Narrative Instructional Creation Toolkit for Interactive Platforms for Learning

<p class="AuthorInfo">In the modern society, the internet breaks through the restrictions on time and space and becomes a ubiquitous learning tool. Designing teaching activity for digital learning and flexibly applying technology tools are the key issues for current information technology integrated education. Interactive learning modules could be used in the classroom environment for effective learning. This study explored the effect of instructional modules for providing supplementary instruction in biology concepts. Interactive digital learning module was developed in order to assist students in biology learning. Interactive activities were considered in this study, include teacher – student interaction, student - student interaction, student - content interaction, and student - technology interaction. 180 students of Grade 11 in 6 classes at SMAN 2 Balige were selected as the research subjects. Three groups of students participated in biology learning course, (2 classes) using different modules were interactive digital module, digital module and text module. Goal of this research was to determine the impact of interactive digital learning module on students’ learning activity and autonomy. Quantitative results obtained by using questionnaire to understand the student’s learning activity and autonomy. Results showed student’s activities and autonomy who learned with interactive digital learning modules significantly different with students who learned using text learning modules. The use of interactive features increased the activity and autonomy of learners and created the student-centered learning environment. Students under interactive multimedia instruction performed better than text module class. These findings suggested that learning activity and autonomy of students in biology could be enhanced by multimedia instruction.</p>

This study focused on the development and validation of an interactive computer-based learning module designed for Grade 8 English under the K to 12 curriculum. The module was created following a Research and Development design and evaluated using an experimental approach. Participants were selected from heterogeneous sections of a secondary public school in the Division of Mabalacat City. The experimental group utilized the interactive module, while the control group followed the traditional discussion method. Findings revealed that students who used the interactive module outperformed those taught using traditional methods. Expert validators in both English and Information Technology provided positive evaluations of the module’s content and design. These results demonstrate the module’s effectiveness in enhancing students' academic performance. This study underscores the potential of interactive computer-based modules as valuable tools in fostering 21st-century skills and adapting to evolving educational platforms.

The background of this research is the lack of innovative digital technology-based learning media. There are not many digital interactive modules that have been developed to support learning. The limited availability of digital interactive modules can limit the use of technology in learning and hinder the achievement of learning goals in the era of Industrial Revolution 4.0. For this reason, it is necessary to develop digital-based interactive modules that provide opportunities for students to discover for themselves the concepts they are studying. Learners become more active and independently build knowledge. Research and development used the Borg and Gall model, which consists of product development, product validation, design revision, testing, and product revision. The research instrument consisted of a module validation questionnaire (content and media) and a response questionnaire. Module validation involves lectures at Teuku Umar University who are experts in their fields as content and media expert. The experts validation results obtained a combined score of 87.5%, indicating that the module can be used without repair. The product field test was carried out in the odd semester of the 2023–2024 academic year with 60 students at SMP Negeri 1 Aceh Barat. Field test results showed that 91% of students gave positive responses to the module. The development of digital-based interactive problem-based learning modules meets the requirements, can be used to facilitate active, creative learning, leads to the development of students' skills independently, and is relevant to technological developments.

This Innovative Practice Full Paper presents our study of promoting critical thinking and achievement in mathematics with the use of technology via easily accessible resources. We believe that creating easy-to-use learning modules that are accessible for students everywhere is a great way to help students comprehend abstract logic process in problem solving. More specifically, we developed a series of learning modules that interactively visualize and illustrate the steps of Geometry proofs by using GeoGebra, a dynamic learning platform for mathematics [5, 10]. Survey study shows that our interactive learning modules are beneficial in promoting students' learning interests and ability of critical thinking.

AimsManaging pediatric emergencies is a core competency for medical learners, however clinical exposure varies widely during training. Thus, the Hospital for Sick Children established a standardized simulation-based Junior Mock Code...

Northeastern University's Education Technology Advisory Committee (ETAC) consists of faculty who are specialists in bridging the gap between content development and instructional design. Why does the note 'A' sound different on a flute compared to a violin? is an interactive learning module that tackles the elusive concept of musical timbre. This is an example of an Embedded Learning Module (ELMO) that recently received a NSF (National Science Foundation) grant to explore a variety of methods to break down the barriers to teaching science to artists. Issues of planning, design, effective project management, interdisciplinary methodology and the integration of media are discussed, and the finished project presented. Anatomy of a Tone demonstrates an effective collaboration between students in Northeastern's flagship multimedia studies program, faculty mentors, experiential learning and successful integration of content development and instructional design, the result of a 20-week long planning, design and implementation project.

