Search

As a lot of juvenile Muslims tend to be less engaged with their religion and the history of mosques in their community, this study was conducted to develop a series of digital content in the metaverse combined with participatory communication and learning with religious leader to enhance students' perception of community Mosque (Darun Naim, Thung Kru District, Thailand). The objectives of this research were to survey needs, to develop and assess the quality of the aforementioned series of digital content, to evaluate students' perception, and to measure students' satisfaction. Materials of this study included questionnaires and forms to survey needs, assess the quality of the digital content and media presentation, evaluate subjects perception, and measure their satisfaction. A total of 30 subjects who were students from Al-Bidayah Religious School, Thung Khru District, Bangkok and had been members of Young Muslim Association Ban Khru for at least 1 year were selected through purposive sampling. After questionnaire-based data collection, mean and standard deviation were used as a statistical tool for data analysis. The results of this study showed that the outcome of needs assessment was at a high level. The overall quality of the content and media presentation was at a good and very good level, respectively. The findings of the assessment of students' perception and satisfaction were at the highest level. In summary, the developed digital content in the metaverse combined with participatory communication and learning with religious leader was of high quality and can be implemented.

Recent advances and applications of artificial intelligence (AI) have increased the opportunities for students to interact with AI in their learning tasks. Although various fields of scholarly research have investigated human-AI collaboration, the underlying processes of how students collaborate with AI in a student-AI teaming scenario have been scarcely investigated. To develop effective AI applications in education, it is necessary to understand differences in the student-AI interaction (SAI) process depending on students' characteristics. The present study attempts to fill this gap by exploring the differences in the SAI process amongst students with varying drawing proficiencies and attitudes towards AI in performing a public advertisement drawing task. Based on the empirical evidence obtained from the think-aloud protocols of 20 Korean undergraduate students, the study first conducted a lag sequential analysis to identify statistically significant linear patterns of each group and then chronologically incorporated them into the SAI duration via coded activity alignment series to distinguish the overall SAI process of each group. The study revealed the distinctive differences in SAI processes of students with different attitudes towards AI and drawing skills. To better facilitate student-AI teams for learning, a range of implications of educational AI development and instructional design is discussed.

Currently, augmented reality (AR) is one of the emerging technologies which is being widely used in the education sector. In engineering drawing, AR has been implemented to enhance learners' spatial ability but not their conceptual knowledge yet. Therefore, this study aims to evaluate the effect of AR on engineering drawing students' learning performance. In this study, we developed an AR-based application EDINAR to learn engineering drawing concepts for undergraduate engineering students. The study included 392 first-year students from an engineering institution. The control group (N = 196) studied engineering drawing using traditional methods, whereas the experimental group (N = 196) used an AR-based engineering drawing application (EDINAR) to learn engineering drawing. One-way ANOVA was used to analyse the performances of both groups. The findings revealed that students studying engineering drawing with the help of EDINAR outperformed those using traditional approaches. In addition, we received positive feedback about the AR application from the experimental group about their learning experience. Based on these results, it is recommended to incorporate AR in engineering education to improve the learning performance and students' learning experience.

Analogical thinking is one of the thinking processes that is associated with creativity. This paper explores how it is experienced in Graphic Design elaborations using Computer Graphic Technology (CGT). Data are collected through concurrent and retrospective probing from three undergraduates and analysed through phenomenological reduction to identify the constituents and elements of the creative analogy's general psychological structure. The findings show that the general structure of the creative analogical experience is a relationship between three constituents namely: (1) the experience of recalling knowledge or information; (2) the use of knowledge for ideation; and (3) the use of knowledge to conclude ideas. The findings also show that the underlying elements of these constituents are conceptual (declarative) and technical (procedural) knowledge and its combinations that are consistent with the theories of analogical thinking. This article concludes with recommendations for future research and insights on its implementation in Design Education.

During the junior high and high school years, there is a dramatic decrease in motivation for math studies, which has been found to play a major role in learning processes. Many attempts have been made to mitigate this decrease in motivation and to encourage mathematics studies in higher grades. One way that researchers have proposed to stimulate students' curiosity and their perceived ability in math is to integrate technology into teaching. Such technology includes technological tools, digital educational activities, learning support software. Using tablet in class has significant potential to improve learning but the issue of how to effectively integrate digital technology into teaching and learning practices becomes critical. According to that knowledge we examined the impact of the use of a digital writing board (similar to tablet) by the lecturer during frontal lectures in mathematics on students' learning motivation in an engineering academic preparatory program, following motivational constructs: self-efficacy, implicit theory of ability, value beliefs, and learning climate. The results showed that the technological tool positively affected two important motivational constructs that influence general motivation for mathematics studies.

