional process. Students who wished to attend international classes but could not go to the places are taking online classes from home. Nevertheless, the relationship between the teacher and the student and their successes are hindered here so much so. Keywords : Traditional, online, teaching, teachers, students, face-to-face connection, digital, engagement.

Paramedic educational programs maintain entry level competency throughout the COVID-19 pandemic.

The COVID-19 pandemic required unprecedented changes to emergency medical services (EMS) educational frameworks in the United States. It is unclear if pandemic-related changes impacted paramedic educational outcomes. We aimed to evaluate curricular and performance changes resulting from the initial COVID-19 pandemic on paramedic educational programs. We performed a retrospective cross-sectional evaluation of paramedic educational programs in 2019 and 2020 using the Committee on Accreditation of Educational Programs for the Emergency Medical Services Professions annual reports. These reports contain detailed program components and measures of program success. We included programs reporting at least one graduate in the study period. Descriptive statistics (proportions [%], median [interquartile range, IQR]) were calculated for paramedic program characteristics in 2019 and 2020, as well as pandemic specific curriculum changes. Wilcoxon rank-sum and Fisher's exact tests were used to evaluate differences in characteristics by year. The number of paramedic educational programs in our population decreased from 640 programs in 2019 to 612 in 2020, with a statistically significant decrease in clinical hours (2019: 219 [IQR 168‒272]; 2020: 200.5 [IQR 157‒261]). There was no difference in first or third-attempt certification examination success between years. Temporary shutdown was experienced in 34% of programs (duration: 3weeks [2‒7]) and 72% of required curricular changes. Curricular changes commonly included decreased in-person education (86%), traditional classroom lectures (78%), number of clinical sites (78%), and increased online didactic education (92%). Only 20% of programs decreased laboratory simulation or total training hours. During the pandemic, paramedic educational programs changed educational delivery with no observed differences on overall program performance. Identifying key curricular changes and best practices for implementation may be necessary to better optimize future educational delivery.

Knowledge-Based Flipped Classroom Model to Improve Physics Learning Outcomes

Abstract The goal of studying physics is to produce individuals who can use their knowledge and comprehension to tackle complicated challenges in daily life. This is partly influenced by the absence of practical work in the laboratory. Therefore, a learning model is needed that can overcome this problem. This journal presents a model for implementing a Knowledge-Based Flipped Classroom approach in the context of physics education. Traditional classroom settings often rely on passive consumption of information, limiting student engagement and depth of understanding. In contrast, the flipped classroom model emphasizes active learning, where students engage with the course material before class begins, allowing in-class time for deeper exploration, discussion, and application of concepts. This research uses a mixed-methods research methodology, to evaluate the effectiveness of the Knowledge-Based Flipped Classroom model in physics teaching. This paper proposes a structured framework for designing flipped physics classrooms, integrating multimedia resources, interactive activities, and collaborative learning experiences. Using this strategy, instructors can improve student learning outcomes by developing critical thinking, problem-solving abilities, and conceptual knowledge. The adoption of the Knowledge Based Flipped Classroom paradigm has been proven to improve learning outcomes in Sensor Technology courses, according to the study’s findings. It is advised that this learning approach be applied in Sensor Technology courses as an alternative to traditional instruction.

DIGITAL LEARNING SUPPORT ELEMENTS IN THE ONLINE TEACHING OF GERMAN AS A FOREIGN LANGUAGE

In recent years, pedagogical design and practice have undergone a forced transformation that has brought many innovative methods and tools to the implementation process. The transition to online education has demanded new infrastructural solutions that have temporarily replaced traditional classroom practices. Most teachers seem to have adapted well to these new challenges. Learning support platforms and online teaching elements had to be harnessed by teachers who, in many cases, acquired this knowledge on their own, in awareness of their importance. Our study examines the need for digital learning support elements in primary schools of the German national minority in Hungary. Our research tools comprised an online questionnaire survey conducted in 2022. The goal of our study was to identify the problems that teachers faced in the transition to online teaching during the period of distance learning introduced due to the COVID pandemic in 2020 and since; the forms of support teachers received nationwide; and the measure of success in their work as language teachers. We also looked at the factors that influenced the digital elements being used. Finally, we examined whether teachers are still willing to use online learning support tools when returning to face-to-face teaching.