Human identification can be reliably established by dental comparison; success is significantly impacted by inadequate ante-mortem information. Previous Australian research revealed suboptimal recording of features important for forensic dental identification and compliance with Dental Board of Australia guidelines. We hence created and evaluated an online education programme aimed at improving oral health practitioner recording. An interactive learning module (ILM) was constructed and released to three focus groups representing practitioners with varying experience levels: Australian Society of Forensic Odontology members, third year dental students and the wider dental community. Pre- and post-participation perceptions were recorded, with percentage, mean, broad agreement, standard deviation and statistical significance between responses determined. Improved recognition of importance of record keeping, knowledge, confidence, skill and motivation to learn was seen following ILM interaction. This was particularly significant for students, participants with 3-5 years of experience in their current occupation and those whose highest level of education was achieved in Australia. The ILM increased self-reported awareness, understanding and attitude of participants with different levels of case note recording experience; this can improve recording practises and aid forensic dental identification if utilized in undergraduate teaching and as a continuing professional development tool for dental practitioners.

The objective of our project was to create an interactive multimedia learning module on the anatomy and physiology of the vestibular system.Classroom instruction and textbook reading on the vestibular system is inherently challenging—the vestibular system comprises complex, interrelated organs of the inner ear whose unique cellular and gross anatomy must be conceptually visualized to understand its dynamic, 3‐D physiological functions.To address these challenges, we developed innovative online learning modules on the anatomy of the vestibular apparatus and the physiology of sensory transduction by the vestibular organs. The modules synthesize original visuals and animations with interactive schematics to tell the story of how vestibular organs transform head movements into neural schemas of balance and equilibrium. These modules serve as a complementary resource to curricular content for students in health professional programs.Complementing these modules is a high‐quality video on the anatomy and physiology of the vestibular system. This video uses intuitive visuals, animations, and high resolution filming of the bony structures in the temporal bone. Together, these resources provide an open education resource on the anatomy and physiology of the vestibular system for understanding of students and faculty around the world.Critical feedback on the “Vestibular System” Learning Module was obtained with a Student Experience Survey on SurveyMonkey. From March 1 to December 1, 2017, a total of 100 respondents completed the post‐module feedback survey. This survey was used to solicit feedback about the module and determine if learners preferred this interactive online module to other learning resources on the vestibular system.Survey respondents agreed the module was logically presented (98%), enriched their understanding of the vestibular system (98%), is relevant to their learning (99%), and covered core concepts adequately (98%). After completing the module, 85% of learners felt confident they could explain the vestibular anatomy and physiology to someone else, and 97% planned to revisit this module as a study aid. Importantly, learners preferred our learning module (67% of respondents) over other resources to prepare for academic examinations, such as class lectures (52%), textbook readings (24%), or other online resources (39%).The overwhelmingly positive survey response and self‐reported preference for our online module for exam studying demonstrates a proof of concept that interactive online learning resources can complement and augment traditional classroom and textbook pedagogy on the Vestibular System.This abstract is from the Experimental Biology 2018 Meeting. There is no full text article associated with this abstract published in The FASEB Journal.

Introduction This is a collection of 34 self-test exercises related to the anatomy of the abdomen, urinary, and reproductive systems. All learning objects are interactive, requiring learners to process information and make decisions. These are intended to accompany undergraduate anatomy courses and be used by instructors and students in premedical, predental, nursing, and other healthcare-related curricula. Methods For each area of anatomy, students may select from a range of exercises including short-answer, matching, and multiple-choice questions. The modules use Flash software to enable a high level of learner interaction with the content, such as the ability to drag-and-drop anatomical structures on line drawings, and checkboxes with structure names for anatomical structure identification on dissected cadavers. In addition, learners may navigate through an abdomen and pelvic case study that requires student feedback in order to progress through the cases. Immediate feedback is provided to the learner upon selection of a structure in order to reinforce the learning. Results Although no formal study of effectiveness has been conducted, anecdotal evidence indicates that students value and appreciate the interactive learning modules. Discussion The module successfully achieves true interactivity in the educational context, as it both challenges learners to cognitively process basic science information in order to make a decision, and provides immediate feedback about that decision. The Adobe Flash plug-in was chosen as the deployment tool because it was ubiquitous across computer platforms, suitable for the development task, and the necessary expertise was available.

BackgroundIt is essential for nurses to interpret electrocardiograms accurately in cardiac care and emergency departments. Despite rigorous training, nursing students frequently encounter challenges in mastering electrocardiogram interpretation. The purpose of our study was to evaluate the effectiveness of an electrocardiogram interpretation software specifically designed for Iranian nursing students enrolled in undergraduate programs.MethodsA nonequivalent control group pretest-posttest design was conducted at Ramsar University of Medical Sciences in 2020. Using the census sampling method, 75 nursing students from the two educational hospitals were recruited. Participants were divided into two intervention groups and a control group according to their rotations at their respective hospitals. The software contains evidence-based guidelines, interactive learning modules, practice exercises, and real-life examples. Statistical analyses, including chi-square tests and t tests, were conducted using descriptive and inferential statistics.ResultsA comparison of the two groups according to demographic characteristics, such as sex, age, was not statistically significant (p > 0.05). The knowledge and skills of the individuals in the control group significantly improved in comparison to those before the intervention. The use of software enhanced students’ ability to interpret electrocardiograms. Moreover, there was no statistically significant difference between the intervention and control groups in terms of knowledge and skills of electrocardiogram interpretation. Nursing students reported higher levels of satisfaction after using the software.ConclusionMoreover, undergraduate nursing students were able to learn more using electrocardiogram interpretation software combined with traditional teaching methods. Combining these two methods in a blended learning approach can improve learning. This software can be integrated into nursing curricula to assist nursing students in interpreting electrocardiograms.

