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Purpose: The future of management studies is invariably steering towards online and hybrid modes of course delivery. Therefore, assessing the effectiveness of online course delivery is exceptionally crucial. This study attempts to evaluate the effectiveness of online course delivery in management education involving the instructor, participant and technological component. This study contributes to the body of knowledge in three ways. First, the study proposes an approach to assess the effectiveness of online courses in management education. The study demonstrates this by taking a case study of a business school (B-school) in southern India. Second, the study identifies the shortcomings and areas that need improvement to enhance the overall effectiveness further. Third, the study outlines suggestive measures to improve the effectiveness of online course delivery by addressing technical, infrastructural, instructor and student behavioral components. Design/methodology/approach: To accomplish the objectives, a case study approach has been adopted and fuzzy logic has been used as a methodology to assess the effectiveness of online course delivery in management education. Findings: The findings suggest that instructors' use of cases and animation during online sessions, use of whiteboards, digital pens and other tools, attempts to draw participant's interest and the users' sense of belongingness in the online cohort, self-discipline and motivation from students' side, easy to use Learning Management System (LMS), audio-visual platforms, active electronic communication and training on the technical aspect of the online platform need to be improved to enhance the effectiveness of online course delivery further. The current effectiveness of online course delivery in the case of B-school was found to be "Fair," which is average in relation to the effectiveness labels. Research limitations/implications: This study doesn't investigate the factors that moderate the effectiveness of online course delivery and how the factors influence each other. Future research endeavors can be extended in this direction to enrich the body of knowledge with new insights. Apart from this, the results outlined in this study are about the status quo of the case B-school and can't be generalized. However, the methodology and approach can be adopted by other B-schools or higher educational institutes to measure the schools' and institutes' current level of effectiveness in online teaching. Originality/value: So far, only a few studies have paid attention to the empirical assessment of the effectiveness of online course delivery consisting of engagement from the technical, instructor and participants' dimensions. This study proposes a novel approach to measure the level of effectiveness and identifies the shortfalls that impede good effectiveness in online course delivery.

In this article, we examine the immensely popular animated Disney film "Frozen 2" (2019) through its potential as decolonial queer pedagogy. Drawing on Indigenous educational studies, queer and feminist Indigenous theories, and research on affect and trauma, we ask how the film popularizes Sámi nature-based cosmologies, addresses and attempts to repair the cross-generational transmission of settler colonial trauma, and presents a complex view of gender and human and non-human relations. Unlike in its predecessor "Frozen" (2013), in "Frozen 2" Disney involved Sámi consultants in the production process, and the film was dubbed in North Sámi language. We interrogate "Frozen 2"'s production process as well as its narrative and aesthetics, proposing that it allows its viewers -- children and adults, Indigenous and non-Indigenous alike -- to engage with and learn about Indigenous ethics, Sámi cosmologies, and more-than-human understandings of gender and sexuality in respectful and easily approachable ways.

Descriptive and functional anatomy is one of the most important sciences for kinesiology students. Anatomy learning requires spatial and motor imagery abilities. Learning anatomy is complex when teaching methods and instructional tools do not appropriately develop spatial and motor imagery abilities. Recent technological developments such as three-dimensional (3D) digital tools allow to overcome those difficulties, especially when 3D tools require strong interactions with the learners. Besides interactive digital tools, embodied learning or learning in motion is an effective method for a wide variety of sciences including anatomy. The aim of this study was to explore the impact of combining movement execution with 3D animation visualization on anatomy learning in a real classroom teaching context. To do so, the results of two groups of kinesiology students during three official assessments were compared. The experimental group (n = 60) learned functional anatomy by combining movement execution with traditional knowledge acquisition (e.g., 3D animations visualization, problem-based learning exercises). The control group (n = 61) had the same material but did not execute the movements during problem-solving exercises. Although no differences were found between both groups on early and mid-semester examinations, significant difference appeared at the end of the semester with an advantage for the experimental group. This exploratory study suggests that embodied learning is beneficial in improving functional anatomy learning. Therefore, it would be interesting to integrate such type of pedagogical approach within the kinesiology curriculum.

In this study, the effects of using cueing with a narrator in animations on science learning and cognitive load level of elementary students have been revealed. For this purpose, a quantitative research design is used in the study. 223 third grade students, 124 of them are girls and 99 of them are boys, have formed the sample. The results show that there is a significant difference between students' pre-test and post-test scores in both experimental (cueing) and control (non-cueing) groups. Post-test scores of the students in the experimental group are higher than the control group. In addition, there is a meaningful difference in students' learning, cognitive load levels and mental efforts in favor of the experimental group. On the other hand, there is no significant difference in terms of difficulty perceptions between groups. Lastly, negative and medium correlation is found between their learning and cognitive load levels in the experimental group. Consequently, using cueing in animations is important in order to increase students' learning and reduce their cognitive load level.

The study investigated children's attitudes toward and impressions of a narrated stop-motion animation called "slowmation" and the relationship between the variables when learning with slowmation. An analogue scale and an ordinal scale were used respectively to collect children's learning attitude and learning impression data. A total of 30 preschool children aged 5-6 participated in this slowmation activity. The results revealed that most of the children had positive attitudes when learning with the activity. Nevertheless, some boys indicated that they experienced no delight at all. Regarding the children's impressions, the results showed that most of them highly agreed with the joyfulness and enjoyment that slowmation brought to their learning. There was a positive relationship between their delight level and their learning joyfulness and enjoyment. The findings suggest that slowmation could be utilized in a creative learning process and could also be used as an interesting learning medium. If the teacher plans the learning materials properly, children could benefit from the moving image education by slowmation.

