Web-based Interactive Learning Research Articles

Application of Web-based Learning Media on Students' Cognitive Learning Outcomes in Digestive System Materials

Learning is a very basic element in the implementation at all levels of education. The success of achieving educational goals depends on the success of the learning process carried out in schools and the support of the surrounding environment. The method used in this research is the pre-experimental method with the one group pretest-posttest design model. The results obtained are changes in the effectiveness of students’ cognitive learning outcomes through web-based interactive learning media on the digestive system material before the pretest and after the posttest the application of the media. The benefit of this research is that students are more interactive in learning, so it affects the improvement of students’ cognitive learning outcomes.
 Keywords: web-based learning media, learning outcomes, digestive system materials

Development Of Interactive Learning Applications For English Subjects

The use of technology in learning is used as a means of learning. Learning media is anything that is used in the process of learning activities and can stimulate students' thoughts, feelings, interests and attention when learning, so that the process of interaction, communication and education between teachers and students can take place in accordance with the learning objectives. This research aims to produce a product in the form of a web-based interactive multimedia learning application, which is of good quality and highly suitable for use as a learning medium for students in English subjects. The research location was conducted at UPT SMP Negeri. 35 Medan. This multimedia learning product has gone through a strict review and revision process, based on suggestions from teachers and supervisors. This product was tested in a class with 31 students. The results show that learning management at UPT SMP Negeri 35 Medan using this interactive application has achieved learning management well, this can be seen from the acquisition section to the retrieval system of existing information/learning. Thus, this product can be used in the learning process to provide new, more meaningful experiences to students. In addition to this multimedia product, the teaching materials can be studied anywhere and at any time, which can increase students' learning motivation.

Web-based Interactive Distance Learning Design with Moodle

Web-based Interactive Distance Learning Design with Moodle

Development of Interactive Media on The Root Material of Numerical Nonlinear Equations Using Geogebra and Ethercalc

This study aims to develop web-based interactive learning media by utilizing geogebra and ethercalc on the topic of determining the roots of non-linear equations numerically and evaluating their validity through material and media validity tests. The development method used is Research and Development (R&D) with the limited ADDIE development model. The data was collected through material and media validation sheets filled out by two experts. The results of the data analysis show that interactive web-based learning media for the topic of roots of nonlinear equations are developed with technologies such as HTML, CSS, Bootstrap, JavaScript, JQuery, Geogebra, Ethercalc, MathJax, Firebase, Figma, Adobe Illustrator, Canva, CapCut, and Netlify. The results of the material validity reached 84% with a high level of validity, while the media validity was 82% with a fairly high level of validity. There are several suggestions from media and material validators, namely improving the instructions for carrying out exercises and evaluations. With these results, after being repaired the learning media is ready to be tested.

Web-Based Virtual Laboratory Design in Class XI Chemistry Subject

Practicum activities are crucial for supporting students’ success in the teaching and learning process. To conduct the practicum, several factors are required, which vary depending on the field of practice. Adequate facilities and equipment are also necessary. The purpose of this research is to develop a web-based interactive virtual learning application for chemistry lab experiments. The stages involved in creating an application using the multimedia development life cycle (MDLC) method include planning, designing, collecting material, manufacturing, testing, and distribution. Creating applications using Unity software and designing assets with Adobe Illustrator. Virtual labs can help overcome the lack of costs associated with procuring laboratory equipment and materials, reduce the risk of work accidents, and can be accessed from anywhere.

