CriseIT är ett projekt som arbetar med att bidra till god krisberedskap genom att skapa mindre gränsregionala hinder i krisövningar över den svenska och norska gränsen mellan Värmland och Hedmarks Fylke. I tidigare krisövningar över gränsen har det varit tydligt att det uppstår språkliga barriärer. Därför har en parlör tagits fram i syfte att överbrygga dessa hinder. Syftet med detta arbete i att designa en digitalt utbildningsmodul är att ta reda på hur man kan lägga upp en utbildning som hjälper användaren i att öva på svenska och norska kristermer. Det kan vara genom att lära sig ord utantill eller genom att öva på att söka på ord och begrepp i parlören. Som metod användes ett pilottest med 11 deltagare från området krisledningsövning av en prototyp innehållande ett par olika typer av ordinlärningsfrågor samt ett kortare frågeformulär. Pilottestet gjordes på distans via det webbaserat systemet Ozlab. Upplägget av frågorna i utbildningsdelen i pilottestet fungerar övervägande bra som ett sätt att lära sig ord och som en övning i att leta på ord och begrepp i ordlistan. I slutsatserna diskuteras lämpligt LMS (Learning Management System) för en sådan utbildningsmodul. Testpersonernas kommentarer var övervägande positiva kring parlören och att hitta svar i den till utbildningsmodulen. Bland de brister som uppmärksammades var själva sökfunktionen i den pdfbaserade parlören. Det ges även synpunkter kring utveckling av parlören.

Increasing enrollment of students and declining availability of qualified and experienced faculty are leading to increased assessment loads of the existing faculty. Moreover, the assessment techniques are changing drastically due to the ever-increasing demand of new knowledge and abilities from the students. The tools offered by information technology can now be effectively used in enhancing the productivity of a teacher. This thesis proposes a mechanism for creating both summative and formative assessment instruments for a course in an engineering program. The assessment instruments will vary widely in nature depending on the subject. With increasing prevalence of digital devices in all walks of life a first level knowledge of digital systems is considered necessary for all engineers especially under electrical and computer engineering curricula. The first level course ‘Basics of Digital Systems’ is chosen for developing a framework of computer assisted evaluation. Creation of assessment instruments is best done in the context of an instructional system design (ISD) model. ADDIE, a generic model is chosen for the study. Bloom’s classification of levels of cognition, Vincenti’s categorization of engineering knowledge, and ‘Gronlund 2-level’ method for writing the learning objectives are integrated to create a ‘Bloom-Vincenti–Gronlund’(BVG)framework for preparing the learning objectives/assessment instruments. Developing tools for evaluation of performance of students in the assessment tests requires consideration of many issues: analysis of problems and their solution methods, errors normally committed by students, grading preferences of the instructor and feedback to students. A set of tools are developed that are able to evaluate the truth tables, state tables, excitation tables, timing diagram and VHDL codes. The developed tools are validated. The submission of the assignment and the integration of all the tools for evaluation will be more effective if they can be integrated in a learning management system (LMS). ‘MOODLE’, an open source LMS, is identified for the integration of the tools. The developed tools execute the files submitted by the students, evaluate them, and provide feedback to the students. In summary, the thesis addressed some key issues related to “assessment and evaluation of students’ performance” and proposed an integrated computer assisted system for the evaluation of students’ performance in the course ‘Basics of Digital Systems’.

This paper addresses a new conceptual framework for a communitybased project management learning model that aims to support learning within a project and enhance the distribution of knowledge within a particular virtual community. This model also aims to develop a virtual community of doctoral students, who can manage their own projects online with other community members who have the same interest. In order to develop that model, a checklist of community-based project management process has been developed in the light of the literature review and the needs of stakeholders (doctoral students and researchers). Within this model, community-based project management includes three main elements: community, project and management. In relation to project, there are two main sub elements. First is projectbased learning (PBL), which is based on constructivist perspective of learning that make students construct their knowledge when they work together to accomplish specific goals. Second is the project management body of knowledge (PMBOK), which is a project management guide, and an internationally recognized standard [PMBOK Guide, 2004], that provides the fundamentals of project management as they apply to a wide range of projects, including construction, software, engineering, automotive, so the study deploy this approach to scaffold based project management learning model. In the terms of the community element, this study adopted the community of inquiry model, which defines a good e-learning environment through three major aspects: cognitive presence, social presence and teaching presence. The last element which is addressed in this study called knowledge management. After identifying these elements, this study investigates a range of tools in the light of this model. The study analyses six different learning and content management systems (OPAL, Moodle, Joomla, e107, ZMS and TUDWCMS) in order to find out tool(s) that is/are sufficient for implementing the suggested study model.

