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This study is attempted to the discovery critical factors of employee¡¦s e-Learning system use intention that may help companies understand for e-learning effective implement plans. It starts from literature review for getting the subjects of critical factors of enterprise e-learning and then we integrated technology acceptance model with subjective norm , system flexibility, e-Learning content richness, evaluation and records, e -Learning self-efficacy as the antecedents of perceived usefulness(PU) and perceived ease of use(PEU) Data were collected from seven implemented e-learning companies.. And analysised this structural equation model with SEM. The findings of this study present that employee¡¦s e-learning use intention and attitude are affected and guided by PU, PEOU has less influences power , Subjective norm ,system flexibility, e-Learning content richness are antecedent of PU, User support , e-Learning content richness and e-Learning self-efficacy are PEU¡¦s antecedents. Finally, we made some suggestion for practice and other researcher¡¦s base on the result

NOVÁKOVÁ, D.: Contents of hidden curriculum as learning contents of Art Education. [Diploma thesis] Prague 2015 - Charles University, Faculty of Education, Department of Art Education, 126 pages The thesis is tackling the hidden curriculum, in particular the hidden contents which take place in art education. It researches possible use of these contents in teaching of art education. The thesis has a character of qualitative explorative probe. The methods of research are observations and informal interviews. The study shows that the contents of the hidden curriculum bear an interesting educational potential for art education. However, teachers often do not register the contents or register but do not use them. The aim of the probe is thus to identify the various contents of the hidden curriculum in the practice of art education (with relation to socio-cultural and artistic context) and outline how they can be grasped. Subsequently, one content is specifically transformed into the design of art education, realized and reflected. Art part of the thesis is conceived as the author's art work reflection, focusing on the hidden side of her art work.

A construção de material didático é bastante difícil, mas avaliá-lo é ainda mais complexo. Saber como o aluno absorveu o conteúdo, como reagiu a ele e quanto tempo foi gasto durante o uso de cada objeto de aprendizagem pode ajudar a refletir se o conteúdo está adequado às necessidades deste aluno. Além disso, considerar as diferentes características cognitivas de aprendizado e, conseqüentemente, possibilitar adaptações através de ajustes no conteúdo didático digital auxiliaria a avaliação do professor em um curso disponível através da web. Este trabalho propõe um sistema de acompanhamento (MSys) que, através do monitoramento do nível de utilização das atividades desenvolvidas pelos alunos, deverá apresentar para o professor, assim como para o próprio aluno, resultados resumidos e comparativos do acompanhamento. Apesar de diversos ambientes do tipo LMS (Learning Management System) em uso atualmente estarem bastante difundidos, não tem sido dado a importância devida para este tipo de ferramenta capaz de oferecer um acompanhamento detalhado de atividades dos alunos. Este trabalho discute como a ferramenta aqui proposta foi concebida, desde sua arquitetura, que utiliza padrões atuais de construção de conteúdo digital, definindo requisitos funcionais para o seu desenvolvimento e exibindo resultados de uma simulação que comprova esta concepção. Além disso, é apresentado um protótipo da ferramenta, validando as interfaces de captura e exibição dos resultados e mostrando que é possível integrá-la a sistemas de aprendizado eletrônico, trazendo benefícios à avaliação do professor. / E-learning content creation is not an easy task, but its evaluation is even more complex. In order to evaluate if the content is adequate to the students needs, it would be helpful to know how the student assimilated the learning content, how he reacted to it and the period of time spent on the learning object. Besides, considering the different cognitive features of learning and the possibility of adjustment of the didactic content, it could help teacher\'s evaluation in an available online course. This work describes a monitoring system (Msys) that tracks the level of utilization of student\'s activities, and presents summarized and comparative results to the teacher and the student. Even though the widespread use of several LMS (Learning Management System) environments today, the importance of tools capable of offering a detailed monitoring of student\'s activities has not been recognized. This work focus on how the tool was created using current standards on digital content construction, defining functional requirements to its development and presenting simulation results that is a proof-ofconcept. Also, it is presented a prototype of the tool, validating the interfaces of capture and results presentation, showing that is possible to integrate it to online learning systems, bringing benefits to the teacher evaluation.

