Interactive Learning Experience Research Articles

ARcademy: Augmented Reality Adventures in Education

Abstract: Augmented reality (AR) technology holds enormous promise for transforming education by enabling interactive and immersive learning experiences. This research article provides an AR application built to highlight the different possibilities of AR in educational contexts. The program incorporates different interactive aspects, including a virtual dragon, as a showcase of the adaptability and potential of AR for boosting learning experiences. Users can connect with the virtual dragon and explore its interactions within the real-world setting, showing the seamless integration of digital material into physical spaces. Through a user-centered design approach, our team has built an easy and engaging AR experience geared at promoting curiosity, creativity, and critical thinking skills among learners. By exploiting the unique affordances of AR technology, educators can develop dynamic learning environments that cater to varied learning styles and interests. This study assesses the effectiveness of the AR application in encouraging active learning and boosting student engagement across diverse educational environments. It also investigates practical aspects such as usability, accessibility, and scalability to influence future innovations and implementations of AR-based teaching systems. By giving a real example of AR integration in education, our research contributes to the continuing discourse on the transformative potential of AR technology. It emphasizes the necessity of developing creative techniques to harness AR for interactive and personalized learning experiences in the digital age.

Interactive Surgical Training in Neuroendoscopy: Real-Time Anatomical Feature Localization using Natural Language Expressions.

This study addresses challenges in surgical education, particularly in neuroendoscopy, where the demand for optimized workflow conflicts with the need for trainees' active participation in surgeries. To overcome these challenges, we propose a framework that accurately identifies anatomical structures within images guided by language descriptions, facilitating authentic and interactive learning experiences in neuroendoscopy. Utilizing the encoder-decoder architecture of a conventional transformer, our framework processes multimodal inputs (images and language descriptions) to identify and localize features in neuroendoscopic images. We curate a dataset from recorded endoscopic third ventriculostomy (ETV) procedures for training and evaluation. Utilizing evaluation metrics, including "R@n," "IoU= θ," "mIoU," and top-1 accuracy, we systematically benchmark our framework against state-of-the-art methodologies. The framework demonstrates excellent generalization, surpassing the compared methods with 93.67 % accuracy and 76.08 % mIoU on unseen data. It also exhibits better computational speed compared with other methods. Qualitative results affirms the framework's effectiveness in precise localization of referred anatomical features within neuroendoscopic images. The framework's adeptness at localizing anatomical features using language descriptions positions it as a valuable tool for integration into future interactive clinical learning systems, enhancing surgical training in neuroendoscopy. The exemplary performance reinforces the framework's potential in enhancing surgical education, leading to improved skills and outcomes for trainees in neuroendoscopy.

A review on cultivating effective learning: synthesizing educational theories and virtual reality for enhanced educational experiences

Immersive technology, especially virtual reality (VR), transforms education. It offers immersive and interactive learning experiences. This study presents a systematic review focusing on VR’s integration with educational theories in higher education. The review evaluates the literature on VR applications combined with pedagogical frameworks. It aims to identify effective strategies for enhancing educational experiences through VR. The process involved analyzing studies about VR and educational theories, focusing on methodologies, outcomes, and effectiveness. Findings show that VR improves learning outcomes when aligned with theories such as constructivism, experiential learning, and collaborative learning. These integrations offer personalized, immersive, and interactive learning experiences. The study highlights the importance of incorporating educational principles into VR application development. It suggests a promising direction for future research and implementation in education. This approach aims to maximize VR’s pedagogical value, enhancing learning outcomes across educational settings.

IMMERSIVE LEARNING: VIRTUAL REALITY’S IMPACT ON MEDICAL CURRICULUM

Virtual Reality (VR) is revolutionizing education by offering immersive and interactive learning experiences that enhance engagement and retention. Despite its potential benefits, implementing VR in education faces challenges such as high costs, technical requirements, and content development. In the medical field, VR is transforming medical education by providing realistic simulations for training in various procedures, anatomy visualization, and patient interactions. Studies indicate that VR improves procedural skills, anatomical understanding, and diagnostic accuracy among medical students. Furthermore, VR offers personalized learning experiences, remote training capabilities, and collaborative opportunities in medical training. Looking ahead, VR has the potential to revolutionize healthcare by enhancing patient care, treatment planning, and telemedicine services through immersive experiences and advanced simulations. Key Words: Virtual Reality (VR), VR education, Immersive Experience, VR in medical field, VR anatomy, Technological Innovation.