Virtual reality (VR) research in mathematics education has centred largely on geometry content. This paper contributes by describing VR modules developed for another area that heavily involves three-dimensional objects: multivariable calculus. This paper also contributes by describing an empirical study on students' experiences inside the VR modules through student (conceptual) noticing. One finding was that colourful objects had moderate associated conceptual noticing, but that accompanying animation drastically improved the conceptual noticing. Symbolic and textual elements were conceptually noticed much less. While narration was meant to guide the students' noticing, it often did not produce the conceptual noticing intended, though animation again was a key factor. The conceptual noticing was also found to be connected to the students' emerging understandings of the mathematical ideas discussed in the modules. We end by discussing implications for: (1) designing VR modules generally; and for (2) learning specific mathematical content within VR.

Whiteboard animations have become very popular in recent years. They are mainly used in distance education, where learners can acquire knowledge individually and without the help of a teacher. However, there is little empirical evidence on how whiteboard animations should be designed to achieve learning-enhancing effects. Since the presentation of whiteboard animations is reminiscent of a teacher drawing or showing content on a whiteboard, the hand has been identified as an essential feature of this learning medium. Therefore, the aim of this experimental study was to investigate whether and how the human hand should be implemented in whiteboard animations for the presentation of visual content. University students (N = 84) watched a whiteboard animation in which the type of information insertion was manipulated ("hand drawing content" vs. "hand pushing content in" vs. "no hand visible"). Results revealed that the drawing hand on a whiteboard led to significantly higher intrinsic motivation than the hand pushing visual content onto the whiteboard. Contrary to assumptions derived from cognitive load theory, the implementation of a human hand did not cause extraneous cognitive load. However, no other effects on the perception of the instructor, cognitive load, and learning performance were found. The results are discussed in terms of both cognitive and social processes in multimedia learning.

Like all sectors, the education sector has been negatively affected by the Covid-19 pandemic. Considering the decision to conduct face-to-face training in schools remotely, teachers had many difficulties in moving course content to the online platform. Teachers who perform robotic coding applications are looking for ways to do these activities remotely. Simulators enable real objects to be animated in a computer environment. There are many paid and free platforms that simulate robotic coding tools. Arduino and Micro:bit, can be simulated on the Tinkercad platform. This study tests the usability of the Tinkercad platform by teachers. In usability tests, users are expected to complete the authentic tasks they must perform on the tested platform. In this study, 12 Information Technology teachers tried to complete 10 authentic tasks in the Circuits section of the Tinkercad platform. Eye movements have been recorded and analyzed while participants perform tasks. Surveys were applied to the participants and data were collected with the observation form during the tests. Consequently, the teachers who completed the usability tests stated that it is appropriate for the platform to be used by teachers and students over 10 years of age and that they can use the platform in their activities.

The authors share an online collaborative problem-solving activity that integrates support for students' developing conceptual understanding, focused engagement, and positive feelings of agency and identity.

This study designed a digital teaching game named Kitties' Magic Journey (KMJ). The principle of leveraging in the course of natural technology and life was used as the teaching subject. The game combined design items included animation, narrative story, fun and usability, which integrated ARCS learning motivation theory. The experimental group used KMJ, whereas the control group used traditional teaching. The two groups were administered pre- and post-tests, the ARCS learning motivation scale, and a semi-open questionnaire. In addition, the experimental group was administered a digital game design scale. The results showed that both KMJ and traditional teaching improved learning effectiveness. Although the learning effectiveness of the experimental group was higher than that of the control group, the difference was not statistically significant. Furthermore, the learning motivation of the experimental group was significantly higher than that of the control group. A canonical correlation analysis of the game design items dimensions and the learning motivation dimensions showed significant correlations, and animation dimension showed the strongest correlation with relevance dimension. The results of this study can provide future reference and guidance in game teaching design and help design a game-based learning system that can attract students.

The aim of the study was to investigate the effectiveness of an animation-based teaching package on the acquisition of three daily living skills based on the performance of three middle school students with mild or moderate intellectual disability. An animation-based teaching package was designed to include explicit instructional procedures and was developed and tested by the researchers within the scope of the study in order to meet the specific needs of the target group. A multiple probe across behaviors design was applied for this single-subject research in order to investigate the effect of an animation-based daily life skills teaching package on the learning of culinary skills by three middle school students with ID. The culinary skills were sandwich preparation, brewing tea, and pouring tea. The participants in the study showed overall improvement in their task performance following the intervention. The results revealed animation-based video modeling to be an effective method in improving the acquisition of daily living skills. Animation-based teaching may be used as a means to teach effective daily living skills to students with ID.

One of the staple components of "Sesame Street" over the last 50 years is the short, animated segments that periodically interrupt the narratives and focus on brief educational and literacy concepts. Histories of the show have recognized these segments and referred to them as commercials, but to date, literature lacks a comprehensive examination of the managerial forces involved in planning and producing these commercial segments to identify the depth of understanding Children's Television Workshop (CTW) possessed as they created this material. Even more intriguing, contemporary literature has identified conceptual overlaps between the components of successfully persuasive children's advertisements and successful strategies for teaching early childhood literacy. This study uses a historical analysis and primary evidence, from corporate and executives' personal archives, to identify and chronicle how CTW married literacy education and advertising to effectively "sell" literacy to child viewers of "Sesame Street." This study also identifies important implications and opportunities for research and the future promotion and presentation of educational concepts in contemporary digital media settings.