Transforming Inclusive Digital Pedagogy in Malaysian Tertiary TVET: Adapting to a New Educational Landscape

The COVID-19 pandemic has greatly sped up the use of Artificial Intelligence (AI) and Information and Communication Technology (ICT) in education. The aim is to create a more inclusive and fair system, especially in Technical and Vocational Education and Training (TVET) for individuals with special needs. This approach focuses on personalized learning, high-quality information, and employer involvement, even though it is challenging to replicate traditional classroom experiences. Using the fuzzy Delphi technique, the methodology adapts inclusive digital teaching to changing needs, stressing infrastructure, accessibility, personalized learning, digital skills development, and teacher capabilities. Malaysia is working to become a global leader in education by using ICT to support student-centered learning and develop digital skills, in line with the National Digital Policy. The results show a strong potential for building a thorough digital education system. This integration has important effects on improving educational infrastructure, accessibility, and teacher skills, helping Malaysia establish itself as a leader in the global education scene.

The Ecological Construction Path of English Vocabulary Teaching Based on Markov Chain in the Perspective of Ecological Linguistics

The new curriculum standards have put forward new requirements for high school English vocabulary teaching, and the English vocabulary eco-classroom under the guidance of ecological linguistics theory can precisely make up for the shortcomings in the traditional vocabulary classroom and meet the challenges of the times. However, most of the existing researches on ecological classroom are combined with macro English subjects, and few of them are about English vocabulary teaching. This study takes the principles of ecological linguistics as the theoretical basis to support the conceptual construction and morphological reliance of the vocabulary ecological classroom, supplemented by modal theory as the process orientation of the four major stages in the teaching process, constructs a new vocabulary ecological classroom model based on Markov chain model, and applies the ecological classroom model to high school English vocabulary teaching to verify its teaching effects. The experimental results show that the Markov chain-based high school English vocabulary teaching under the “ecological linguistics” model can help students’ interest in vocabulary learning and promote their vocabulary learning level, accounting for 15% improvement in the learning effect.

Pregnant women's experiences of online prenatal education in Korea during COVID-19: a phenomenological study.

This study aimed to explore the significance and insights derived from the experiences of pregnant women in Korea who participated in online prenatal education during the COVID-19 pandemic. This study employed the hermeneutic phenomenology framework developed by Colaizzi. It involved 12 pregnant women who participated in online prenatal education provided by public health centers in Chuncheon, Korea. Data collection was achieved through in-depth interviews conducted in Korea from October 2021 to April 2022. In total, 51 significant statements were extracted from the interview data and then categorized into 10 themes. Finally, three categories were formed by merging similar themes. The three basic categories of participants' experiences of online prenatal education were "feeling of safety and comfort in body and mind," "frustrated by a lack of interaction," and "digital education being a double-edged sword." Pregnant women expressed ambivalence regarding the benefits and drawbacks of the online educational experience. They desired more interactive and practical learning opportunities, even as they appreciated the comfort of learning remotely. This study revealed the phenomenon of online prenatal education as an advanced form of distance-based prenatal education instead of the traditional in-person classroom. To maximize the educational effectiveness of this new format, public health center policies must address the digital literacy gap and enhance accessibility by leveraging the immersive multimedia experiences that online education offers to pregnant women. We recommend that maternal healthcare providers adopt this innovative approach to prenatal education, utilizing distance education technology to improve participation and promote immersion.

The specifics of integrating distance learning technologies with traditional classroom instruction: How to design educational curricula in modern education?

