Recommendations for Developing an Online Course

The trend in higher education is to develop electronic delivery of courses and even entire academic degree programs through the Internet by using a web-based form of distance education. To be successful in the delivery of online, or web-based, education, faculty must break away from the old paradigm of teaching and learning, and adopt new techniques suitable to the new environment. This paper provides some recommendations for an educator who is interested in developing an online course or enhancing a traditional course with an online component. These recommendations are based on several years of practical experience in developing and delivering online courses

A technological acceptance of e-learning tools used in practical and laboratory teaching, according to the European higher education area

The application of scientific tools to analyse the use of Internet-based e-learning tools in academic settings is in general an ignored area. E-learning tools are actually an emergent topic as a result of the new ideas introduced by the European Higher Education Area. Lifelong learning, or the promotion of student initiative, is the new paradigm of a learner-centred education. In this context, e-learning tools can represent an effective way of supporting this new trend in education. Assuming the premise that successful use of these web-based tools depends primarily on a user’s behaviour, the objective of this research is to examine the technology acceptance model (TAM) of web-based elearning tools used in practical and laboratory teaching. The research hypotheses derived from this model have empirically been validated using the responses to a survey on e-learning usage among 220 users. These responses have been examined through partial least square. The obtained results strongly support the extended TAM in predicting a student’s intention to use e-learning and define a set of external variables with a significant influence in the original TAM variables. Surprisingly, perceived ease of use did not posit a significant impact on student attitude or intention towards e-learning tool usage. Therefore, early evaluation of e-learning material is considered essential to providing a framework for further improvements of the too

Essential knowledge aggregation, delivery and assessment

It is clear that the use of ICT for education has not yet achieved its potential. In this paper we present our vision on the further development and widening of learning through the enhanced use of ICT. In this context, learning is considered as having a framework with several essential and connected processes. Web semantic methods now enable the monitoring of knowledge and curriculum updates. Substantial research is required as well as an understanding of how the human brain manages various channels of information delivery. We consider knowledge delivery in combination with textual, visual and audio information. Its efficiency can be improved when we discover and apply methods used for successful performances and plays. A paradigm shift from in-class assessment toward self-assessment assisted by individually tailored ICT increases the efficiency of learning. As a first step, an individual assessment tool (App) for iOS is briefly described. What does education need from ICT? It is clear that we need to address how we extract knowledge from Web, how we aggregate new with existing knowledge, how we deliver more current and essential knowledge and how we can ease and improve assessment. All of these steps include ICT, web and human involvement. This is called Essential Knowledge Extraction, Aggregation, Delivery and Assessment. It is a practical pathway for considerable research in knowledge aggregation (using information processing support), extraction, and delivery. To succeed in delivering this aggregated knowledge we must understand how the learner’s brain absorbs knowledge. In addition self-assessment supported and implemented by individually tailored (adaptive) assessment technology and tools can also improve knowledge delivery

Web-based learning in the field of empirical research methods

This study focuses on the development of a complex web-based learning environment aimed at promoting the acquisition of applicable knowledge in the context of studying empirical research methods at university. This learning environment was then modified further on an empirical basis. The main focus of the present article is to describe the conceptualisation of the learning environment and research activities which were guided by an integrative research paradigm. The learning environment consisted of highly structured, complex texts in which the process of empirical research was illustrated in a detailed manner. By combining these texts with other instructional measures, the learning environment is given a flexible hypertext-structure. The effectiveness of the learning environment as a whole was investigated in three studies (two evaluation studies in the field and one experimental study in the laboratory). It was demonstrated that the additional instructional measures (e.g. a specific feedback-guidance and time-management measures) were not effective. The importance of cognitive, motivational and emotional learning prerequisites for the successful utilisation of the learning environment was highlighted. The implementation of special training and additional preparatory modules is recommended in order to optimise the fit between students' prerequisites and learning environmIm Zentrum der vorliegenden Arbeit steht zum einen die Konzeptualisierung einer Lernumgebung zur Förderung des Erwerbs anwendbaren Wissens im Kontext der universitären Ausbildung in empirischen Forschungsmethoden. Zum anderen werden ausgehend von einem integrativen Forschungsparadigma Forschungsaktivitäten beschrieben, die die empirische Basis zur Weiterentwicklung der Lernumgebung bereitstellen. Die Lernumgebung besteht aus hoch strukturierten, komplexen Texten, in welchen der Prozess empirischer Forschung auf detaillierte Weise veranschaulicht wird. Diese Texte wurden mit anderen instruktionalen Maßnahmen kombiniert, wodurch die Lernumgebung eine flexible, hypertextartige Struktur bekam. Die Effektivität der gesamten Lernumgebung wurde im Rahmen dreier empirischer Studien untersucht, von denen zwei als Evaluationsstudien im Feld durchgeführt wurden; die dritte war eine experimentelle Laborstudie. Es wurde gezeigt, dass die zusätzlichen instruktionalen Maßnahmen (z. B. eine spezifische Feedback-Anleitung und eine Zeitmanagement-Maßnahme) nicht wirksam waren. Die Bedeutung kognitiver, motivationaler und emotionaler Lernvoraussetzungen für die erfolgreiche Nutzung der Lernumgebung konnte nachgewiesen werden. Um die Passung zwischen den Eingangsvoraussetzungen der Studierenden und der Lernumgebung zu verbessern, wurde die Implementation eines speziellen Trainings und eines zusätzlichen vorbereitenden Moduls vorgeschlag