Background: This study is the first to address the topic of schematic versus realistic dynamic visualization with particular focus on the human movement effect (HME) when the content to be learned takes the form of a computer algorithm. An AlgoRythmics dance choreography illustration (HM-realistic) was compared with an abstract computer animation (schematic). Previous research in the field of dynamic visualizations found schematic illustrations to be more effective, but the examined realistic representations did not include HME. Objectives: The objective of this study was to explore the process of comprehension of computer algorithms from these two types of representations (abstract animation vs. dance choreography illustration). Methods: The experiment (pre-test, study phase, post-test) involved 84 undergraduate students and included the following conditions (2 × 2 between-participants-design): HM-realistic [right arrow] HM-realistic, schematic [right arrow] schematic, HM-realistic [right arrow] schematic, schematic [right arrow] HM-realistic. Results and Conclusions: The results reveal that: (i) the group of participants who saw the dance choreography twice outperformed those who saw the computer animation twice; (ii) dance choreography illustration is only beneficial if it is presented as the second visualization. These findings are apparently contrary to the conclusions of some relevant previous research in the field, but they are in line with recent results regarding the HME. Takeaways: Realistic dynamic visualizations can be more effective than schematic ones if they involve human movement. To benefit maximally from realistic visualization, students need to have previously viewed it or to have previously viewed the isomorphic schematic presentation of it.

This research aims to investigate the development and effectiveness of motion graphic video media for Primary Schools students in learning Natural Sciences subject. This exploratory sequential mix method study employs combination of descriptive qualitative method to define the current situation and product development process and the experimental method involving 27 fifth grade students in each control and experimental groups. This research was conducted in two different selected primary schools. The researcher uses in-depth interview and observations methods for the qualitative studies, and tests to measure the effectiveness of motion graphics media developed. In the qualitative stage, this study found that there is a need to develop an interactive audio visual media. The result of t-test showed that there were significant differences in terms of cognitive learning outcome between control and experimental group. Therefore, the interactive motion graphic video media developed is feasible and effectively proven to enhance the students' science learning achievement of the fifth grade of primary school level.

In the context of the lockdown area of COVID-19, animated and gag cartoon-based intervention has a significant role in promoting students' learning performance at elementary levels. ICT-based intervention on students with ADHD mostly uses in UK, USA, Greece, Iran, and Poland. Still, recent researches are conducting in India,especially in the Northeastern region, to assess its effectiveness. Based on the literature and research questions,the current study aimed to evaluate the effect of animated and gag cartoon-based e-contents intervention on experimental groups' learning performance with those in the comparison group in Silchar town, Assam. 90 students with ADHD were assigned to experimental groups and a comparison group. The experimental group I (n=30, age ranged 10.5-11.5 SD= 11) was exposed to animated cartoon based e-contents instruction, and experimental group II (n=30, age ranged 10.5-11.5 SD= 11) was assigned to gag cartoon based e-contents in Environmental studies. Simultaneously, the traditional approach was used in the comparison group (n=30, age ranged 10.5-11.5 SD= 11). The quasi-experimental design was used to examine the effect of animated and gag cartoon-based e-contents intervention on experimental groups' learning performance with those in the comparison group. It resulted in animated cartoon-based e-contents and gag cartoon-based e-content intervention that significantly affected participants' performance over the comparison group.

This study aims to review, analyse and synthesize the literature, which refers to the use of educational film in education in Romania and which deepens aspects related to the use of animated film in primary education. The aim was to review the literature on: classification of animated films in the category of educational means; the functions of animated films; types and sources of animated films; teacher preparation for the use of film for educational purposes; integrating the film into the lesson; how to use animated films in primary education and the results of their use. Existing information in papers in the field of education sciences from the last three decades was analysed. Regarding the use of animation films in primary education, five studies were analysed in depth.

The aim of this study is to examine graduate level theses that focus on digital content and completed between 1989 and 2019 in Turkey. Examination of the theses with the specified categories will show us their purpose and scope and which result has been achieved. We believe that this study will shed light on researchers to show how the trends emerged in terms of educational digital content. In order to identify the theses, the Dissertation Database of Turkish Council of Higher Education was searched by using digital content, digital material, digital story, and animation as keywords. As a result of the search, 150 studies were identified. Among them, 15 studies were dropped out due to their irrelevance, which left 135 theses for evaluation. For data analysis, descriptive content analysis method and categorical analysis technique were employed. The theses were reviewed based on publication year, institute, university type, subject, research method, research design, participants, data collection tools, and target audience. The descriptive results were provided in tables. Theses on digital content started to gain intensity mainly in 2000s and these studies were mostly carried out in the field of engineering and fine arts. After 2010, more research with the focus on digital content and animations was conducted in the field of education. The results revealed that most of them completed for master's programs at the educational sciences institutes between 2013 and 2019. In the field of Turkish education, similar studies, specifically on digital stories, were conducted after 2015. As a result, this study sheds light on graduate students in terms of the gap in the literature regarding digital content.