A construção de material didático é bastante difícil, mas avaliá-lo é ainda mais complexo. Saber como o aluno absorveu o conteúdo, como reagiu a ele e quanto tempo foi gasto durante o uso de cada objeto de aprendizagem pode ajudar a refletir se o conteúdo está adequado às necessidades deste aluno. Além disso, considerar as diferentes características cognitivas de aprendizado e, conseqüentemente, possibilitar adaptações através de ajustes no conteúdo didático digital auxiliaria a avaliação do professor em um curso disponível através da web. Este trabalho propõe um sistema de acompanhamento (MSys) que, através do monitoramento do nível de utilização das atividades desenvolvidas pelos alunos, deverá apresentar para o professor, assim como para o próprio aluno, resultados resumidos e comparativos do acompanhamento. Apesar de diversos ambientes do tipo LMS (Learning Management System) em uso atualmente estarem bastante difundidos, não tem sido dado a importância devida para este tipo de ferramenta capaz de oferecer um acompanhamento detalhado de atividades dos alunos. Este trabalho discute como a ferramenta aqui proposta foi concebida, desde sua arquitetura, que utiliza padrões atuais de construção de conteúdo digital, definindo requisitos funcionais para o seu desenvolvimento e exibindo resultados de uma simulação que comprova esta concepção. Além disso, é apresentado um protótipo da ferramenta, validando as interfaces de captura e exibição dos resultados e mostrando que é possível integrá-la a sistemas de aprendizado eletrônico, trazendo benefícios à avaliação do professor. / E-learning content creation is not an easy task, but its evaluation is even more complex. In order to evaluate if the content is adequate to the students needs, it would be helpful to know how the student assimilated the learning content, how he reacted to it and the period of time spent on the learning object. Besides, considering the different cognitive features of learning and the possibility of adjustment of the didactic content, it could help teacher\'s evaluation in an available online course. This work describes a monitoring system (Msys) that tracks the level of utilization of student\'s activities, and presents summarized and comparative results to the teacher and the student. Even though the widespread use of several LMS (Learning Management System) environments today, the importance of tools capable of offering a detailed monitoring of student\'s activities has not been recognized. This work focus on how the tool was created using current standards on digital content construction, defining functional requirements to its development and presenting simulation results that is a proof-ofconcept. Also, it is presented a prototype of the tool, validating the interfaces of capture and results presentation, showing that is possible to integrate it to online learning systems, bringing benefits to the teacher evaluation.

The effective use of Information and Communications Technology (ICT) in devel-oping countries like Tanzania is crucial in order to overcome the challenges that are faced countrywide in many sectors, and to reduce the digital divide and improve the economy. ICT is becoming more and more integrated in societies worldwide, its effects are clearly seen in people’s lives as well as on countries’ economy as it opens doors for new opportunities and change the attitude of people towards learning. Secondary schools in Tanzania are facing many problems which hamper students’ learning. This in turn affects their performance in the National examinations hence reducing the growth of a learned society. This research specifically addresses the prob- lem of lack of learning and teaching materials by using ICT tools for the development and delivery of e-Learning content. The research focused on two secondary schools, namely, the Wali-Ul-Asr Seminary and Kibaha Secondary School as pilot schools in Kibaha district Pwani region. The research used courseware engineering methodology which integrated instructional design and software engineering. The research was also inspired by the concepts of participatory action research, Mode 2 knowledge production and triple helix, which incorporated stakeholders’ participation throughout the research. The main stakeholders are researchers, students, teachers, head teachers, and Ministry of Education and Vocational Training officials. This is an applied type of research addressing a practical problem in society. The out- come is a pilot package of e-Learning material comprised of sample chapters of Mathematics form III at the pilot site. Blended mode of delivery has been considered using Compact Disc/Digital Versatile Disc Read Only Memory, the Tanzania Secondary Schools e-Learning (TanSS-L) System, a customized Moodle platform and by using face to face learning.