Digitalization has spread into all parts of our lives including shopping, staying in touch with friends and watching cat videos from the cat island in Japan. Studies have shown that digitalization can also have a huge benefit for educational purposes via Learning Management Systems (LMS). The purpose of the study is to describe and create an understanding how learning institutions all across the globe can further improve the usability of their LMS, with a specific focus on the students perspective on the systems usability. Quantitative and qualitative material from a case study was analyzed and compared with previous related studies and to theories from the literature study. The results of the study showed that there is great potential for learning institutions to improve the usability of their LMS by relatively simple means, in many cases using their own students as a resource for improving their education. The study also showed there can be major differences in how students perceive the usability of an LMS, which can have disruptive effects if not addressed properly. / Digitaliseringen har spridit sig till alla delar i våra liv: Shopping, hålla kontakt med vänner och att titta på kattvideos från kattön i Japan. Studier har visat att digitaliseringen också kan ha stora fördelar i utbildningssyfte med hjälp av Learning Management Systems (LMS). Syftet med studien är att beskriva och skapa en förståelse för hur lärosäten över hela världen kan förbättra användbarheten i deras LMS, med specifikt fokus på studentperspektivet i användbarhet. Kvantitativt och kvalitativt material från fallstudien analyserades och jämfördes med tidigare relaterade studier och teorier från litteraturstudien. Resultatet av studien visade att det fanns en stor potential för lärosäten att förbättra användbarheten i deras LMS med relativt enkla medel, i många fall genom att använda sina egna studenter som en resurs för att förbättra deras utbildning. Studien visade också att det kan finnas stora skillnader i hur studenten uppfattar användbarheten i ett LMS, vilket kan ha negativa effekter om det inte adresseras på rätt sätt.

This study investigated the effect of a blended-learning approach in the learning of problem-solving skills in a first-level distance education physics module. A problem-solving type of instruction with explicit teaching of a problem-solving strategy was implemented in the module, which was presented through correspondence, online using an in-house learning management system as well as two face-to- face discussion classes. The study used the ex post facto research design with stratified sampling to investigate the possible cause-effect relationship between the blended-learning approach and the problem-solving performance. The number of problems attempted, the mean frequency of using strategy in problem solving and the achievement marks of the three strata were compared using inferential statistics. The finding of the study indicated that the blended-learning approach had no statistically significant effect in the learning of problem-solving skills in a distance education module. / Educational Studies / M. Ed. (Open and Distance Learning)

Made available in DSpace on 2016-08-17T14:53:03Z (GMT). No. of bitstreams: 1 Roosewelt Lins.pdf: 1525522 bytes, checksum: d86a5be41b9380c24fb5a8b9bc673ec3 (MD5) Previous issue date: 2007-06-18 / The education mediated by technology is a tool used in academic and corporative environments. With advance of the Web, diverse environments of teaching and learning make possible the production and distribution of multimedia contents for the use of learners and teachers. However the contents access still is one of the main problems for the use and sharing between different applications. The document representation in Semantic Web is related to the use of metadata to describe resources. In Web-based education, diverses standards have been considered to provide sharing learning resources in distributed form. One believes that ontology use allows one better conceptualization and domain representation, making possible the formalization of the metadata schema for learning object management. One presents an Aggregation and Representation Content Model for conceptualization of a Semantic Learning Object Repository. The Aggregation Model makes use of standard LOM (Learning Object Metadata) to describe and add educational contents. The Content Representation Model is a Classification Schema based on SKOS (Simple Knowledge Organisation Systems) standard destined the specification of knowledge organisation systems in the Semantics Web. It was use OWL language (Web Ontology Language) for ontology construction and framework Jena for manipulation of the ontological model. In such a way, it argues concepts associates the educational technologies, perspectives and challenges for knowledge representation on the Web, and for the development of new generation of the Web. / A educação mediada por tecnologia é uma ferramenta cada vez mais utilizada em ambientes acadêmicos e corporativos. Com o avanço da Web, diversos ambientes de ensino-aprendizagem possibilitaram a produção e disponibilização de conteúdos multimídias para o uso de aprendizes e educadores. Todavia o acesso a estes conteúdos ainda é um dos principais problemas para o uso e compartilhamento entre diferentes aplicações. A representação de documentos na Web Semântica é uma técnica relacionada ao uso de metadados para descrever recursos, sendo uma solução para o problema de acesso a conteúdos na Web. No cenário da educação baseada na Web, diversos padrões de metadados têm sido propostos para proporcionar o compartilhamento de recursos de aprendizagem de forma distribuída. Acredita-se que o uso das ontologias permitirá uma melhor conceituação e representação do domínio, possibilitando desta forma uma formalização dos esquemas de metadados para gerenciamento de objetos de aprendizagem. Apresenta-se um Modelo de Agregação e Representação de Conteúdo para conceituação de um Repositório Semântico de Objetos de Aprendizagem. O Modelo de Agregação faz uso do padrão LOM (Learning Object Metadata) para descrever e agregar conteúdos educacionais. O Modelo de Representação de Conteúdos é um Esquema de Classificação baseado no padrão SKOS (Simple Knowledge Organisation Systems) destinado à especificação de Sistemas de Organização do Conhecimento na Web Semântica. Utilizou-se a metodologia METHONTOLOGY, linguagem OWL (Web Ontology Language) para construção da ontologia e o uso do framework Jena destinado à manipulação de modelo ontológico. Desta forma, discutem-se pressupostos associados à representação do conhecimento na Web, tecnologias educacionais, perspectivas e desafios para o desenvolvimento da nova geração da Web.