Every student must have and develop spatial abilities to be successful in learning geometry. The rapid development of technology also allows teachers to use Macromedia Flash as an alternative in developing and improving students' spatial abilities. This study aimed to determine and describe the improvement of the students' spatial ability after getting geometry material by using Macromedia Flash at MTsN Model Banda Aceh. This research used a quantitative approach with a quasi-experimental design and one group pretest posttest design. The population of this study was all students of class VIII MTsN Model Banda Aceh with random sampling as the sample selection techniques so that the selected sample was the students of class VIII-5. The data collection in this study was carried out using a spatial ability test consisted of pretest and posttest questions. The gained data were analyzed with SPSS version 17 with paired sample t-test and percentage. The results showed that there was an improvement in students' spatial ability after having geometry material learning by using Macromedia Flash at MTsN Model Banda Aceh. Besides, the improvement of students' spatial ability based on indicator of perception spatial was 61.1%, mental rotation indicator was 55.6%, and indicator of visualization spatial was 66.7%.

The advent of new technologies and rapid growth of online distance education have fostered interaction as well as collaboration among learners and created a true learning community. Moreover, forming synchronous and asynchronous learning networks utilizing the Internet have been simplified by new technologies. Since the importance of technology is undeniable, teachers and instructors must use it to create new opportunities and experiences for educators. The present study investigates the use of audio podcast plus still pictures and audio podcasts plus animated pictures on learners' vocabulary gain and retention in a process-oriented approach. The results indicate that the participants who received audio plus animated pictures had higher levels of vocabulary gain as well as retention. The present study showed that podcasting is an influential tool to course resources and increases the contact between students and teachers.

This study aims to determine the effectiveness of the STEAM (Science, Technology, Engineering, Arts, and Mathematics)-based biotechnology module equipped with flash animation for learning biology in high school. This research was conducted in a high school, involving 32 students of Year XII. The research design was the design model for development of R2D2 with one group pretest-posttest design as effectiveness tests. This study utilized a learning design, biotechnology modules equipped with flash animation, instrument testing, validation sheet and questionnaire as research instruments. Data validation and the questionnaire results were then converted into qualitative data into a category. The effectiveness test data were analyzed using the N gain. The results of the validation material, media and users indicated that the module was valid with the final score of 89.85. Students' responses to the module in terms of readability, clarity of presentation, the attractiveness and usefulness of the results were in very good category (81.2%). The effectiveness test showed that result of post-test greater than pre-test and the value of N gain were in the high category (0.72).

This study examined the development process of graphic symbol-based animations for enhancing literacy skills of deaf or hard of hearing students (D/HH). Participants of the study consisted of two teachers and seven students studying in the third and fourth grade in a primary school for hard of hearing. As a result of the studies conducted throughout the fall and spring semesters, animation environments based on graphic symbols were developed. Within the framework of the design-based research methodology, development studies were followed by revisions. Revision studies were conducted in line with the data obtained from the interviews and observation notes that continued throughout the practices. A content analysis was utilized to examine the data obtained through interview and observation. It has been determined that; in the animations each sentence should be presented clearly and it may be paused if necessary, minor details and the dormant objects in the background should be removed, animations of actions should be standardized, and fonts in animations should match the writing style used by the students in the animations. As a result of the study, a design guide for graphic symbols-based animations for D/HH were developed for the researchers in line with the acquired results.

This research aims to analyse the process of grasping the Solar System by the students during their learning activities in which we used an animation film and other educational means (geographic globe, schematic drawings, 3D model, etc.), as well as the results obtained. In order to achieve this goal, we organized an action-research within Mathematics and Environmental Exploration subject, to the first-grade class, during the lesson "The Solar System". We sought to identify the criteria based on which the teacher chooses an animated film for a lesson, the ways to effectively use it in learning activities to facilitate the learning process. An experimental group and a control group took part within this action. We conducted three tests, an initial test, a post-watching test, and a test after the formative intervention from the experimental class. During the training experiment, we observed the students' behaviour and analysed the process of teaching, learning, assessment, and the students' results. The volume of students' knowledge about the Solar System increased when the most suitable animation film was used for the given topic and the students were involved in an active learning activity in which they discussed with the teacher the plot of the film, using also other visual materials. We have come to the conclusion that a learning activity making use of animated films and being mediated by the teacher has a greater efficiency in forming representations about the structure of the Solar System and its functioning than an individual viewing of an animated film about the Solar System. The results showed that the students had accurate representations about the Solar System, improved their thinking skills, in terms of scientific understanding, knowledge-implementation, and reasoning ability. The fact that the students watched the animated film about the Solar System and were involved in an active learning activity under their teacher's guidance can explain the positive results obtained by the students of the experimental group.

This paper determined the relative effect of animated and non-animated powerpoint (PPT) presentations on students' achievement in physics. A non-equivalent group quasi-experimental research design was adopted for the study, using a sample of 88 senior secondary two students drawn from secondary schools in Nsukka Local Government Area of Enugu State. A 30-item multiple-choice Physics Achievement Test (PAT) was used for data collection. The instrument was both face and content validate. The internal consistency reliability of the items of the PAT was established to be 0.76 using Kuder-Richardson formula 20, while the estimated temporal stability was obtained to be 0.88 using Pearson's product-moment correlation. The mean was used to answer the research questions while t-test of independent samples was used to test the null hypotheses at 0.05 level of significance. The findings of the study revealed that animated PPT significantly enhanced the achievement of students in physics than the non-animated PPT presentation.