The purpose of this study is to investigate the effect of web supported statistics education environment for graduate level students. The aim was to develop a web support system to ease the graduate students&#039 / understanding of statistical concepts. This study also examined the perceptions of the students about web supported instruction. Although there are some studies conducted about technology aided statistics education, they are insufficient in the amount according to other areas. Besides these few studies were conducted mainly among lower grades. There is a need to find out and overcome students&rsquo / learning difficulties about statistical concepts in graduate levels. The intention of the study was to construct a web support system for traditionally offered Educational Statistics course in order to decrease both instructor and students efforts to communicate, present, reach and use the resources. The subjects of the study were 21 graduate students of Educational Statistics course offered. None of the subjects was offered an on-line course before. The study used both quantitative and qualitative measurements to analyze the effectiveness of the site and perceptions of the users. The results of the study indicated that there was an improvement in students&rsquo / achievement related to educational statistics through web supported instruction. Besides, the perceptions of the students were collected with interview questions about the functions and usability of the system. The highly positive perceptions of the students showed that, it is necessary for the students to have such a course support system. The framework was developed not only support for traditionally offered courses, but also support for lifelong learning processes. The researcher believed that the study revealed the most realistic usage pattern of a course support system. The results can be used by the instructors in order to offer the best web support system with minimum effort. Moreover, the proposed system can be used in any learning content management systems without the need for technical knowledge.

Mit dem Begriff des eLearnings verknüpfen sich viele sehr unterschiedliche Konzepte, die auf Grund ihrer spezifischen Ausprägung häufig Grenzen für ihre Benutzung errichten. Um diese zu überwinden, wurde ein Framework konzipiert und implementiert, welches den Anspruch der Universalität in Hinblick auf Anwendungs- und Inhaltsorganisation sowie Funktionalität erhebt. In der kollaborativen eLearning-Plattform BluES erfuhr das Framework eine Beispielimplementierung. Diese diente gleichzeitig als Grundlage für die Validierung unterschiedlicher Aspekte des Frameworks. Als Ergebnis der Arbeit konnte gezeigt werden, dass maximale Flexibilität der Anwendung durch die Systemarchitektur gewährleistet werden kann. Dadurch werden Restriktionen in der Gestaltung der Anwendungsumgebung vermieden und die Anwender bei der Detailkonzeption ihrer Arbeit flexibel unterstützt.

The article considers three main aspects of developing mobile learning for serious learning scenarios at universities and further educational training sectors. The first is about getting in touch with mobile learning in general and analysing actual e-learning-systems at the Technische Universität Dresden. The second aspect focuses on micro learning as a potential didactical approach. Having a look on prototyping pitfalls and problems will complete the introduction. For discussing the presented issues concerning technical, didactical, learning and teaching problems there will be a workshop session with three round tables using the worldcafé method.

Mit dem Begriff des eLearnings verknüpfen sich viele sehr unterschiedliche Konzepte, die auf Grund ihrer spezifischen Ausprägung häufig Grenzen für ihre Benutzung errichten. Um diese zu überwinden, wurde ein Framework konzipiert und implementiert, welches den Anspruch der Universalität in Hinblick auf Anwendungs- und Inhaltsorganisation sowie Funktionalität erhebt. In der kollaborativen eLearning-Plattform BluES erfuhr das Framework eine Beispielimplementierung. Diese diente gleichzeitig als Grundlage für die Validierung unterschiedlicher Aspekte des Frameworks. Als Ergebnis der Arbeit konnte gezeigt werden, dass maximale Flexibilität der Anwendung durch die Systemarchitektur gewährleistet werden kann. Dadurch werden Restriktionen in der Gestaltung der Anwendungsumgebung vermieden und die Anwender bei der Detailkonzeption ihrer Arbeit flexibel unterstützt.