The active and widespread transition to distance learning modalities was prompted by the COVID-19 pandemic and is currently considered a prospective paradigm for the development of the education system. This shift necessitates the creation of corresponding curricula and programs capable of fostering student competencies through online and blended learning. The purpose of this research is to examine the specifics and formulate an algorithm for the development of educational programs incorporating distance and blended learning technologies. Analytical, sociological (utilizing semi-structured surveys administered to 96 educators and 128 students on the subject of distance and blended learning and its methodological support), modeling, and mathematical-statistical methods (Student's t-test and analysis of variance ANOVA) were employed in this study. The survey confirmed the hypothesis of differences in attitudes toward distance learning among students and educators. Educational needs and challenges were identified, leading to the development of an algorithm for designing educational programs integrating distance and blended learning technologies. An algorithm has been devised for the development of educational programs based on the integration of distance and blended learning technologies. The study underscores the importance of continuity across educational levels and the early cultivation of distance learning skills. Prospective research endeavors are intended to be directed toward the examination of the organization of distance and blended learning for students with special educational needs.

REVOLUTIONIZING EDUCATION: ASSESSING THE IMPACT OF MOBILE LEARNING APPS ON ACADEMIC SUCCESS AND ATTITUDES

This study examines the impact of mobile learning applications on the academic achievement of gifted students and their attitudes toward mobile learning. A quasi-experimental research design was employed. The study population consisted of all gifted eleventh-grade students in the Al-Ahsa region during the first semester of the 2023-2024 academic year. The study sample included 81 gifted male and female students. The experimental group received instruction based on a mobile learning strategy, while the control group participated in traditional classroom settings. Two instruments were developed to evaluate different aspects. The first tool aimed to examine the impact of mobile learning applications on student achievement and was designed based on the course content, while the second tool was a questionnaire to measure participants' attitudes towards mobile learning. The results revealed statistically significant differences between the average academic achievement of gifted students in the experimental group, who learned using mobile learning, and the average achievement of gifted students in the control group, who learned in the usual way. The difference was in favor of the experimental group. Additionally, there were statistically significant differences between the average level of attitudes toward mobile learning (including dimensions such as satisfaction, impact on learning, motivation, and ease of use) among gifted students in the experimental group and the average level of attitudes toward mobile learning among students in the control group. The difference was also in favor of the experimental group. These findings suggest that the integration of mobile learning applications can have a positive impact on the academic achievement of gifted students and their attitudes towards this learning approach. The study highlights the potential of mobile learning technologies to enhance the educational experiences and outcomes of gifted learners.

Innovative research of comprehensive practice classroom teaching of Chinese reading

The innovative research of comprehensive practical classroom teaching of Chinese reading shows that teachers should pay attention to cultivating students 'interest in reading in the teaching process, improve their information screening and integration ability, and introduce diversified teaching strategies to stimulate students' learning initiative and creative thinking. Through the continuous innovation of teaching methods, we can enrich the reading practice activities, and provide students with a broader space for exploration and thinking. Classroom teaching is an important link in the field of education, and it has a key influence on students' learning effect and development. With the rapid change of society and the reform of education system, the traditional classroom teaching model faces many challenges. Therefore, it is of great theoretical and practical significance to study the innovation of comprehensive practical classroom teaching of Chinese reading and improve the teaching effect. First of all, the innovation of the comprehensive practical classroom teaching can promote the improvement of the quality of Chinese education. Through the exploration and application of the comprehensive practice innovation strategy of different Chinese reading, it can better meet students' learning needs, stimulate their interest and initiative in learning Chinese, and improve the effect and quality of Chinese learning. Secondly, the innovation of comprehensive practical classroom teaching of Chinese reading can promote the professional development of Chinese teachers. Teachers are the main implementers and organizers of classroom teaching, and their teaching ability and level are directly related to the quality and effect of classroom teaching. Studying the practical innovation of classroom teaching can help teachers to continuously improve their teaching ideas, teaching methods and teaching skills, and improve their professional quality and teaching level. In addition, the innovation of studying the comprehensive practical classroom teaching of Chinese reading can also promote the in-depth progress of educational reform. Education reform needs to learn from and introduce new educational ideas, teaching methods and teaching means, and all of these need to be verified and implemented through practical innovation. By studying the innovation of comprehensive practical classroom teaching of Chinese reading, it can provide practical experience and theoretical support for the promotion of educational reform.