This study investigated different modalities of videos in a flipped classroom for English writing classes in an intensive English program at a state university in Turkey. This quasi-experimental study was conducted with six experimental groups (n= 109) and one control group (n = 18). The dataset included the participants' scores of an essay pretest and two posttests, namely, recall and essay posttests. The data analysis showed that the experimental group viewing the video lecture which includes simultaneous presentation of animation and on-screen text followed by a narration in a user-paced environment outperformed the control group on the recall posttest. The groups studying the video lecture including animation with simultaneous narration and sequential on-screen text in a whole presentation and in a part-by-part presentation outperformed the control group on the essay writing posttest. In the whole presentation, participants studied all the parts of a video in a system-paced design and answered the related questions whereas participants studied each part of a video and answered the related questions in a part-by-part presentation. The paper provides a discussion and a set of recommendations on how to design flipped classrooms.

This study aimed to explore if there are any differences in word problem solving skills of fourth grade students using animated-cartoon story vs. text-only story vs. non-story. For this purpose, word problems-embedded animated cartoon stories were created on computers and the same stories were written in text format on paper. The word problems used in these stories were presented without stories. In an experimental design, a total of 76 fourth graders (38 girls, 38 boys) solved mathematics word problems in a pretest and then in one of three conditions: Animated-cartoon story (n =24), text-only story (n =26), and non-story (n =26). Upon completion of the experiment, students solved mathematics word problems in a posttest. A one-way ANOVA was conducted to reveal the differences between groups' gain scores from pretest to posttest. Results showed a significant improvement and difference for animated-cartoon story group only. This study implies that animated cartoons, when designed as mathematical stories based on anchored instruction framework can support and upgrade students' mathematics problem-solving performances.

The flipped classroom model is an educational model in which students study at their homes and reinforce their knowledge in the classroom with exercises and activities. This model is currently being used by many Turkish schools, especially the ones that give information technologies education. In this study, it is aimed to understand the learning experience by using this model in history lessons in higher education. For research purposes, 5 weeks long program was modified according to the Flipped Classroom (FC) model. This program was implemented and the views and opinions of the participants were collected with a semistructured questionnaire. The study group is comprised of students that took Ataturk's Principles and the History of the Turkish Revolution (APHTR) Course during the 2016-2017 fall period at Gazi University in Turkey. Phenomenological analysis was used for data analysis. The results show that the most of the participants see many opportunities in this model. These include the permanent learning, entertaining lessons, interaction, functionality, and high motivation. But the model also poses challenges. Those challenges are problems regarding the long educational videos, wrong content, technical problems, and activities. The participants recommended videos to include more animation and to be shorter, and activities to be improved.

The basics of digital literacy begin to form at an early age, and as they grow older, digital literacy must continue to evolve, adapting to the rapidly changing digital world. The first (both in importance and in time) after the family cognitive social institution for most people is the educational system, or rather, the system of preschool education. The problem of increasing the digital literacy of preschool teachers, their willingness to use information technology in educational activities is clearly relevant. Studies have shown an insufficiently high level of digital literacy of future teachers. The goal of this work is to strengthen the digital literacy component in preparing future preschool educators. The authors of the article conducted an experimental study on the introduction of a new program of study of the discipline "Information Technology" at the Elabuga Institute of Kazan (Volga) Federal University. This program includes the following modules: "Interactive Didactic Games", "Animation Basics", "Programming Basics" and "Network Technologies". Based on an analysis of the design work for each module, as well as a survey of 68 respondents of different age categories who took part in the study, an increase in the level of digital literacy of future teachers in all indicators, an increase in the number of people wishing to use information technology in their professional activities, as well as a positive attitude of future teachers to the proposed program.

Just beginning to understand the potentials new technologies might bring to the learning environments of young children, we invited authors to submit articles that investigate multimedia sources and their effect on learning settings. Two main themes emerged--how digitization changes the learning environment and adult-child interaction in particular and which digital affordances enrich digital materials and how these changes affect learning. We finish with "alerts" to further explore more the hidden potentials of new technologies and how routines such as book reading might change and become more effective in some respects.

During the last three decades, chemical education in Slovenia has developed mainly in two chemistry education research groups, one located at the University of Ljubljana and the other at the University of Maribor. The present study aims to identify research papers in the field of chemical education published between 1991 and 2019 through a database survey. From a total of 273 identified research papers in the field of chemical education, an analysis of the papers published in respected international and Slovenian journals and monographs revealed four main research fields: (1) Submicrorepresentations, Models and Animations, (2) Chemistry Teacher Education, (3) Experimental Work, and (4) Conceptions of Basic Chemical Concepts. For further analysis, only papers published in English in respected peer-reviewed international journals were used (N = 41). Based on citations in Web of Science or Scopus, it seems that papers published in the first field have the greatest impact on the international research community. Some research monographs published in Slovenian aim specifically at contributing to bridging the gap between chemical education research and classroom practice, but further actions are necessary to achieve this goal in the future.