Common Pronunciation Errors among Vietnamese Learners of English from Phonological Perspectives

This study investigates the phonological challenges encountered by Vietnamese learners of English and explores the strategies employed to address these challenges. A mixed-methods approach was employed, comprising a quantitative survey administered to 152 participants and semi-structured interviews conducted with a subset of 7 participants. Quantitative analysis of survey data revealed perceived difficulty levels for various phonological aspects of English pronunciation, with reconciling spelling and pronunciation emerging as the most challenging aspect. Qualitative interviews provided deeper insights into learners' experiences, highlighting additional phonological challenges such as distinguishing between vowel sounds and mastering intonation patterns. Participants reported employing a range of strategies, including regular practice, utilization of resources, and participation in interactive learning experiences, to address pronunciation difficulties. The implications of this research are twofold. Firstly, it contributes to a comprehensive understanding of the complexities surrounding English pronunciation learning among Vietnamese learners. Secondly, the identified strategies offer valuable insights for language teaching and support. Educators can tailor their teaching approaches to address the specific phonological challenges highlighted in this study, fostering more effective English pronunciation acquisition among Vietnamese learners. Additionally, the findings underscore the importance of providing diverse learning resources and opportunities for interactive practice to enhance pronunciation skills. These implications not only enrich our understanding of language acquisition processes but also have practical implications for educators, curriculum developers, and language learners alike.

Exploration of the Blended Learning Model in English Major Education at Private Applied Universities

The integration of the blended learning model in the curriculum of English majors at private applied universities is a strategic response to the evolving demands of higher education. This study explores the potential of blended learning to augment learning outcomes and the overall educational experience. By combining traditional classroom instruction with online learning tools, the model seeks to offer a more flexible and resource-rich environment that can foster student engagement and initiative, thereby promoting a well-rounded development of English language skills and cultural competencies. The research delves into the practical implementation of the blended learning model, examining how it can be tailored to meet the specific needs of English majors. It discusses the integration of technology into the curriculum, the importance of faculty training, and the creation of an interactive and personalized learning experience. The study also emphasizes the need for continuous assessment and feedback mechanisms to ensure the model’s effectiveness. Furthermore, the research highlights the importance of cultivating English talents with practical capabilities, innovative abilities, and an international perspective. It underscores the role of blended learning in preparing students for the global job market by providing them with the necessary language proficiency and cultural understanding.

CHALLENGES IN ENGLISH FOR SPECIFIC PURPOSES (ESP) TEACHING MATERIALS: A SYSTEMATIC REVIEW FOR MODERN LEARNING ENVIRONMENTS

This systematic literature review (SLR) examines the evolution, effectiveness, and challenges associated with English for Specific Purposes (ESP) teaching materials, with a focus on their integration of digital technologies, learner-centered design, and cultural inclusivity. Through a comprehensive analysis guided by the PRISMA method, 87 studies from 2000 to 2023 were evaluated. The findings reveal a significant shift towards incorporating digital tools in ESP materials, highlighting the growing emphasis on creating immersive and interactive learning experiences. Additionally, the review underscores the importance of developing materials tailored to the learners' specific needs and cultural contexts, facilitating more meaningful engagement and language acquisition. Despite the observed benefits, challenges such as the necessity for ongoing teacher training and the absence of standardized evaluation frameworks for ESP materials were identified. Recommendations include enhancing digital integration, prioritizing learner-centered and culturally inclusive materials, investing in teacher training, developing evaluation frameworks, fostering collaborative material development, ensuring accessibility, and conducting longitudinal impact studies. This SLR sets a foundation for future research and development in ESP material design and implementation, aiming to support learners' language learning goals and professional aspirations effectively.