Objectives: The purpose of the study is to examine various dimensions of aesthetic visual design and their role in predicting usability in e-learning in higher education institutions of northern India. Using quantitative means of data collection, this research identified, ways and means to make learning content effectively usable, that is, attractive, interesting, motivating, and engaging for the learners. Method: A survey questionnaire was developed through focused group discussions with field experts. Data were collected through online as well as offline modes. A Google form was created and its weblink was shared with the students pursuing degree courses in various state universities in northern India. Several visits and revisits were also undertaken to various universities to approach the respondents. Results: Results confirmed consistency, typography, graphics, grid, and layout as factors responsible for predicting usability of e-learning. Surprisingly, color and compositional guidelines emerged insignificant. Implications: The study has implications for teaching and learning activities that promote effective learning. The findings are beneficial for course-design faculty who develop modules by considering visual design elements that can facilitate interaction with and understanding of content by students learning in an online modality.

The "new digital art? genre has emerged to describe various works of art that have evolved with the development of digital technologies. In its broadest sense, digital art encompasses everything from high-end machine learning applications to the use of interactive elements in traditional media. There is also an increase in the interaction between information technologies and art. Science, art and technology has been increasing and becoming widespread since the 60s, when scientists, artists and inventors began collaborating and using electronic devices to create art. The experience that results from consuming art and culture is multifaceted in nature. It can be individual or collective, physical or virtual, active or passive, public or private, on-site or in private places, open-air or indoor. With the spread of digital art, there is a remarkable increase in the commodification of art. This article, in this context, analyzed and discussed digital art, its positive and negative aspects, and the commodification of this art type on the basis of literature.

With restrictions on face-to-face clinical consultations within the COVID-19 pandemic and the challenges faced by healthcare systems in delivering patient care, alternative information technologies like telemedicine and smartphones play a crucial role. A wide variety of smartphone applications employs high-tech mathematical and programming approaches to enhance computer-assisted communication and learning processes' pedagogical efficiency. Accordingly, this study's main objective is to develop a model system that can function as smartphone computer graphics. This paper used the Technology Acceptance Model (TAM) as an m-learning model, and Bresenham's line algorithm is a calculation system implemented by applications. The study method applies technology to validate the accuracy of the contents' acceptance method of use. The results reveal significant positive effects of the proposed model on generating reasonable, fast, and accurate solutions for the presented problems and developing a more interactive platform of m-learning.

Purpose: The study aims to develop an application that will serve as an alternative learning tool for learning Asian Studies. The delivery of lessons into a virtual reality game depends on the pace of students. The developed application comprises several more features that enable users to get valuable information from an immersive environment. Method: The researchers used Rapid Application Development (RAD) in developing the application. It follows phases such as requirement planning, user design, construction, and cutover. Two sets of questionnaires were developed, one for the teachers and another for the students. Then, testing and evaluation were conducted through purposive sampling to select the respondents. Results: The application was overall rated as 3.56 which is verbally interpreted as very good. The result was based on the system evaluation using ISO 9126 in terms of functionality, usability, content, reliability, and performance. Conclusion: The developed application meets the objectives to provide an alternative learning tool for learning Asian Studies. The application is well commended and accepted by the end-users to provide an interactive and immersive environment for students to learn at their own pace. Recommendations: Further enhancement of the audio, gameplay, and graphics of the tool. Schools should take into consideration the adoption of the Asian Studies Virtual Reality as a good alternative tool for their teachers and students to teach and learn Asian Studies. The use of more 3D objects relevant to the given information to enhance the game experience may be considered. A databank for the quiz questions that will be loaded into the game should also be considered. Research Implications: The integration of modern technology in education has been a vital part of the learning process, especially when technological resources are available. Development and adaptation of this application will promote an alternative way of independent learning among students and will give them a better understanding of Asian Studies at their own pace.

To build knowledge, separate yet related learning episodes can be integrated with one another and then used to derive new knowledge. Separate episodes are often experienced through different formats, such as text passages and graphic representations. Accordingly, in the present research, we tested integration of learning episodes provided through different presentation formats with children in the laboratory (Experiment 1; n = 24; M = 8.36 years) and in classrooms (Experiment 2; n = 85; M = 9.34 years and Experiment 3; n = 154; M = 10.67 years). Children in the laboratory were successful in both same-format and different-format conditions. Children in the classroom were also successful in both conditions, but in Exp. 2 showed a cost to integration across two different presentation formats compared to the same-format condition. In Exp. 3, greater support for encoding the graphic information was added and performance no longer showed a cost between conditions.

The purpose of this research is to study the effect of divergent thinking models based on bitmap graphical sources towards student's achievement in exploring fact essay writing content. The quasi-experimental method was used in this study through quantitative research design. The sample consisted of 30 form four students of one of the schools in the Bangsar Zone, Federal Territory, Kuala Lumpur. This group of students was determined by the school itself. They are in the context of an intact group. The data were analyzed descriptively and inferentially. Descriptive data is mean and standard deviation. The data were also analyzed inferentially using ANCOVA. The result shows that the value of F = (1,27) = 13.1 with the significance level <0.05. This indicates that there is a significant difference between pre-test and post-test. In terms of implications, the model is particularly useful in the study of fact-writing for form four students. This is reflected through the improvement in student's achievement between pre-test and posttest.