Development of Website-Based Interactive E-Modules with Project Based Learning Learning Models to Increase Student Learning Interest in PKWU Subjects in Vocational High Schools

To share knowledge between professors and students, learning media is a common format. It is necessary to modify the learning materials to suit the requirements of different academic fields. There are several issues with this study, including the fact that the only learning resources used in schools are LKS (Student Worksheets) and limited LCD resources, the requirement for practice in the Creative Products and Entrepreneurship (C3) subjects, and the fact that schools use a moving class system, all of which make it necessary for students to access information using more efficient learning resources. The ADDIE-type development model was used to perform this research utilizing the research and development (RnD) methodology. The distribution of learning interest questionnaires among students and the results of student psychomotor skills assessments, which take the form of Pretest-Posttest Control Group Design, both serve to gauge student interest in learning. The findings of the hypothesis test were obtained following the conclusion of the study, and they are as follows. There were variations in students' psychomotor skills before and after utilizing the web-based interactive e-module learning environment with a project-based learning paradigm, as shown by the statistical sig (2 tailed) = 0.00, where 0.00 0.05 (significant threshold). Class XI Multimedia 1 contributed 45.74% of the increase, and class XI Multimedia 2 contributed 46.78%. Additionally, it was mentioned that the examination of student learning interest in created media revealed that the experimental class had very high levels of student learning interest, with 88.33% of students showing interest in materials 1 and 90
  

Development of Wetland Contextual Interactive Learning Media with Student Activity Monitoring

The purpose of this study was to develop a web-based interactive learning multimedia for statistics material for 8th grade. The material was presented with a contextual approach so that students could connect material concepts with real-life problems to instill an understanding of the material. Nothing that excels in this learning media was monitoring student activities while studying, such as student progress in learning the material, activities that have been and have not been carried out in the learning series, and monitoring of keyboard and mouse activities. Learning media was developed using the Research and Development (R&D) method with the ADDIE model (Analysis, Design, Development, Evaluation). The learning media functionality was tested using the Black Box method. Based on the results of testing all features, it could be concluded that the developed learning media application can function well with very high validity. Where the results of media validation were 90.3% and material validation was 87.5%. Furthermore, the developed interactive learning media is suggested to be able to display monitoring of activities that have been done by students in their respective accounts.

Needs Analysis for the Development of Web-Based Interactive Learning Media Using Google Sites to Improve Learning Outcomes on Regular Straight Motion Material in Class XI in Bengkulu City High School

The formulation of the problem of this study is whether it is necessary to analyze the development of web-based interactive learning media using google sites to improve learning outcomes on Regular Straight Motion material? The purpose of this study was to determine the analysis of the development of web-based interactive learning media using google sites to improve learning outcomes on the material of regular straight motion. The research method used in this research is descriptive qualitative, where literature studies, observations, interviews and questionnaires are used to collect data. The data analysis technique used was qualitative data analysis. SMA Negeri 1 Bengkulu City, SMA Negeri 3 Bengkulu City, and SMA Negeri 9 Bengkulu City are the research samples. The population taken is physics teachers and students of class X and XI IPA. This research was conducted from June to August 2023. Based on the results of observations, literature studies and data from interviews, students need interactive learning media such as google sites to help students improve learning outcomes. Therefore, it is necessary to analyze the development of interactive learning media using google sites that can help students improve physics learning outcomes and can play an active role and no longer have difficulty understanding physics learning.

Development of Interactive Web-Based Learning Media with the Discovery Learning Model to Increase Student Learning Motivation in Object Oriented Programming XI Vocational High Schools

   Students have difficulty understanding object-oriented programming material. Because the learning process carried out still uses the lecture method and the learning media used in the form of PowerPoint and even textbooks, resulting in a lack of understanding and a lack of student learning motivation. Other problems arise such as drowsiness due to boring learning, and difficulty understanding due to lack of interaction between students and teachers. Today's technology that can support the learning process in solving these problems is an interactive web. This study uses the Hannafin and Peck development model which goes through 3 phases, namely (1) needs analysis, (2) design, and (3) development and implementation. Data collection techniques were carried out through observation and questionnaires. The learning media developed is in the form of an interactive web application with a discovery learning model that contains learning and evaluation videos. The results of the feasibility analysis of learning media obtained the results of media expert validation of 96.3%, material expert validation of 93%, and group trials of 85.4%. The results of the analysis of all feasibility data obtained an average of 91.6% with the qualification "very valid" and declared feasible to be used in assisting the learning process of students. While the results of the analysis of increasing learning motivation obtained the results of group trials of 0.37. Based on these results, it is stated that learning media can increase students' learning motivation in the learning process with "moderate" qualifications.