The Use of Metaverse in Providing Interactive Learning Experiences in Schools

The development of digital technology has played an increasingly important role in education, and the concept of the metaverse offers the potential to enhance the quality of learning. The implementation of metaverse in education is gradually taking place, but understanding and utilization are still limited, especially at the primary and secondary school levels. This is further reinforced by the fact that Indonesia still adheres to mass education or education 2.0. This statement reflects the limitations in understanding and utilizing the concept of metaverse in school-based learning. This research aims to explore the utilization of metaverse as an interactive learning tool in the school environment. The research method used is a survey method, with educators at the primary and secondary school levels as respondents. Quantitative descriptive analysis is employed to determine the values of the related variables. The results of this research show that 40.4% of the respondents state that integrating social media with the metaverse can enhance the engagement and relevance of learning, creating interesting and interactive learning experiences. The metaverse also supports virtual social interactions, collaborative learning, and strengthens relationships with learners from diverse backgrounds. However, 47.4% of the respondents state that the integration of metaverse in learning practices is still limited, and learners' understanding of the metaverse needs to be improved. Further efforts are needed to integrate the metaverse into learning practices at schools, develop effective learning materials, and address existing challenges. In conclusion, the use of metaverse in learning has the potential to enhance learner engagement, creativity, collaboration, and motivation, but it requires more intensive efforts to fully integrate it into learning practices at schools.

Communication skills among prospective teachers: a need analysis for 21st Century university teachers in Islamabad, Pakistan

This study assessed the communication skills among prospective university teachers of the 21st Century. The model of communication skills given by Elizabeth (2009) was selected as a theoretical framework based on seven traits, i.e., building a relationship, opening the discussion, gathering information, understanding students' perspectives, sharing information, reaching an agreement, and providing a conclusion. The researchers used a quantitative approach and a comparative research design. The sample for this research was drawn using a stratified random sampling technique, focusing on a public sector National University of Modern Languages (NUML), Islamabad. The sample consisted of 60 teachers from NUML, who were selected randomly. The study assessed the female and male prospective teachers’ communication skills. Data has been collected through classroom observations and teacher feedback. For the validity of the research tool, the researchers consulted experts. The findings of this study show that female teachers have better communication skills than male prospective teachers. This research may contribute valuable information for educational institutions seeking to improve teaching methodologies and enhance the overall quality of language education. Training should encompass the effective use of digital tools, online platforms, and multimedia resources to engage students and facilitate interactive learning experiences.

Evaluating the Learning Effectiveness of A Blended Teaching Model of College English Using A Decision Tree Algorithm

The learning effectiveness of a blended teaching model of college English, utilizing a decision tree algorithm, demonstrates promising outcomes. This model combines traditional classroom instruction with online learning components, allowing for personalized and interactive learning experiences. By employing decision tree algorithms to analyze student data and performance metrics, instructors can tailor instructional strategies to individual learning styles and needs. This data-driven approach facilitates targeted interventions, adaptive feedback, and optimized course materials, ultimately enhancing students' English language proficiency and academic success. The blended teaching model harnesses the power of technology and data analytics to create dynamic and effective learning environments in college English education. \College English education. The HGBT-DT model combines genetic algorithms, blended teaching methods, and decision tree algorithms to tailor instructional strategies to individual student needs. Through a comprehensive study involving 100 students, we demonstrate the efficacy of the HGBT-DT model in enhancing language proficiency and critical thinking skills. Results indicate a significant improvement in student performance, with an average post-test score increase of 15 points compared to pre-test scores. Additionally, the HGBT-DT model achieves an optimization score of 0.90, indicating a high level of effectiveness in optimizing teaching strategies. Furthermore, decision tree analysis reveals personalized teaching recommendations, leading to improved student outcomes across diverse learner profiles. This study highlights the potential of the HGBT-DT model to revolutionize teaching practices and promote personalized learning experiences in College English education.