This paper aims to study English jokes on Facebook. Since the current generation of our students is often described as Net Geners, learning the English language via jokes posted on social media can be one of the supportive ways for EFL learners to improve their L2 linguistic competence as well as L2 humor competence. The data, or jokes, in this study were collected from one of the most popular public pages, entitled "English is Fun". Seventy four jokes (out of 200 posts) from 1 to 16 April 2019 were collected and analyzed. The study result revealed that there were two major types of jokes: one was in a textual form while the other was a mixed-code message, or a combination of verbal and non-verbal elements. The latter was further classified into two subtypes: one had a verbal element as the primary factor to provoke humor while the other required interaction between the verbal element and nonverbal element. In addition, the findings showed that there were four types of logical mechanisms: pun, false analogy, faulty reasoning, and satire. As jokes can be a good source of teaching materials, three possible ways for using jokes in teaching the English language were suggested.

In current conditions, without the ability to think outside the box, without the formed artistic-design competency that identifies the ability to create a design idea based on conceptual and creative approaches to solve the design problem, a specialist cannot be in demand, competitive in the professional field. The content of education in the field of professional training of designers should provide graduates with opportunities for freely promotion along with various professional ways (Koveshnikova & Koveshnikova, 2012). The urgent task of the modern professional training of designers in higher education has been and remains the development of creative project thinking of future specialists. It can be developed in various ways, one of which is the use in the training of bachelors-designers, the integration of photographics and academic disciplines, the aim of which is to teach students the basics of graphic design. The article reveals the essence of project thinking and the role of Photographics in developing project thinking among designers in the process of their art-project activities. Particular attention is focused on the specifics of project thinking as a priority during the training process in the field of design. Photographics is interpreted in this study as a modern form of visual art, capable of developing components of project thinking in integration with graphic design.

Contribution: Determine and analyze the gap between software practitioners' education outlined in the 2014 IEEE/ACM software engineering education knowledge (SEEK) and industrial needs pointed by Wikipedia articles referenced in Stack Overflow (SO) posts. Background: Previous work has uncovered deficiencies in the coverage of computer fundamentals, people skills, software processes, and human-computer interaction, suggesting rebalancing. Research Questions: 1) To what extent are developers' needs, in terms of Wikipedia articles referenced in SO posts, covered by the SEEK knowledge units? 2) How does the popularity of Wikipedia articles relate to their SEEK coverage? 3) What areas of computing knowledge can be better covered by the SEEK knowledge units? 4) Why are Wikipedia articles covered by the SEEK knowledge units cited on SO? Methodology: Wikipedia articles were systematically collected from SO posts. The most cited were manually mapped to the SEEK knowledge units, assessed according to their degree of coverage. Articles insufficiently covered by the SEEK were classified by hand using the 2012 ACM computing classification system (CCS). A sample of posts referencing sufficiently covered articles was manually analyzed. A survey was conducted on software practitioners to validate the study findings. Findings: SEEK appears to cover sufficiently computer science fundamentals, software design, and mathematical concepts, but less so areas, such as the World Wide Web, software engineering (SE) components, and computer graphics. Developers seek advice, best practices and explanations about software topics, and code review assistance. Future SEEK models and the computing education could dive deeper in information systems, design, testing, security, and soft skills.

Writing is considered a very important learning tool for all content areas. There is no doubt that writing skill is essential for any kind of learning either at the school or the university level. Therefore, the present study attempted to explore the possibility of improving university students' one of writing sub-skills, known as coherence through emoji. Coherence in the students' writing was measured according to the students ability to (a) use repetition to link ideas, sentences, and paragraphs, (b) use transitional expressions to link ideas, sentences, and paragraphs, (c) use pronouns to link sentences, (d) use synonyms to link ideas and create variety, and (e) use parallel structures to link ideas, sentences, and paragraphs. The sample of this study was randomly selected from the Third Level female students joining the Department of English at one Saudi public university. The selected subjects were assigned randomly into control group and experimental group. After administrating the pretest for the two groups, the experimental group was given a six-week treatment of emoji meant for improving the writing sub-skill, while the control group was taught writing without using emoji. One week after the treatment, a posttest was administered to the two groups. Results revealed significant difference between the students' scores in writing in favor of using emoji to improve students' writing skills. Thus, the findings show the effectiveness of using emoji in improving students' coherence in writing. The results were used to draw some conclusions and to suggest some recommendations for teaching writing using emoji. The results also recommend further researches to be done on using emoji to improve other language skills and sub-skills.

The higher education system of the Republic of Kazakhstan emphasizes the need for the development of institutional science, including the field of information technology, with a priority on fundamental research. Professional training of future computer science teachers requires them to know the range of tasks related to computer graphics, and the ability to accomplish them. The training of a computer science teacher goes beyond the task solution and demands that the teacher have the basic knowledge needed in the field of computer science and information technology, and especially in computer graphics. In addition to the traditional and fundamental tasks of teaching computer graphics, the teacher is faced with the use of computer graphics elements and their tools in their teaching. It should be noted that present trends in the digitalization of education have made such tasks fundamental to teaching. Based on the above, this article analyzes the need to teach computer graphics related to the activities of future computer science teachers, and possible methods of their solutions, and the field of use.