Innovative Integration of Computer Network Technology in Modern Educational Systems

A novel educational system has been developed using the Radial Basis Function (RBF) algorithm to address the limitations of traditional classroom environments, which often rely on standardized material and fixed teaching methods. This research assesses recent advancements in interactive intelligent education systems by combining Artificial Intelligence (AI) with interactive teaching methods. A model based on cognitive functions is constructed using the RBF algorithm to personalize instructional approaches and foster a self-directed learning platform. The research methodology involves a comprehensive literature review, developing an Education Intelligent System (EIS) using AI-driven cognitive modelling, and the implementation of the RBF algorithm within a neural network architecture. The system's effectiveness is evaluated through empirical methods, including extensive data analysis and continuous refinement based on student performance feedback. Additionally, a network topology model is designed to enhance the system's adaptability for different roles within the educational framework. The results show significant improvements in instructional effectiveness, learner engagement, and personalized learning experiences. This research demonstrates that AI and interactive technologies can revolutionize conventional educational methods, enhance learner proficiency, and cultivate a more dynamic and engaging learning environment. Future work aims to improve the system's user interface and analyze larger datasets to refine the AI algorithms further.

The efficacy of online distance learning (ODL) versus conventional learning mode in the final year project (FYP) course of engineering undergraduate

Periodic positive carrier data from the COVID-19 outbreak in Malaysia intensified government efforts to enforce the movement control order (MCO); Malaysians must remain at home to prevent the virus from spreading fast. The sequence of movement control has an impact on the undergraduates of the Final Year Project (FYP). Undergraduate students from the College of Engineering were instructed to stay at home and utilising the Online Distance Learning (ODL) mode as they were unable to continue their FYP in a conventional approach. The repercussions of the online approach as a teaching and learning tool were implemented as an alternative for student to perform their FYP accordingly. A survey was done among the 302 undergraduate students to assess their satisfaction with the ODL approach during the pandemic, to highlight the challenges they experienced, and to determine the most effective learning mode for FYP. The ODL mode has been implemented globally and does not impair future immersive learning and foster exceptional accomplishment of the FYP. The effectiveness of Open and Distance Learning (ODL) in the Final Year Project (FYP) was demonstrated by the survey results, which indicated the students' satisfaction with their accomplishments. The findings reveal a clear inclination towards Open and Distance Learning (ODL), with 45.7% of participants indicating contentment, in contrast to only 20.2% for traditional classroom-based learning. It may be inferred that the majority of respondents in the Engineering Program's Final Year Project (FYP) are more satisfied with Open and Distance Learning (ODL) compared to traditional classroom learning.

Effective blended learning instructional design strategies in medical education

With the rapid development of technology and societal change, a shift from traditional classroom instruction to more diverse educational methods in medical education is necessary. As an effective approach to providing flexibility and accessibility while maintaining the benefits of face-to-face interactions, blended learning, which integrates online and offline learning, has gained attention. This study examines the current status and best practices of the aforementioned blended learning, analyzes its application in domestic and international contexts, and derives effective instructional design strategies. A comprehensive review of previous research and empirical cases reveals a conceptual framework and core principles for designing such blended learning. Key considerations include strategic integration of online and offline activities, facilitation of self-directed learning and interaction, effective use of technology, and continuous quality improvement. Furthermore, we suggest contextually relevant strategies, such as designing curricula focused on clinical reasoning, providing iterative practice opportunities, enhancing reflection, and fostering future competencies. The case analysis establishes that blended learning is implemented in various forms across different medical schools and curricula. Common features include the linkage of online and offline learning, incorporation of learner-centered methods, and emphasis on practical competencies. However, the limited number of cases suggests that generalizations may be premature. Successful implementation requires multifaceted efforts, including gradual introduction, faculty support, flexible curricula, safety measures, and institutional support. Accumulating empirical research and evidence of their effectiveness can facilitate their wider dissemination. This study provides implications and future directions for innovative medical education using hybrid learning.