Design and Optimization of English-Speaking Teaching Model Using Virtual Reality Technology

The advent of virtual reality (VR) technology has ushered in a new era in language education, offering innovative avenues for immersive and interactive learning experiences. This paper introduces a groundbreaking English speaking teaching model designed to harness the power of VR technology. Rooted in the imperative for authentic language practice, our model transports learners into virtual environments meticulously crafted to replicate real-life scenarios. Here, learners engage in conversational interactions, from everyday dialogues to professional exchanges, facilitated by interactive conversational agents. Complementing this immersive experience are adaptive learning algorithms that tailor exercises to individual proficiency levels, alongside multi-modal feedback mechanisms providing comprehensive guidance on pronunciation, intonation, and language usage. Through iterative refinement and a rigorous design methodology, our model seeks to enhance learner engagement, motivation, and proficiency across diverse skill levels.Preliminary pilot studies underscore the model's promise, with participants reporting heightened satisfaction, motivation, and perceived progress in English speaking skills. As we tread further into this innovative domain, future research avenues beckon, including investigations into long-term effectiveness, scalability, and integration into formal education systems. The convergence of VR technology and language education represents a paradigm shift, poised to redefine the dynamics of language acquisition and proficiency in an increasingly interconnected world.

Analysis of the Nearpod Content Application to Test Creative Writing Skills

This study aims to analyze the content of the “Nearpod” application that engages students in interactive learning experiences; where students could participate in virtual reality; Using e-learning websites, tablet applications and smart devices to achieve the best student responses in the field of distance learning to improve the creative writing skills of Grade 10 students in Arabic language. The study targets students of the second stage to identify the availability of the digital elements that make up the application on both writing and reading axes, The study aims to measure effect of the interactive activities in the Nearpod to improve the standards of “Creative writing” which builds students writing skills (Fluency, Originality, Flexibility, Expansion). Based on the results obtained, which showed that the application included interactive activities that could be effectively invested in the design of virtual classes for creative writing in the Arabic language, which depends largely on the teacher’s effort in creating distinguished classes to attract students, monitor their responses, and follow up their interaction and development, The researcher presented a preliminary conception or proposal for the written expression classes and made recommendations regarding the necessity of exploiting the electronic content of the application “Nearpod” in designing the preparatory creative writing classes before the post-test writing.

Using Speech Recognition Algorithms to Improve Listening Training in College English Listening Instruction

English listening proficiency plays a crucial role in language learning and communication. Speech recognition algorithms can significantly enhance listening training in college English instruction by providing personalized and interactive learning experiences. These algorithms can transcribe spoken English passages, allowing students to receive immediate feedback on their comprehension and pronunciation. Additionally, they can generate exercises tailored to individual proficiency levels, offering targeted practice in areas needing improvement. Incorporating speech recognition technology into listening instruction not only promotes active engagement but also enables instructors to track students' progress more effectively. This paper proposed a novel approach leveraging Generative Adversarial Networks (GANs) within an Optimized Edge Computing (OEC) framework to enhance College English Listening Instruction through speech recognition. Traditional methods for English listening instruction often face challenges in providing authentic and personalized learning experiences. To address these limitations, we harness the power of GANs to generate synthetic speech data that closely resembles real-world English speech patterns. By integrating GANs with OEC, we achieve efficient processing of speech data at the edge, minimizing latency and bandwidth consumption while ensuring real-time feedback and interaction. Through extensive experimentation and analysis, demonstrate the superiority of our GAN-OEC framework over traditional baseline models and other speech recognition algorithms. Results demonstrated that the proposed model achieves an average accuracy of 90.6%, a fluency score of 8.5 out of 10, and a pronunciation accuracy of 84.6%. These results highlight the transformative potential of GAN-OEC in revolutionizing English instruction and language learning outcomes in educational settings.

Analysis of the Digital Competencies of Physics Teachers in Bulgaria According to the Digcompedu Framework

This article is a review of the reports delivered by Bulgarian physics teachers on the National Conference on Physics Education in the period 2007 – 2023 in the context of their digital competencies’ development. Its main goal is to provide a comprehensive exploration of the integration of digital technologies in physics education, emphasizing their role in enhancing teachers’ and learners’ digital competence across various dimensions. The study emphasizes on the significance of digital technologies in fostering digital literacy, communication, collaboration, content creation, responsible use, and problem solving among students in alignment with the DigCompEdu framework. Digital technologies, including virtual labs, simulations, coding platforms, and mobile apps, offer students dynamic and interactive learning experiences, promoting information and media literacy and hands-on experimentation.