Physically-based rendering (PBR) concept is widely use nowadays in 3D rendering works, this concepts interested in the ray of light for describes the interaction of light and materials. Understanding the principles of PBR can be easier to adjust shader parameters to be realistic, react correctly to changes in lighting condition and also giving the same results even in different 3D rendering software. In Shading lighting and rendering (SLR) subject which PBR concepts become important concept instead the 'old style rendering' it was found that students are unable to clearly understand concepts of PBR. According to the problem, in this research bringing mobile augmented reality (AR) to be a media for demonstrate PBR concepts for students. The sample were 35 students from Department of Animation and Digital Media, Bansomdejchaopraya Rajabhat University. The results found that students understand the PBR concepts and can adjust the PBR shader paremeters to be realistic assess from students pre-test, post-test scores and students homework. The mobile AR application media were usable for students and suitable to be a learning media in 3D animation assess form students' response.

This study is about developing and testing the effectiveness of Computer Assisted Instruction (CAI) through multimedia in mathematical representations. Features that are developed using the hippo animator provides learning instructions with the tutorial model. The principle of self-regulated learning and mastery learning are both the strategy in learning to ensure students to be able to learn to be self-sufficient and complete. The principles of reliability, usability, maintainability, compatibility, reliability, reliability, interactive and communicative are carried out to assess multimedia well designed in terms of interfaces to maximize mathematical representation. For these purposes, R & D was selected in this study with structured and systematic stages through strict quality control. The results of the study show that multimedia developed is feasible to be produced and used in mathematics learning. Finally, the use of CAI through multimedia plays an important role in facilitating mathematical learning, especially in improving mathematical representation. However, the significance of differences in improving students' mathematical skill in representation ability is not found.

The unexpected outbreak of Covid-19 pandemic disease has affected every field of life, especially education. The closure of schools and universities to prevent the spread of the disease has led the countries to take urgent decisions on education. Almost all over the world, the education is being conducted through distance education. This study based on the basic qualitative research design aims to examine the opinions of primary education pre-service teachers on their slowmation experiences via distance education. The data of the study were collected with an interview form and analyzed by using descriptive analysis technique under the predetermined themes. As a result of the data analysis, the following results were obtained: The pre-service teachers were of the opinion that slowmation is an advantageous method. However, it was also found that during the process of producing slow motion animations, the participants faced some difficulties. Despite the difficulties, the pre-service teachers believed that slowmations produced by students and/or teachers could be used easily and effectively in their future career. Finally, it was determined that Covid-19 had some negative effects on the mood of the preservice teachers and it also affected the opinions of the pre-service teachers on the delivery of instruction.

This research aimed to investigate the effect of Wall-E films on prospective teachers' behavior towards environmental problems and attitude towards solid waste and recycling. In the research, one-group pre-test and post-test experimental design was used. The study group consisted of 130 prospective teachers at the Classroom Teacher Department, and the Department of Social Sciences Teaching in a Faculty of Education of a state university in Turkey. where they took Environmental Education course in 2018-2019 academic year. The data collection tools of the study were "Environmental Problems Behavior Scale" and "Solid Waste and Recycling Attitude Scale". After the scales were administered as a pre-test, the participants were invited to watch the movie Wall-E for a period of three weeks. Then the scales were re-administered as the post-test. It was found out that, watching the film, the participants' behavior towards environmental problems and their attitude towards solid waste and recycling increased in a positive way. The findings also revealed that attitude towards solid waste and recycling was a significant predictor of the prospective teachers' behavior towards environmental problems.

This study explored the effects of modality, redundancy, and signaling principles in multimedia learning with abstract and concrete representations of an animation on learning in real middle school settings. Based on these principles of the cognitive theory of multimedia learning, ten types of treatment conditions were tested with a pre-test and post-test quasiexperimental design. Data were collected from a large sample (n=826) sample of children with low prior electricity knowledge. Analyses showed that all treatments helped students to develop knowledge of the topic to some extent. However, while the modality effect holds true for middle school students' studying electricity units with a multimedia instruction in real school settings, the signaling and redundancy principles do not hold true. The study also investigated interactions among prior science scores, prior knowledge about the topic, and multimedia treatments. Findings were discussed in relation to similar studies reported in the literature. Finally, the study raised a set of further research questions in the last section.

Recent studies on language acquisition and motivation have targeted Japanese language learners in a formal educational context, with less attention paid to learners who study Japanese informally. The current study aims to investigate the impact of Japanese animations in the context of informal third language acquisition. It targets the native speakers of Arabic who are interested in learning Japanese as a third language (L3), and investigates the motivations of Arab teenagers and young adults to learn Japanese. Further, the paper also focuses on examining aspects of Japanese language proficiency among teenagers and young adults, including vocabulary enhancement and grammar competence. The methodology used in the current study is twofold: an online survey questionnaire adopted from Armour and Iida (2016), followed by an engaging experiment in which participants were divided into two groups (reality anime group vs. action anime group) in order to examine the effectiveness of anime selection in boosting proficiency level. The findings of the online survey indicate that Arabic native speakers are highly motivated to learn Japanese, while the experiment results confirm that the type of anime and consistency of exposure do support the acquisition process. Further, the study concluded that consumption of anime series contributes to the learning process and facilitates learners' proficiency in general and vocabulary learning in particular. However, it remains unknown whether or not Arabic native speakers' motivations lead to their enrollment into formal Japanese foreign language education. Avenues for future research and implications are also presented toward the end of the paper.