Assessing The Feasibility of a Web-Based Interactive Writing Assessment (WISSE): An Evaluation of Media and Linguistic Aspects

This study aims to conduct a feasibility test on a Web-Based Interactive Writing Assessment (WISSE) that has been designed to assist students and teachers of Academic Writing classes by facilitating feedback provision online. WISSE was created to align with the requirements of the OBE curriculum. During this study, feedback about WISSE was gathered to enhance its feasibility and readiness. Trials focused on evaluating media aspects (usability, functionality, visual communication) and linguistic aspects (technical language, grammar, word choice). Quantitative and qualitative data were employed. The quantitative data were obtained through a material validation questionnaire and media validation using a rating scale on the quality of the media obtained from the objective assessment of media experts and linguists. The qualitative data were obtained from the feedback of media experts and linguists on the quality of the media provided in the comment column on the questionnaire. This data serves as a consideration in revising the product for the website’s view and feasibility. the results of the expert test indicate that the web-based interactive learning assessment product, WISSE, is feasible for use, although revisions based on feedback from media and language experts are necessary before piloting it to a wider audience.

Pelatihan Pembuatan Media Pembelajaran Interaktif Berbasis Web (MPI-BeWe) Bagi Guru-Guru SD Sekecamatan Pulau Beringin, Muara Dua, Sumatera Selatan

The main objective of this research is to train and provide assistance to elementary school teachers in Pulau Beringin District, Ogan Komering Ulu Selatan District (OKUS) in making web-based interactive learning media (MPI BeWe). Using the Technical Assistance method in the form of Training and Workshops which is carried out by providing training and workshops with steps: socialization, practice, mentoring, and evaluation. One of the obstacles to the development of multimedia learning media is the lack of mastery of ICT-based multimedia learning media development technology by teachers so the development of ICT-based multimedia learning materials is not optimal. Especially elementary school teachers in the Beringin Island District, South Ogan Komering Ulu Regency (OKUS). After carrying out this activity, it can be concluded that elementary school teachers in Pulau Beringin District, Ogan Komering Ulu Selatan (OKUS) Regency who were participants in the training and mentoring for the creation of BeWe MPI-based learning media (Web-Based Learning Media) succeeded in making learning media in the form of blogs. The implementation of the training has been able to achieve the expected goals, this can be seen from the tasks given to participants which can be completed properly.

Web-Based Interactive Learning Medium to Foster Students' Understanding on Magnetic Theory Using the Tutorial Method

Technology, particularly in the form of web-based learning resources, aided education during the COVID-19 outbreak. In responding to the condition, this study aims to (1) develop a web-based interactive learning medium application of magnetic material with tutorial method; (2) describe the feasibility of a web-based interactive learning medium for students using magnetic material and a teaching technique. The model used in this study was the ADDIE model. Total of 29 students junior high school in Banjarmasin participated in this study as subject for implementation product. Data collection techniques in this study used validity assessments, questionnaires and tests. The results of the study showed that: (1) HTML, CSS, Javascript, JSON, and Firebase were utilized in the development, and (2) based on these findings, it can be stated that a web-based interactive learning medium for students using magnetic material and the tutorial approach is feasible for use in learning since it meets the the criteria of validity, practicality and effectiveness.