Learning Management Systems (LMSs), in a blended learning educational environment, support face to face education and enable enhanced communication and interaction among instructors and students as well as among students. However, Technology-Enhanced Learning (TEL), which improves the learning process, does not come without challenges. The aim of this research is double fold. Firstly, it aims to explore users’ –instructors and students- perceptions on how the LMS Open eClass, in TEI of Athens Greece, supports and facilitates their communication and interaction. Secondly, based on users’ needs and desires, the study aims to formulate suggestions for improving communication and interaction through the platform. The study adopts an interpretivist stance and is built upon an inductive qualitative approach. Firstly, users’ perceptions are solicited through semi-structured interviews and the collected data are analyzed through the thematic analysis method. Subsequently, the study adopts Soft Systems Methodology (SSM) to capture the complexity of the situation, derived from the different worldviews of instructors and students in their association with Open eClass and emerge suggestions for improvements. The results indicate that Open eClass is used to facilitate instructors convey material and information to students, while neither meaningful communication and interaction nor collaboration is performed adequately through the platform. However, the users have expressed a positive disposition towards utilizing these capabilities of the platform, as they recognize their fundamental importance to learning, especially during an economic crisis which constraints the physical presence of many students in classes. Therefore, the study proposes three, accommodating to all, systemically desirable and culturally feasible changes that could improve the situation, mainly based on pedagogy. Overall, this research contributes to existing knowledge about the usage of LMS regarding interaction and communication in a blended learning environment by providing a holistic view on users’ perceptions and identifying changes capable to bring about improvements.

In 2016 employers hiring four-year college graduates indicate that 27.8% have deficiencies in written communication. Postsecondary learning objectives should focus on improving specific writing skills like grammar, sentence structure, and vocabulary usage for individual students and monitoring text readability as an overall score to measure learning outcomes. Web-based applications and the tools integrated into them have the potential to serve as a diagnostic solution for analyzing the text readability and writing skills of students. Organization and structuring of Canvas data was required before adding text readability and other writing skills analytics as part of the process to develop diagnostic learning analytics that interprets student writing skills in the learning management system. Decision modeling was used to capture and describe the specifics of literacy improvement decisions for instructors and administrators in a graphical notation and structured format.

This paper addresses a new conceptual framework for a communitybased project management learning model that aims to support learning within a project and enhance the distribution of knowledge within a particular virtual community. This model also aims to develop a virtual community of doctoral students, who can manage their own projects online with other community members who have the same interest. In order to develop that model, a checklist of community-based project management process has been developed in the light of the literature review and the needs of stakeholders (doctoral students and researchers). Within this model, community-based project management includes three main elements: community, project and management. In relation to project, there are two main sub elements. First is projectbased learning (PBL), which is based on constructivist perspective of learning that make students construct their knowledge when they work together to accomplish specific goals. Second is the project management body of knowledge (PMBOK), which is a project management guide, and an internationally recognized standard [PMBOK Guide, 2004], that provides the fundamentals of project management as they apply to a wide range of projects, including construction, software, engineering, automotive, so the study deploy this approach to scaffold based project management learning model. In the terms of the community element, this study adopted the community of inquiry model, which defines a good e-learning environment through three major aspects: cognitive presence, social presence and teaching presence. The last element which is addressed in this study called knowledge management. After identifying these elements, this study investigates a range of tools in the light of this model. The study analyses six different learning and content management systems (OPAL, Moodle, Joomla, e107, ZMS and TUDWCMS) in order to find out tool(s) that is/are sufficient for implementing the suggested study model.

Middle school is a critical time in students' learning of mathematics, something a Learning Management System (LMS) is designed to help parents support. What remains unknown is how parents use an LMS to monitor their children's progress in mathematics. This qualitative case study explored how parents from one midAtlantic middle school with 543 students used an LMS, EdLine, to support their children's autonomous achievement in mathematics. Expectancy-value theory and social cognitive theory made up the conceptual framework used to evaluate study findings. A criterion-based process was used to select nine middle school parents from grades 6, 7, and 8 as participants. Data sources included structured interviews and follow-up questions, EdLine spreadsheets, and parent reflective journals. Data were analyzed through a priori codes based on the literature review. Themes that emerged from the analysis included reoccurring learner autonomy and parents benefiting from their ability to use EdLine to monitor grades, check progress, and provide strategies to support mathematical achievement. Parents indicated they could encourage their children, teach them, and expect them to use EdLine to monitor and manage their grades and achievement in mathematics. This research contributes to positive social change by explaining how administrators can help middle school parents use an LMS to become engaged with their children's mathematics studies and set expectations for their mathematics task completion and achievement.