This study presents the main advances made in recent years by an innovative teaching group at the University of Almeria, who are attempting to incorporate alternative spaces for teaching--learning interaction. This group is developing a new line of study to obtain the main vectors for creating an accessible 3D virtual campus on the Second Life platform, recognized as a multi-user virtual environment (MUVE). The goal of this work was to measure the satisfaction and perception of a group of university students. To do this, a co-design approach based on student opinions by relating methodological procedures with an adaptation of the Kano model usually used for product design has been followed. The results found by a panel of postgraduate students in the second stage of the educational project, suggest that the synchronous distance teaching proposal developed can effectively facilitate conciliation of family, work and personal life with online teaching--learning. In the case of undergraduate students with class attendance, the use of the 3D virtual campus is perceived as something more complementary.

The purpose of this study was to investigate the effectiveness of the development of motion graphic animation video media in Natural Sciences subjects in Elementary Schools. This study uses a type of Research and Development research with quantitative tests. This study employed the experimental research method involving 27 students in the control group and 27 students in the experimental group. This research was conducted on 5th-grade students in elementary school in 2 different schools. Data collection uses interview methods for preliminary studies, observations and tests to test the effectiveness of animated video media motion graphics. The results of the study showed that there were significant differences between the results of the learning achievement of the experimental group and the control group. As well as motion graphic animation video media, its effectiveness has been tested in improving student achievement, especially the experimental group. Hence, the interactive motion graphic media is effective to be used to improve the students' knowledge in the science subject of the fifth graders.

Health promotional campaign as the practice of encouraging people to improve health has increased over the last decades in response to various health problems. This paper highlights strategies used by students to develop persuasive promotional campaign posters regarding the dengue health problem. Communication and media studies students were involved to show the combined results between the knowledge of health communication and the effective use of media in constructing an effective and persuasive health messages. A total of 56 students from two cohorts, i.e. twenty-five master's students and thirty-one undergraduates were selected. Kurt Lewin's model of action research was used to set the tasks: campaign objectives, information on dengue, themes/slogans to write the posters either by drawing or designing using a computer. The students were divided into groups where each group was monitored to record, check and evaluate their message writing performances. This study uses the Health Message Review Tool for data analysis which is grounded in the theories of Extended Parallel Process Model and Persuasion Hierarchy Effect. The findings revealed that the participants were able to construct, identify and evaluate major multi modal features in the dengue posters and persuasive elements which included: verbal texts, images, colours, graphic designs, metaphors, 1-sided and 2-sided message, firm conclusion and frames with more effective appeals. It was concluded that similar strategies may well be used in producing other campaign materials such as brochures, pamphlets, and billboards. The linguistic and pedagogic implications are also discussed at the end.

Post-digital architectural education aims to empower future architects by developing open-mindedness and technical skills for the design of non-standard spatial configurations. Students can learn through exploration and experimentation, using three-dimensional graphic design software to generate initial designs and quality feedback, with a mixed model of peers and panel judges assessing final projects. Ratings of individual contributions and performance are commonly found in literature on peer assessment, but qualitative comments from peers can also provide good information on strengths and weaknesses. This study shows that peer critique in the form of debate can be an effective pedagogical tool for educators to provide quality feedback to the presenting group. This paper explores how architecture students responded to this method in a design studio for a master's degree in architecture in a university in Hong Kong. Interviews were audio-recorded, transcribed and subsequently analysed using the coding system of qualitative software NVivo 11. The responses of the students were positive, although they experienced differences in feedback from different stakeholders.

During the 2016 election season, the authors--a collection of staff, faculty, and students at a rural, four-year comprehensive college--piloted a new format for a student-driven, campus-wide, nonpartisan voter mobilization campaign anchored in a political science course and supported by a credit-bearing internship and advanced graphic design course. We argue that this project offers a model for how collaboration between student affairs and academic affairs can transform the nonpartisan voter mobilization campaign into a site for interdisciplinary, cross-campus service-learning projects that benefit the student participants and the campus community. This article outlines the advantages and challenges of the project and concludes with recommendations for those interested in implementing a similar program.

Problem solving techniques are one of the primary topics introduced to the computing and information technology students in tertiary education. In general, those techniques are presented using a collection of traditional tools, such as texts, graphs, illustrations, procedural steps, pseudocodes, algorithms, and flowcharts. In many cases, there is no direct link between problem-solving from one side and the techniques and the programming structures used from the other side. This paper presents an approach that exploits computer interactive animations and graphics to implement learning objects for teaching and learning problem-solving based on computer programming. The main feature of this approach is its smoothness in associating the programming concepts and structures provided to the solution of a designated problem. Moreover, the developed learning objects are featured by the characteristic of reusability and possibility of inclusion in e-learning systems. The designed learning object can function as a workable hands-on model for the learners to get experience in programming. The technique we developed for the design and implementation of the learning objects for programming-based problem-solving can be utilized in other problem-solving disciplines.