This paper presents an approach to implement learning objects for teaching and learning problem-solving techniques based on computer programming. The demonstrated approach exploits computer-based interactive animations and computer graphics. The main feature of this approach is its simplicity for exploring the concepts and structures of the programming that are used to implement a solution for a problem under consideration. The developed learning objects feature the possibility of reusability and adaptability in e-learning settings. Moreover, the learning objects can be utilized as a hands-on experience for the learners of a certain subject matter. The approach applied for the design and implementation of the learning objects for computer programming-based problem solving can be extended to other disciplines of science and technology. As a demonstration of the proposed methodology, we showed an application that utilizes the approach to implement a learning object for solving a well-known statistics and probability problem.

The purpose of this study is to examine the effects of digital storytelling activities on the student engagement and writing self-efficacy levels of pre-service teachers. The participants of the study are 64 pre-service teachers who are sophomores in the department of Literacy Education in the school of education during the 2015-2016 academic year. A pilot study using 16 junior pre-service teachers was carried out before study. The study was implemented using a pretest post-test quasi-experimental design with control group. "Four Aspects of Student Engagement Questionnaire" and "Writing Self-Efficacy Scale" were used as data collection tools. The results of analysis show that the engagement and writing self-efficacy of the pre-service teachers in the experimental group were higher than the pre-service teachers in the control group.

In an attempt to improve Technological Pedagogical Content Knowledge (TPACK), prospective mathematics teachers (N=52) were trained in creating technology-based mathematics teaching materials. They learned visual programming, worked in pairs and created mathematics stories, which are intended to improve fourth grade students' mathematics word problem solving. Six of the prospective teachers were willingly participated in this study and watched students completing the stories in actual classroom environments. The purpose was to show them the value of their work and provide advice with regard to improve their TPACK. They (n=6) were interviewed within a qualitative research framework. This study reveals the prospective teachers' opinions and beliefs regarding various aspects of the projects, such as students' interest, students' performance, as well as the teachers' professional, pedagogical and individual improvement. The prospective teachers are convinced that teaching by means of technology support students' learning and that technology use in the classrooms is valuable. As a result, it can be confirmed that the process helped them improve their TPACK.

The study reported in this article addresses the question of how professional development can increase teacher noticing of student thinking over time. The data come from five teachers' participation in a two-year professional development intervention that combined lesson study, video clubs, and animation discussions. The analysis focuses on whether and how teachers attended to student thinking during study group discussions and when implementing problem-based lessons that they designed collaboratively. The study applies a mixed methods approach to the examination of transcriptions from the video clubs and the classroom implementation of the lessons. The findings reveal that the teachers restated students' ideas and provided examples of how to inquire into student thinking upon the facilitators' request during the video clubs. There was a statistically significant difference in the teachers' use of students' ideas for generalising and synthesising showing that teachers used higher levels of reasoning in the 14 lessons taught over two consecutive years. The intervention supported growth in the teachers' abilities to reason using students' ideas and to make the lessons' goals explicit.

Focusing on a section of the Teaching International Students (TIS) project this article captures student and mentor perspectives within a Project-Based Professional Experience (PBPE) in the context of a large research-intensive university in Sydney, Australia. Animations co-produced with students were part of a Work Integrated Learning (WIL) compulsory upper level course, leading to a 'Community Building Framework'. The research goal shifted the educational purpose from didactic physical placements to collaborative dynamics where students, including international students, staff, and industry perspectives were 'valued'. Prioritising intercultural learning 'challenged' contested attitudes and 'built' communities of practice in a workforce focused ecology. Findings emerged from reflective interchanges whilst working iteratively and collaboratively with students, to inform the PBPE online framework. Implications for WIL academic planning included: scope for asynchronous autonomous action beyond traditional ways of working; opportunities to model creative problem solving at scale; and critical thinking skills in transferability mode adaptable to future digital workplaces.

Arabic grammar learning - which uses textbooks with lengthy details can be translated into creative and innovative forms through the application of technology advancement. Animated infographics is one of the many technological applications aimed to innovate learning information or content into simple, interesting, and easy to understand materials. This study gathered students' perspectives in relation to their needs on form - hence, developing a module for animated infographics in Arabic grammar learning. This research employed Design and Development Research (DDR) methodology and approaches. It involved need analysis data where the first phase used a questionnaire on the use of learning material, issues regarding learning approaches, tendencies to use innovation, and needs of using animated infographics. The questionnaires were distributed conveniently to 248 undergraduate students studying Bachelor of Arabic Language Studies, who took a course entitled 'Ibn Aqil' Syntatical Texts. Quantitative data was then analyzed using Statistical Package for Social Science (SPSS) application to retrieve percentage, mean and standard deviations. Findings revealed a high need to develop a module for animated infographics in the Arabic grammar learning based on students' opinions after taking the course. Innovative technological application on the syllabus of textbook learning, particularly the complex Arabic grammar was much needed in order to enable comprehension and provide focus.

Children spend an important part of their time watching animated films on different platforms (cinema, television, internet). Box office figures indicate that this is true at the global level. However, it is not known how children react momentarily to the animated films they watch, and how these reactions fit the content of the film viewed. The purpose of this study is to determine the accuracy level of children' responses to the content of the animated films that they view based on age, gender and different variables. The research was carried out with a mixed-method using both qualitative and quantitative methods. The study group consisted of 210 children between the ages of 3-9. An average of 30 children was included in each age group. In this way, it was aimed to examine the behaviour of the children in each age group while watching animated films, the way the content of the scenes affects the children during viewing, and the change that children undergo as age progresses. First, a film suitable for the research was selected and the film content was analysed on a scene and minute basis. The standard emotions to be given at every minute and scene were determined. Then "Toy Story 3" film was shown to the children in the research group. During the viewing session, each child was recorded with a camera and the camera footage and film minutes were matched then. The children's reactions observed on the camera footage caught while they are watching the film were compared to the content of the animated film. In the meantime, the parents of the children in the research group were given a demographic evaluation form developed by the researcher. As a result of the research, age was found to be a determining factor in the accuracy of children's responses during movie viewing sessions. On the other hand, no significant difference was found between the groups based on gender. Other results are also included in the study.