A Study on Understanding the Mediation of Web 3.0 Technologies in The Teaching-Learning Process and its effect on the Student's Achievement

An abstract summarizes, in one paragraph (usually), the major aspects of the entire paper in the following This paper provides a thorough examination of the function of Web 3.0 technologies in facilitating the teaching-learning process and its influence on student academic performance. Web 3.0, distinguished by its focus on machine learning and artificial intelligence, has revolutionized the conventional education environment, providing novel opportunities for interactive and customized learning encounters. This research conducts a comprehensive analysis of current literature to explore the several methods by which Web 3.0 technologies, including semantic web, social networking, and virtual reality, are being incorporated into educational environments. Moreover, the paper investigates the impact of these technologies on student involvement, motivation, and academic achievement. The findings indicate that using Web 3.0 technologies in education has the capacity to improve student learning outcomes through the provision of individualized and interactive learning experiences. Nevertheless, it is imperative to tackle obstacles such as the digital divide and privacy issues in order to guarantee fair and equal access and utilization. This study provides recommendations for future research and practical consequences for educators and policymakers who want to utilize Web 3.0 technologies to improve teaching and learning processes

ICT’s Impact on Teaching Information Technologies in Albanian Secondary Schools Through an Empirical Study

This study presents an empirical investigation into the effects of Information and Communication Technology (ICT) integration in the pedagogical approaches adopted by secondary school teachers in Albania, specifically focusing on the teaching of information technologies. Through a meticulously designed assessment, data was collected and analyzed to ascertain the impact of ICT utilization on teaching methodologies. The research involved a cohort of secondary school teachers actively engaging with ICT tools and platforms to deliver information technologies education. Findings revealed noteworthy enhancements in instructional delivery, resource accessibility, and interactive learning experiences resulting from ICT integration. Furthermore, the study identified challenges and areas requiring further attention to optimize ICT's potential in fostering enriched learning environments. The outcomes of this research provide valuable insights and implications for teachers, policymakers, and stakeholders seeking to advance educational practices by leveraging ICT tools in teaching information technologies at the secondary level in Albania.

Effects of game-based learning integrated with the self-regulated learning strategy on nursing students' entrustable professional activities: A quasi-experimental study

BackgroundIn the field of nursing education, the expertise and knowledge required to perform Leopold's Maneuvers are critical, forming an integral part of Entrustable Professional Activities for nursing students. As a result, mastering Leopold's Maneuvers has become a core component of nursing education. Despite this, the prevailing didactic methods in many nursing courses tend to limit interactive and contextual learning experiences, which can hinder students' ability to engage deeply with the subject matter. This lack of engagement may subsequently affect both the effectiveness of students' learning and students' clinical judgment capacity, essential elements in the competencies of Entrustable Professional Activities. MethodsA quasi-experimental design was employed in this study, involving a total of 55 nursing university students, with 28 participants in the experimental group and 27 in the control group. The research incorporated game-based learning integrated with the self-regulated learning strategy, and employed a pretest, posttest, and questionnaires to assess students' learning performance, self-efficacy, and learning motivation. The experimental group participated in game-based learning with the self-regulated learning strategy, whereas the control group experienced game-based learning without the integration of self-regulated learning. Learning performance was analyzed using an independent samples t-test, while Analysis of Covariance was employed to compare the self-efficacy and learning motivation of the two groups. ResultsThe findings showed that the integration of game-based learning with the self-regulated learning strategy can significantly improve students' learning performance, self-efficacy, and learning motivation. ConclusionAs an integral part of Entrustable Professional Activities, Leopold's Maneuvers were integrated into an interactive game-based learning environment, coupled with the self-regulated learning strategy in nursing education. This approach aimed at cultivating core competencies among nursing students. This study has demonstrated its efficacy in engaging students effectively, serving as a dynamic resource for immersive learning in Leopold's Maneuvers, aligning well with the design considerations for promoting Entrustable Professional Activities in nursing education.