The relevance and feasibility of this study are determined by the absence of serious, scientific research, as well as teaching materials, when it comes to the use of Augmented Reality (AR) in teaching students and future teachers Descriptive Geometry, Engineering and Computer Graphics (DGECG). The purpose of the study is to examine the current state of knowledge and practice of existing courses, which use the AR concept; to conduct a pedagogical experiment by teaching students how to create an information model of a building structure using the AR concept; to study the impact of the AR technology on students, lecturers, on the quality of students' design works and project presentation. The research methods used were a set of various, complementing each other methods, which can be divided into two groups: (1) theoretical: analysis of the teachers' and psychologists' works on the point of the research, analysis of methodological and educational literature; and (2) empirical: observation, statement, pedagogical experiment. The authors synthesized qualitative and quantitative AR research in the field of education. A team of students from Saint-Petersburg Mining University, Kazan (Volga region) Federal University and Financial University under the Government of the Russian Federation solved a design problem using AR and created an informational 3D-model of the structure. Existing methods of teaching students were supplemented and updated by the method of graphical presentation of the results, with due regard for AR-technologies. It has been found that at the present moment, the concept of AR has gained popularity not only among designers and planners, but also among schoolteachers, as well as among teachers at engineering universities. The absence of scientifically substantiated and proven programs and training materials for training students of DGECG using AR has also been confirmed. The necessity of further scientific research in the field of AR for DGECG has been substantiated. The article materials could prove to be useful for lecturers, schoolteachers and parents.

The current research aims at employing infographics based on tablet applications to improve professional competence in the light of the digital transformation of educational technology specialists. Tools of the research were a test of the cognitive aspects of the professional competence and a note card of the performance. The study sample included 20 teachers working for governmental schools. The study concluded that there is a statistical significance for both the cognitive aspect test and the performance note card for education technology aspects. The study also recommended employing infographics based on tablet applications while training teachers before and during taking their jobs for its effective impact.

Computed-generated imagery (CGI) generates diverse views and perceptions of the past. These new experiences impact, directly or indirectly, the teaching and learning of history. This article presents didactic iconographic works on the Spanish Civil War created by the DIDPATRI (Didactics of Heritage and New Technologies) research group at the University of Barcelona. The didactic approach to this conflict reveals various problems that make it an interesting testing ground for new iconographies that contribute to an understanding of it. The proposal looks at the generation of "virtual" iconography to facilitate the teaching of content in formal and non-formal spaces. It is argued that CGI opens up possibilities to researchers, teachers, students, and technicians for the generation of comprehensive communication elements of history. The attractiveness of this new "virtual" iconography of the past lies in the possibility to create integrated ensembles where the facts, concepts, situations, and representations of materiality that the creators want to represent can appear. The resulting iconographic product can be applied for use in various environments, such as teaching, heritage, tourism, and cultural industries, and via different media, such as panels, apps, web, audio-visuals, museography, games, books, and notebooks.

Formal learning environments have struggled to introduce STEM content and STEM careers to students from underrepresented populations. This problem is exacerbated when dealing with students who live in rural areas where access to quality materials and instruction is limited. The eMentorship project is an innovative approach to mentoring that utilizes the latest in communication technology to help support a formal mentoring program. This study investigates the impact of a virtual mentorship program on underrepresented students living in rural North Carolina. The project was an eight-week mentoring program that matched underrepresented student teams with graduate student mentors from a local university. In addition to the mentoring experience student participants were also taught three-dimensional (3-D) modeling skills using a "flipped" classroom approach to instruction. The paper presents the curriculum developed to guide the program, student examples of 3-D models, self-efficacy scores and qualitative interviews conducted with the student participants. Results of the study provide evidence that students found great value in the mentoring experience and were able to learn 3-D modeling skills in a virtual learning environment.

This study investigated the effects of the use of Augmented Reality (AR) on the academic performance of students, as well as perceptions that were following the use of this new technology resource. The participants were students of primary education in Spain, which were assigned to an experimental group and a control group. Contents related to the topic Representation Earth were created, and were held with the collaboration of teachers using tablets to display bookmarks. To analyze the results collection tools of quantitative and qualitative data are used, a pre-test and post-test on the subject explained. I was done and Likert questionnaire on aspects of the use of the AR was given and an in depth interview was done teachers. Used tools of collection of data quantitative and qualitative to the deal are of a design quasi-experimental. In order to analyze the data, the statistical software SPSS 23 was used. The use of the AR as a teaching tool sheds results that reveal that the performance and the acquisition of knowledge of students improves significantly, being reflected in the ratings that were higher. The process of teaching and learning is perceived as positive, incentive and facilitator in the acquisition of knowledge.