Analysis of the Path of Integrating Smart Classroom into Traditional Classroom Teaching

China s education system is evolving with the rise of intelligent technology, but widespread adoption of smart classrooms and blended teaching remains limited. Traditional teaching methods dominate, which poses challenges such as lack of personalized learning and engagement. Smart classrooms and blended teaching offer interactive, student-centered learning environments that enhance engagement, integrate theory with practice, and provide real-time feedback. However, obstacles like inadequate online platforms and failure to integrate online and offline resources hinder progress. For full benefits, educators must actively embrace these technologies to create more dynamic and effective learning experiences.

WASHBACK EFFECTS OF ONLINE ASSESSING STUDENTS’ READING COMPREHENSION IN NARRATIVE TEXT

The Covid-19 pandemic has altered the educational landscape. This is due to the fact that traditional classroom learning has been replaced with online learning. Even if the learning and assessment take place at home, teachers must be able to offer an effective learning process and assessment. The impact of testing on teaching and learning is known as washback. Teachers appear to play a significant part in developing different types of washback by examining the probable positive and negative washback that tests may cause at the micro and macro levels. In other words, the teachers' beliefs play an important role in influencing the washback effect. This study aims at explaining washback effect of online students’ assessment on reading comprehension in narrative text. Secondly, to describe students’ engagement in following online learning and assessing of reading comprehension. It employed qualitative method and descriptive research design. Data collection techniques used observation, online reading test, interview, and documentation. Meanwhile, data analysis techniques implemented data reduction, data display, data verification. The research participants were 32 the seventh graders of an Islamic secondary school in Semarang regency. The results show that narrative reading text used folklore digital storytelling namely The Crying Stone. The reading comprehension test consisted of forty items, they were short answer, close test, true or false, vocabulary development, matching, and references. Based on the data, there are two types of washback effects namely negative washback effect and positive washback effect. Positive and negative washback effect covered formative assessment and summative assessment. They are included assessment as learning, assessment for learning, and assessment of learning. Positive washback effects made students have eagerness to be autonomous learners. Students had high motivation and well-prepared in joining reading class. Meanwhile students had difficulties in learning and follow the reading assessment because of bad internet connection as negative washback. Sometimes some parents were not able to buy internet data package.

The Impact of Music Education on Children’s Cognitive Development: From Traditional Classrooms to Modern Digital Platforms

The Impact of Music Education on Children’s Cognitive Development: From Traditional Classrooms to Modern Digital Platforms

Enhancing experiential learning through virtual reality: System design and a case study in additive manufacturing

AbstractThe recent advancement in additive manufacturing (AM) leads to an extensive need for an industrial workforce in the near future. Workforce training in AM requires expensive capital investment for installing and maintaining this technology and proper knowledge about potential safety hazards. Traditional classroom settings often fail to bridge the critical gap between textbook learning and practical applications. Virtual reality (VR) training can simulate real‐world scenarios in a safe and controlled environment and improve student involvement to foster practical learning. In this paper, a virtual training platform for 3D printing has been developed and studied to improve AM education. The developed environment contains a selective laser sintering printer, a preparation station with necessary supplies, a control panel for process planning, and a post‐processing station. This platform provides students with excellent learning opportunities to gain hands‐on experiences and critical engineering skills on operating process parameters and safety measures. Undergraduate students majoring in industrial engineering were exposed to this learning approach to enhance their engagement and cognitive processing skills. Students' attentions were measured using eye metrics (fixation duration and preference index), and their exposure experiences were collected through the simulation sickness questionnaire, presence questionnaire, and system usability scale. Pre‐ and post‐VR training questionnaires and performance metrics (task completion time and accuracy) evaluated students' learning outcomes. Results provide valuable insights into students' attention, performance, and satisfaction with virtual training environments. Users' gaze behavior and subjective responses revealed many challenges that will help future researchers develop assistive instructions within this virtual educational platform.