Web-Based Interactive Learning Medium to Foster Students' Understanding on Magnetic Theory Using the Tutorial Method

Technology, particularly in the form of web-based learning resources, aided education during the COVID-19 outbreak. In responding to the condition, this study aims to (1) develop a web-based interactive learning medium application of magnetic material with tutorial method; (2) describe the feasibility of a web-based interactive learning medium for students using magnetic material and a teaching technique. The model used in this study was the ADDIE model. Total of 29 students junior high school in Banjarmasin participated in this study as subject for implementation product. Data collection techniques in this study used validity assessments, questionnaires and tests. The results of the study showed that: (1) HTML, CSS, Javascript, JSON, and Firebase were utilized in the development, and (2) based on these findings, it can be stated that a web-based interactive learning medium for students using magnetic material and the tutorial approach is feasible for use in learning since it meets the the criteria of validity, practicality and effectiveness.

The Interactive Web-Based Learning in Online Learning for Blind Students and Deaf Students in Higher Education

Online learning has been running in Indonesian universities due to the COVID-19 outbreak. Online learning has become a challenge to both parties, lecturers, and students with special needs. The use of several online platforms for learning has not provided accessibility for students who are blind and deaf. To pursue friendly learning in inclusive classrooms for blind and deaf students, then we need a facility that supports learning for blind and deaf students. The purpose of the study is to develop a learning model that can be used for online learning using an interactive website. The interactive Web-Based Learning Model is an innovative learning model which is designed for special needs students to access online learning more effectively. The procedure used in this interactive web-based learning model is that every blind and deaf student can access learning through various devices connected to their cell phone or laptop to make the learning process two-way and effective. The research was conducted using the research & development method which consists of the stages of producing a model product and then validating and testing the model. The result of this study is an online learning model using a website that can present learning material from lecturers in the form of pages that all the menus can be read directly by blind students through a screen reader on their devices (user friendly) and they can send assignments via voice note options. The website is equipped with videos accompanied by subtitles so that it has accessibility to deaf students. This model consists of the following stages: 1) Planning which includes needs analysis and content analysis, 2) The learning process through an interactive website containing structured learning material, interactive learning through video and discussion features, 3) Evaluation includes test and non-test in the form of process and result in analysis.

Development of Interactive Learning Media in Computer Subjects and Basic Networks in Vocational High Schools

The use of technology in the educational process is one of the aspects that influence or help fulfill a quality learning process in an effort to achieve educational goals. If the use of this technology is not carried out, there will be many difficulties encountered in the learning process which are given directly by the teacher. This will affect many aspects, such as the teacher's explanation which is difficult to accept and understand and the lack of concentration of students during the learning process because the media provided is monotonous. This study aims to develop learning media and produce valid, practical, and effective media in the subject of Basic Computers and Networks for class X Computer Engineering and Basic Networks at YAPIM Vocational School. The method used in this study is the Research and Development (R&D) method, with a four-D development model. The results obtained from this study are web-based interactive learning media. Based on the results of the study it was concluded that the developed media was declared valid on the media aspect of 86%, the material aspect with a yield of 96%. The developed media is practical with the practicality value of the teacher's response with a result of 97.92% and the student's response is 88.29%, and the resulting web-based interactive learning media is effectively used with the posttest results seen from the students' classical completeness of 100% and the gain score of 0.50 in the moderate category.

Development of Interactive Learning Video at Grade X Senior High School

The lack of development of learning media in schools causes students to have difficulty understanding chemical bonding material. The use of chemistry textbooks in the study of chemical bonds is not enough to reduce the abstraction of the object of the study. The lack of use of the technology-based website in developing interactive video learning media is a major problem. Measuring the student's responses to the interactive learning video on the chemical bonding material. This study uses the ADDIE development model. This study begins by analyzing the problems and limitations encountered in chemistry learning. The quality of interactive video learning media with an assessment percentage of 92.5% by media experts, 91.66% by material experts, and 88.12% by teacher practitioners. Based on the results of testing on 31 students, the percentage of assessment was 84.66% which had a very good category. Web-Based Interactive Learning Videos on Chemical Bonding Grade X in Senior High School were declared valid based on expert and practitioner assessments. Results of the assessments of these experts consistently categorize H5P as very good or good. The general assessment of this video is very good and can be used. It consists of the background, objective, methods, results, and conclusion of the research.