Introduction: Knowing how to gather information from graphics and to use that information to solve mathematics problems is an important skill. Prior research indicates that many students with visual impairments face considerable challenges when attempting to locate information in math graphics. Little is known about how teachers of students with visual impairments support their students in acquiring graphics skills. Methods: Eleven teachers of visually impaired students participated in focus groups. Sessions were audio-recorded and transcribed. Themes were identified. Results: The teachers described the importance of individualizing instruction for the student, teaching a systematic approach, and ensuring that graphics are clear to them. Discussion: From an early age, visually impaired students need explicit instruction in how to access information in graphics. The use of prescribed low vision devices, manipulatives, and systematic instruction are integral to student success, as are the design and production of clear and accurate graphics. Implications for practitioners: Teachers of visually impaired students utilize a variety of strategies to support students in accessing information in graphics. A curriculum and guidelines to assist them in supporting a wide range of learners would be valuable to the field of vision loss.

During the last decade, coding has come to the foreground of educational trends as a strong mean for developing students' Computational Thinking (or CT). However, there is still limited research that looks at coding and Computational Thinking activities through the lens of constructionism. In this paper, we discuss how the knowledge we already have from other thinking paradigms and pedagogical theories, such as constructionism and mathematical thinking, can inform new integrated designs for the cultivation of Computational Thinking. In this context, we explore students' engagement with MaLT (Machine Lab Turtle-sphere) , an online environment of our design that integrates Logo textual programming with the affordances of dynamic manipulation, 3D graphics and camera navigation. We also present a study on how the integration of the above affordances can promote constructionist learning and lead to the development of CT skills along with the generation of meanings about programming concepts.

Introduction: The authors examined a tablet computer application (iPad app) for its effectiveness in helping students studying prealgebra to solve mathematical word problems. Methods: Forty-three visually impaired students (that is, those who are blind or have low vision) completed eight alternating mathematics units presented using their traditional literacy medium or an iPad app. Twenty percent of the mathematics problems included graphics such as maps, line graphs, and bar graphs. During each session, teachers of visually impaired students rated the amount of support they provided for students and the student motivation. Results: Students answered more mathematics problems correctly when using the iPad app and, overall, teachers reported that their students were more motivated with the app than with their traditional literacy medium. Students often used the hints provided in the app when they did not solve a problem correctly the first time. Discussion: Visually impaired students and their teachers found the app and graphics to be easy to use and motivating. The built-in Scratch pad was used by almost all students who were print users. Implications for practitioners: The study results contribute to the growing body of knowledge about the potential value of tablet-type devices for use by visually impaired students.

Purpose: The aim of this research is to investigate the effect of Augmented Reality (AR) applications in the learning process. Problem: Research that determines the effectiveness of Augmented Reality (AR) applications in the learning process with different variables has not been encountered in national or international literature. Research Methods: To determine the effect of AR in the learning process, experimental studies conducted in 2007-2017 on the use of AR in education were analyzed by the Meta Analysis Method. Analyzed articles were selected among the publications in the journals scanned in the Social Sciences Citation Index (SSCI). In this context, 16 studies were examined to identify the effect of AR applications in the learning process. Findings: Findings indicated that AR applications increase students' academic achievement in the learning process compared to traditional methods. Implications for Research and Practice: It was concluded that AR applications do not show significant differences in academic success in the learning process. For example, the "grade level" variable of the study does not show a significant difference compared to traditional methods. When assessing AR display devices, the largest effect size was related to the use of mobile devices, while the smallest effect size was in the use of webcam-based devices. When comparing sample size in the study, it was identified that the effect size of large sample groups was affected by AR on a medium level, while small samples were affected minimally.

The aim of this study is to develop a lesson plan for the "Graphics and Animation in Education" course lectured in the department of Computer Education and Instructional Technology (CEIT). For this purpose, a "Needs Analysis Form for Graphics and Animation in Education Course" that includes open ended questions is produced by the program specialist and the researchers. The needs analysis form was applied to 10 instructors who have taught this course in the faculty of education. In the light of the findings derived from the needs analysis; the purpose of graphics and animation in education course was determined as: "creating e-materials which specifically comprise interactive features in order to use at various levels of education and providing students the skills to adapt these materials to be used in mobile devices". The basic strategy to use for this course is stated as "Expository" and during the course demonstration and question-and-answer methods are used. As a result, a lesson plan was developed for a unit of the graphics and animation in education course.

The Internet is a high-speed communication link incorporating computers, networks and users throughout the world via TCPLP (Transmission Control Protocol/Internet Protocol) which allows dissimilar systems to interoperate (Krol,1992). This article presents how Iowa students participating in the international Internet experience learned how to access the Internet and become aware of the value of the speed at which knowledge can be obtained. These students were seeking information about studying and traveling abroad. The majority of the students felt they were ready for the challenge to assist their future employers to gain entry and travel the Internet highway. Instead of being limited by local perspectives, these Internet users felt they were becoming better members of the global community. [This article is reprinted (with updated format editing) from the archives of the Phi Beta Delta International Review, Volume VI, Spring 1996, pp. 77-87.]