different EM residencies, small groups of residents and medical students rotated through the "Price is Right" game station.Each group had 6 learners and the game took 15 minutes.Fifteen different groups rotated through.14 tests commonly ordered in the ED were placed on a game wheel including: complete blood count w/ differential, comprehensive metabolic panel, type and screen, brain natriuretic peptide, blood culture, quantitative beta human chorionic gonadotropin, urinalysis, urine drug screen, rapid strep test, ethanol level, CT head without contrast, CT abdomen and pelvis without contrast, CT cervical spine and portable chest x-ray.The cost of each of these tests was on an index card placed on a table.Learners spun the wheel and used the available index cards to choose the correct cost.If they were incorrect, they could try again.The game ended when learners correctly matched the costs with all 14 tests.Impact/Effectiveness: Learners considered the exercise educationally valuable and gamification an effective learning modality.This easily implemented activity will be incorporated into our residency's formal cost awareness curriculum and repeated each academic year.

Innovation in education is essential, and higher education likewise undergoes a comparable phenomenon. The limited availability of learning materials and access to them for the Paragraph Writing course remained a challenge. It encourages lecturers to innovate and create optimal learning quality, and modules can facilitate students’ independent and flexible learning. Lecturers are expected to develop innovative and interactive learning modules, such as an E-Module. The current research aims to develop a Paragraph Writing E-Module based on the OBE curriculum and assess its quality. This research used an R&D design. To collect the data, the researchers employed document analysis, structured questionnaires, and semi-structured interviews. The collected data were then analyzed quantitatively and qualitatively. The E-Module has been developed according to the ADDIE stages, incorporating the results of the target and learning needs analysis. Besides, inputs from validators regarding design, content, and language have been followed up on. The E-Module trial results pointed out that students can follow it easily and flexibly, starting from understanding concepts and practicing writing, and so do lecturers. The design has been made as attractive as possible, and the learning materials are arranged to help students easily understand the material. Technology is incorporated to enhance interactivity, hence facilitating autonomous improvement of comprehension and writing skills. To sum up, the researcher determined that the Paragraph Writing E-Module is very viable as instructional material for the Paragraph Writing course. Additionally, it has been developed to align with the OBE curriculum, which can be applied to other language courses.

The digital era has fundamentally revolutionized human interaction and information processing, particularly for Generation Z as digital natives. This research aims to identify the characteristics of digital information consumed by Generation Z and evaluate their long-term memory (LTM) capacity in the digital age. Using a Systematic Literature Review (SLR) method with a qualitative approach, 15 relevant studies published between 2021 and 2026 were analyzed from databases such as Scopus, Google Scholar, and ScienceDirect. The findings indicate that digital information characteristics—which are often "bite-sized," visual, and rapidly consumed—tend to encourage shallow encoding and digital amnesia. However, the study also found a dual impact: while high cognitive load and constant multitasking can hinder memory consolidation, structured digital use and interactive learning modules can significantly enhance memory retention. These results imply that optimal cognitive function in the digital era highly depends on digital literacy and effective information management strategies to balance technological use with natural cognitive sharpness.

Disaster preparedness is a critical component of education, particularly in regions prone to natural calamities such as tsunamis. This review explores the integration of disaster preparedness into the elementary school curriculum in tsunami-prone areas, aiming to evaluate existing strategies, identify best practices, and propose actionable recommendations for enhancing disaster education at the elementary level. By analyzing various educational frameworks and case studies, this review highlights the crucial role of early education in equipping young students with the knowledge and skills necessary to respond effectively to tsunami threats. The findings reveal that incorporating disaster preparedness into the curriculum significantly enhances students' safety and resilience while promoting a culture of awareness and preparedness within the broader community. Effective integration involves a multi-faceted approach, combining theoretical knowledge with practical drills, interactive learning modules, and active community involvement. This review underscores the importance of tailored educational strategies that address the specific needs of tsunami-prone areas, ensuring students can internalize and apply disaster preparedness principles. The review also discusses challenges and barriers to implementing disaster preparedness education, providing insights for policymakers, educators, and community leaders to develop and implement robust disaster preparedness programs in elementary schools, fostering a generation of informed and prepared individuals.

This performance analysis case study examines the migration of Custom Software Solutions, Inc. software development and maintenance, according to Gilbert's (1996) human performance theory, from teams in the United States to teams in India. Findings reveal the need for changes in project management guidelines, cross-team communication, resources, and organizational clarity. Suggested interventions include improving project management and organizational communication practices and establishing new protocols such as Web-based project forums and interactive learning modules.