An AI-augmented multimodal application for sketching out conceptual design

The goal of this paper is to develop an interactive web-based machine learning application to assist architects with multimodal inputs (sketches and textual information) for conceptual design. With different textual inputs, the application generates the architectural stylistic variations of a user’s initial sketch input as a design inspiration. A novel machine learning model for the multimodal input application is introduced and compared to others. The machine learning model is performed through procedural training with the content curation of training data (1) to control the fidelity of generated designs from the input and (2) to manage their diversity. The web-based interface is at its work in progress as a frontend of the proposed application for better user experience and future data collection. In this paper, the framework of the proposed interactive application is explained. Furthermore, the implementation of its prototype is demonstrated with various examples.

The Effectiveness of MPI BeWe to Improve the Learning Quality of Prospective Elementary School Teachers in the Elementary Teacher Education Study Program (PGSD) FKIP Unsri

The Web-Based Interactive Learning Multimedia (MPI BeWe) has been successfully developed for students of the Elementary School Teacher Education Study Program (PGSD) for the subject of Science Basic Concepts. 1. The problem raised in this research is how to develop Web-Based Interactive Learning Multimedia (MPI BeWe) to improve the quality of learning for elementary school teacher candidates in the PGSD Study Program FKIP Unsri. This study aims to improve the quality of the learning process for the Basic Science Concept course in the Elementary School Teacher Education Study Program (PGSD). The method used in this research is a quasi-experimental method. The research design used is the One-Group Pretest-Posttest Design. The sampling technique used is the Cluster Random Sampling (CRS) technique. The instruments used in this study were pretest and posttest with multiple choice techniques, observation sheets, and questionnaires in the form of student responses to learning using web-based interactive multimedia learning (MPI BeWe). The application of web-based interactive multimedia learning (MPI BeWe) shows the effectiveness of learning for first semester students of the PGSD study program. This can be seen from the increase in the percentage results of the average value of the pretest and posttest results and the increase in the results of the average gain g>. Thus, it can be concluded that there is an effective application of web-based interactive learning multimedia (MPI BeWe).

The Combination of R&D and MDLC Models in WEB-Based Interactive Learning Media

The Technopreneur is a core course offered in semester IV (four) in the Information Systems department, Faculty of Information Technology, Unand. Based on observations, the learning process using the lecture method via video conference makes students more inclined to be subordinated. At the same time, the lecturer position tends to appear as a one-man show. The problems make students more-passive and weak in the creative power. To attract students' interest in learning, it is necessary to develop interactive learning media. This research aims to produce a WEB-based interactive learning media with a combination of R&D and MDLC model. Learning media is designed based result course learning process on the previous semester and user needs. Based on the results of system functionality testing, it shows 100% of the features are functioning properly. While testing user satisfaction on multimedia elements from 20 respondents with the Mean Opinion Score (MOS) scheme was obtained at 4.11, which means the learning media is quite good. For interactive elements, it gets a score of 4.31, which means it is included in the category ready to be applied in the Technopreneur class.

Rancang Bangun Sistem Informasi Media Pembelajaran Interaktif Bahasa Inggris Berbasis Web

English is an international language that has been used almost all over the world with the number of speakers increasing every year. According to The Ethnologue, currently the number of English speakers has reached 1.45 billion people. With these facts, English is a language that should be mastered by everyone in the current era. However, there are still many people who find it difficult for various reasons. By utilizing the development of information systems and information technology in the modern era, the author intends to design an interactive web-based English learning media information system, where the system design method used is Kanban with Unified Modeling Language (UML) modeling tools. The programming language used is PHP, Laravel framework, and MySQL database. From the design results obtained an interactive learning software equipped with pictures, audio, video, animation, and exercise, so that it is hoped that it will be able to improve students' English skills.