This research paper reports on the development of oral presentation skills in a 3D virtual world called "Moviestorm" machinima, in contrast with real-life videos. In this way, the implementation of both types of videos sought to promote the improvement of oral communication skills, specifically oral presentations in a foreign language, as well as promoting collaborative work. The study involved 60 students from different semesters of a private Colombian university from the schools of electronic engineering, computer science, and law, focusing on English for specific purposes. The results showed how students from different faculties worked collaboratively to achieve one goal: improve their oral presentation skills.

A number of studies indicate that the use of holographic displays can influence spatial visualization ability; however, research provides inconsistent results. Considering this, a quasi-experimental study was conducted to identify the existence of statistically significant effects on sectional view drawing ability due to the impacts of holographic displays. In particular, the study compared the use of three different types of displays: 3D printed model, computer generated model, and holographic model to determine whether a significant difference exists towards sectional view drawing ability, among engineering technology students. According to the results of this study, it is suggested that the impact of the display type provides no statistically significant differences.

This paper aims to measure the effectiveness of the 3DL on Omani students' acquisition of practical abilities and skills. It examines the effectiveness of the 3D-lab in science education and scientific thinking acquisition as part of a national project funded by The Research Council. Four research tools in a Pre-Post Test Control Group Design, findings show statistically significant differences in student achievement in favor of the experimental group. The results show students' attitudes are positive towards using 3D-lab in teaching. Improvements in logical and visual thinking are also observed. The paper then draws conclusions and recommendations.

A multidisciplinary entrepreneurial senior capstone has been created for engineering technology students at a research I land-grant university statewide extension. The two semester course sequence welcomes students from Mechanical Engineering Technology, Electrical Engineering Technology, Computer Graphics Technology, and Organizational Leadership. The goal was to provide an avenue for technology students to learn about, actively participate in, and form small scale startups in a multidisciplinary approach. Students are introduced to fundamental techniques and methodologies for effective product development, such as design thinking, technical data package, rapid prototyping, testing, and validation. As well as entrepreneurship concepts, such as product ideation, market research, capital exploration, customer acquisition, customer discovery, intellectual protection, marketing and branding, and leadership. The capstone has provided real-world, hands-on learning of the components and processes necessary to take a product idea from initial concept to successful business. Currently entering into its third year, the capstone continues to evolve. This paper presents a brief description of the capstone, including formation, execution, and outcomes. The curriculums used are outlined and future changes are discussed. Lastly, the presentation of challenges, lessons learned, and course accomplishments will be discussed.

The article argues that the ongoing usage of audio visual media is falling behind in terms of educational quality compared to prior achievements in the history of distance education. After reviewing some important steps and experiences of audio visual digital media development, we analyse predominant presentation formats on the Web. Special focus is put on recent development of new ways to generate graphics and to create animation sequences, as well as on the video presentation formats used in MOOCs. We conclude that the "new" features are in no way disruptive innovations in distance education and that the potential of video has not been sufficiently exploited. Adequate incentives to use these media for collaborative learning have not been provided and student-generated video content is at present just starting to be considered useful in instructional design.

The implementation of a successful engineering program to a synchronous online curriculum is subject to many impacting factors. One such factor, that has not seen much investigation, concerns learning styles. Student learning styles may have a dramatic influence on the success of a synchronous online deliverable engineering graphics curriculum. The immediate objective of this research was to look at the effectiveness of teaching Engineering Graphics with a synchronous online delivery method and to compare it to a more traditional face-to-face delivery method. Using Kolb's learning style inventory, student learning styles in both educational settings were investigated and analyzed to discover the student population's prevailing learning style. Data relating to class success was collected with surveys, personal feedback, and by observing overall student performance based on grades and responses to the survey material presented. The study targeted 6 separate sections of an engineering graphics course taught by the same instructor, in the same physical setting, and with identical curricula over a two-year period. Data analysis allowed for an introspective look into correlations between academic success and the learning styles of the students. Findings suggest that (1) Converger students receive significantly higher final course grades when they are in a synchronous online environment; (2) Assimilator and Converger synchronous online students show significant improved differences in their final open-ended project scores over their face-to-face taught peers, the prevalent learning style within the course. Suggestions to accommodate learning styles are present.