Elevkanalen is a web-based digital educational resource containing videos, animations, pictures, learning paths, texts, quizzes, and many features that meet the Norwegian authorities' requirements for adapted and inclusive learning issued by The Norwegian Directorate for Education and Training (UDIR). The interest of this paper is to examine how the editors of Elevkanalen comprehend video as an educational resource and accordingly contribute to a discussion of professional assessment and didactical utilisation of video in teaching and learning. The protagonists of video-based learning are generally not reluctant to advocate the benefits of using video in education. Nevertheless, in order to be beneficial, it is reasonable to suppose that a deliberate and professional didactical utilisation is required. Video-based learning is at the centre of this study, and the ICAP theory is applied to critically assess video as a learning resource. Moreover, this is discussed in relation to perspectives on education for sustainable development

Background: Pregnant women are at increased risk of complications from flu, but uptake of flu vaccination is below 75% targets. Evidence suggests that changing illness risk appraisals may increase vaccination behaviour. In 2018-2019, researchers, public health specialists, and pregnant women co-designed a short animation targeting (unhelpful) beliefs underlying pregnant women's flu risk appraisals aiming to promote vaccination uptake. Aims: This study aimed to examine effectiveness of a digital intervention (animation) in increasing flu vaccination among pregnant women through changing illness risk appraisals. Method: A prospective study design was used, involving convenience sampling of unvaccinated pregnant women recruited via a Qualtrics Online Panel. Participants received small payments via the panel for survey completion. Risk appraisals and intention to vaccinate were measured at baseline and immediately after intervention presentation (follow-up one). Six months later, a further survey (follow-up two) was administered measuring vaccination behaviour. Results: Baseline and first follow-up surveys were completed by 411 participants. Watching the animation led to increased appraisals of likelihood of getting flu while pregnant and severity of flu during pregnancy, and increased intentions to accept flu vaccination during pregnancy. Of the 67 respondents who completed follow-up survey two, 38 reported having the vaccination while pregnant. Conclusions: This study provides evidence supporting the promise of the intervention. Randomized controlled trials are required to produce definitive efficacy evidence. Should such a study prove intervention effectiveness, it could be readily embedded within existing campaigns at national and local levels by public health organizations.

This study examines an aspect of the role of emotion in multimedia learning, i.e., whether participants can recognize the instructor's positive or negative emotion based on hearing short clips involving only the instructor's voice just as well as also seeing an embodied onscreen agent. Participants viewed 16 short video clips from a statistics lecture in which an animated instructor, conveying a happy, content, frustrated, or bored emotion, stands next to a slide as she lectures (agent present) or uses only her voice (agent absent). For each clip, participants rated the instructor on five-point scales for how happy, content, frustrated, and bored the instructor seemed. First, for happy, content, and bored instructors, participants were just as accurate in rating emotional tone based on voice only as with voice plus onscreen agent. This supports the "voice hypothesis," which posits that voice is a powerful source of social-emotional information. Second, participants rated happy and content instructors higher on happy and content scales and rated frustrated and bored instructors higher on frustrated and bored scales. This supports the "positivity hypothesis," which posits that people are particularly sensitive to the positive or negative tone of multimedia instructional messages.

Purpose: The graphic symbol is the foundation of augmentative and alternative communication (AAC) for many preliterate individuals; however, research has focused primarily on static graphic symbol sequences despite mainstream commercial technologies such as animation. The goal of this study was to compare static and animated symbol sequences across receptive communication outcome measures and psycholinguistic features (e.g., word frequency). Method: A counterbalanced, 2 × 2 × 2 mixed design was used to investigate the effects of symbol format (animated and static), first condition (animated or static), and first experimental task (identification or labeling) on identification accuracy and labeling accuracy of graphic symbol sequences (five symbols) in 24 children with typical development ages 7 and 8 years old. Additionally, three 2 × 2 repeated-measures analyses of variance were conducted using symbol format (animated and static) and (a) word frequency (low, high), (b) imageability (low, high), and (c) concreteness (low, high). Results: In addition to superior identification and labeling accuracy of animated sequences, a significant interaction between symbol format and the first condition was observed for both experimental tasks. When the animation format was the first condition, then the children's performance improved in the subsequent static condition. Finally, word frequency, imageability, and concreteness ratings for all verbs and prepositions had significant effects on labeling accuracy of verbs and prepositions. Significant interactions between symbol format and psycholinguistic features were also found. For example, highly imageable, animated verbs were labeled with greater accuracy when compared with all other variables. Conclusions: Animation technology appears to alleviate some of the burden associated with word- and sentence-level outcomes in children with typical development. Moreover, animation appears to reduce the effects of psycholinguistic features such as word frequency and imageability by increasing the transparency of the symbol. Given the increase in research in this area, speech-language pathologists may consider adopting animated graphic symbols on a case-by-case basis as a tool to augment the learning of word classes in which movement is integral to comprehension.