Application of Virtual Reality (VR) in Facility Management Competency-based Training (CBT) in the Era of Industrie 5.0

This case study investigates the implementation of Virtual Reality (VR) technology in facilities management Competency-Based Training (CBT) within one of Singapore’s leading facilities and township management companies. Traditionally, workplace training in facility management has relied heavily on lecture-based methods, often resulting in insufficient preparation and a high turnover rate among newly onboarded staff. To address this challenge, this study explores the conversion of training materials into VR-based courseware, enabling immersive and interactive learning experiences. Two groups of newly onboarded staff underwent either traditional lecture-based or VR training sessions. Results indicate that those trained using VR exhibited a better comprehension of the material and higher levels of motivation compared to their counterparts in the traditional lecture-based group. However, it was noted that VR training carries the risk of cybersickness, with some participants reporting symptoms such as dizziness. To mitigate this issue, insights from existing literature on cybersickness are incorporated to enhance future VR training materials. This paper studies the application of VR in Facilities Management Competency-based training within the discourse of Industrie 5.0, the latest evolution of industrial technology that emphasizes human-machine collaboration and smart technologies such as VR. By leveraging VR technology for training purposes, this initiative aligns with the principles of Industrie 5.0, fostering innovation and efficiency in facility management practices. Overall, this research underscores the potential of VR in revolutionizing training methodologies within the practices of facilities management while addressing associated challenges to ensure optimal learning outcomes.

Adaptability of the Reform of Speaking Teaching Mode of Master's Foreign Language Based on Virtual Simulation Technology

The speaking teaching mode for mastering foreign languages at the master's level has been significantly enhanced through the integration of virtual simulation technology. By leveraging immersive simulations, students are provided with realistic scenarios and contexts for language practice and skill development. Through virtual environments, learners engage in interactive dialogues, presentations, and role-playing exercises, simulating real-life communication scenarios. This mode allows students to apply linguistic knowledge and cultural understanding in a dynamic and risk-free setting, fostering confidence and fluency in speaking. Moreover, virtual simulation technology offers personalized feedback and assessment, enabling instructors to tailor instruction to individual learning needs and track progress effectively. This paper explores the adaptability of the reformed speaking teaching mode for master's foreign language education, leveraging virtual simulation technology and Automated Statistical Deep Learning (ASDL). The integration of virtual simulation technology enhances the speaking teaching mode by providing immersive and interactive language learning experiences. ASDL algorithms analyze large-scale linguistic data and learner interactions within virtual environments to provide personalized feedback and optimize teaching strategies. Through simulated experiments and empirical validations, the adaptability of the reformed teaching mode is assessed. Results indicate significant improvements in student engagement, speaking proficiency, and learning outcomes compared to traditional methods. Students participating in virtual simulation-based sessions demonstrated a remarkable 35% increase in speaking proficiency compared to those in traditional classroom settings. Furthermore, learner engagement levels surged by 40%, indicating heightened interest and active participation in language practice activities facilitated by virtual environments. Automated Statistical Deep Learning (ASDL) algorithms, embedded within the virtual simulation platform, provided personalized feedback tailored to individual learner needs, resulting in a 25% enhancement in learning outcomes.

Implementation of Augmented Reality to Enhance Alphabet Letter Understanding at Paud Bintang Jonggol

Implementing Augmented Reality (AR) in Early Childhood Education (PAUD) promises children an interactive and immersive learning experience. In this study, we evaluate the potential of AR in improving the quality of early childhood education. AR can help PAUD educators create a more engaging learning environment where children can learn through games that support the development of motor skills and conceptual understanding. However, challenges such as access to technology, adequate teacher training, and appropriate curriculum planning need to be addressed. Policy support, comprehensive teacher training, and selecting the proper AR application are critical factors in implementing AR in PAUD. This technology has great potential to change how children learn and better prepare them for the future.