Students learning a defined subject only perform by learning of thinking based on the concepts forming that subjects. Otherwise, students may move away from the scientific meaning of concepts and may fall into conceptual errors. Students' conceptual errors affect their following learning and cause them resist change. It is possible to prevent this resistance with conceptual change texts. This study aimed to correct present concepts of students by exchanging them with new concepts and rearranging their present knowledge structure using conceptual change texts. Conceptual change texts were introduced at the explanation step of a 5e model by assuming that a 5e model enhanced with texts would make learning meaningful and permanent. In other steps of the 5e model, audio-visual elements such as animations, colored pictures, and computer-supported applications were used to increase the permanency and accessibility of knowledge. The objective of this study is to develop a lesson plan and activities based on the 5e model that would be a template for the learning outcome: "He/she distinguishes natural and man-made elements that he/she sees in his/her environment", which occurs in "The Place We Live" unit in 4th grade social sciences curriculum and for learning outcomes of the concepts in the same unit. Photostory 3 software is among the computer-supported applications used in the preparation of activities. Conceptual errors related to the subject were determined by literature review and by considering the students' opinions before preparation of conceptual change texts.

The article considers the peculiarities of training foreign students subject "Descriptive geometry and Engineering Graphics" in a modern engineering university of Russia. The relevance of the problem conditioned by the fact that virtually there are no special studies of teaching Descriptive Geometry and Engineering Graphics in Russian language as a foreign language. The aim of the article is a definition of the tasks of teaching descriptive geometry and engineering graphics for foreign students in Russian language as a foreign language, create methods and didactic principles used for training. The leading study method of this problem is the simulation method as a deliberate and organized improving process for general cultural level and formation of special competence of teachers of engineering universities of Russia, and for effectively carry out their professional activities. The study aimed to adapt of lecturers to the new conditions professional work in the field of education, the integration of professional psychological and pedagogical training of lecturers. It focused on the development of scientific and methodological support of the decision of psycho-pedagogical and organizational-methodological problems of teaching Descriptive Geometry and Engineering Graphics in Russian as a foreign language.

This study aims to synthesize an Animation Augmented Reality Book Model (AAR Book Model) to enhance teamwork and to assess the AAR Book Model to enhance teamwork. Samples are five specialists that consist of one animation specialist, two communication and information technology specialists, and two teaching model design specialists, selected by purposive sampling. The instrument used in the study was an evaluation form for the Book Model. Statistics used in the study were arithmetic mean and standard deviation. The result shows that: an AAR Book Model to enhance teamwork achieved contains four components. Firstly, requirement analysis to create animation augmented reality; including 1) Objective setting, 2) Content analysis, 3) Student analysis, 4) Environment Analysis, 5) Teacher analysis, and 6) Creating animation augmented reality as a teaching material to motivate students. Secondly, teaching method: 1) Using gamification to motivate learning and practice; 2) Assigning students to work in teams and make a presentation. Thirdly, evaluating teamwork, conducted via teachers' observation and creating an integrated scoring rubric. Lastly, analysis of feedback: All five specialists agreed that the AAR Book Model to enhance teamwork developed through this study has a highest level of suitability (x¯= 4.75, S.D. = 0.04).

The Psychometric Toolbox (PT) is a user-friendly, non-commercial package mainly intended to be used for instructional purposes in introductory courses of educational and psychological measurement, psychometrics and statistics. The PT package is organized in six separate modules or sub-programs: Data preprocessor (descriptive analyses and data transformations); Guttman scaling (item analysis and individual scoring based on Guttman's model); Classical Item Analysis (CTT-based item analysis and reliability estimation); Item Factor Analysis (FA-Based Item Analysis and omega reliability estimation); Scoring and Norming (linear and nonlinear score transformations and normative tables); and Item Response Theory-Basic analysis (item calibration and test scoring based on the one and two parameter logistic models). Because they have been designed for instructional use, these modules are intended to (a) be very easy to use, (b) provide clear and well explained results, and (c) make use of graphical displays whenever possible.

Financial analysts generally create static formulas for the computation of NPV. When they do so, however, it is not readily apparent how sensitive the value of NPV is to changes in multiple interdependent and interrelated variables. It is the aim of this paper to analyze this variability by employing a dynamic, visually graphic presentation using Excel. Our approach illustrates how these variables, when increased or decreased to reflect the potential range of values in a business case, change the value of NPV, and hence affect the decision about whether to proceed with the project or to reject it. Furthermore, since sales revenue is one of the least certain elements in the business case, the presentation includes a probability estimate of whether NPV will be positive or negative, assuming that sales revenue is normally distributed with a known mean and standard deviation. The business case we have chosen for illustrative purposes is a global energy project. Nevertheless, financial analysts in any industry should be able to apply our dynamic spreadsheet approach to their projects as well.

At the present stage of the development of education of persons with disabilities ways of enhancing the effectiveness of training students with intellectual disabilities undergo active research. One means of improving the efficiency and further upgrading of teaching methods is information technology. The article gives an example of improvement of methodology of teaching natural science through such information technologies as 3D-graphics. The authors assume that including animated 3D graphics in the computer educational technology, increases the level of assimilation of material by students with intellectual disabilities. The authors have developed lecture notes using the designed computer program and test tasks for the Biology course, examples of which are presented in the article. Statistical analysis of the results of testing students after the lesson and of deferred testing in 9 topics of the Biology course allowed to establish that the learning material is assimilated more intensely by students with intellectual disabilities when using 3D graphics in the learning process rather than without using it.