A new paradigm for teacher education: supported, open teaching and learning at the Open University

In this paper we draw on our experience over the last twelve years with three large scale distance education programmes for UK teachers to suggest factors which need to be considered by those embarking on large scale distance learning teacher education programmes. We focus on three programmes: a pre-service programme in initial teacher education, the Postgraduate Certificate in Education (PGCE); and two in-service programmes, the Learning Schools Programme (LSP) and TeachandLearn.net. which have made been significant in promoting access, entitlement and diversity. We suggest that in each case the programme structure and design was influenced by the interplay of a number of factors: the nature of teacher professionalism; current policies and priorities; financial constructs; technological tools and the regulatory framework. A number of themes emerge from analysis of participant data together with evaluation evidence back from institutions and individuals participating in these programmes. These can be identified as: (1) linear versus modular structures; (2) the importance of broking between the university and the school settings; (3) interactions of programme elements; (4) the role played by contemporary forms of ICTs. We draw together our experiences and research data for these programmes to suggest characteristics of the next generation of teacher education programmes

Displaced but not replaced: the impact of e-learning on academic identities in higher education.

Challenges facing universities are leading many to implement institutional strategies to incorporate e-learning rather than leaving its adoption up to enthusiastic individuals. Although there is growing understanding about the impact of e-learning on the student experience, there is less understanding of academics’ perceptions of e-learning and its impact on their identities. This paper explores the changing nature of academic identities revealed through case study research into the implementation of e-learning at one UK university. By providing insight into the lived experiences of academics in a university in which technology is not only transforming access to knowledge but also influencing the balance of power between academic and student in knowledge production and use, it is suggested that academics may experience a jolt to their ‘trajectory of self’ when engaging with e-learning. The potential for e-learning to prompt loss of teacher presence and displacement as knowledge expert may appear to undermine the ontological security of their academic identity

Using Hybrid Effectively in Christian Higher Education

Hybrid is just one of a number of terms used for the convergence of face-to-face and online learning, At the University of Central Florida (UCF) they are called mixed mode courses, In the corporate world the most common language used for hybrid is blended learning, Blended learning, says Bob Mosher, is about using multiple learning modalities, which include, but are not limited to, the Web.7 The blended learning term is also being used more frequently within academic circles,8 Because of the inconsistency in how blended learning is employed, though, and because our goal is not to describe learning in general but to focus on individual courses, this article will use the term hybrid and will apply it more narrowly to mean a course in which face-to-face and online learning are integrated in such a way that the seat time of the course is reduced

Teaching an aviation course via video conference – comments and observations on the attainment of graduate attributes and learning outcomes

While the author was at the United States Air Force Academy, Colorado Springs; Colorado, the author taught an Introduction to Aviation course at the School of Engineering and Information Technology located at the University of New South Wales at the Australian Defence Force Academy, Canberra. This paper describes the method of teaching this course via video conference. In this instance, teaching via video conference is markedly different to the techniques employed in distance education. This paper will describe the experience of teaching via video conference as well as some of the perceived shortcomings and pitfalls of being a ‘talking head’. The paper also describes some of the techniques developed in order to ameliorate some of the perceived difficulties of teaching via video conference. The results of a student questionnaire and overall learning outcomes will be discussed with reference to University of New South Wales graduate attributes

Taking over someone else's design: implications for the tutor's role in networked learning

The experience of taking over an already designed Web-based course helps us to investigate the claims in the literature about the role that tutors have more generally in networked learning. This paper addresses this issue through a case study and brings together the tutor's experience and her reflective diary, as well as the interview data from a JISC/CALT phenomenographic study of tutors' and students' experiences. This particular case study raises issues about the tutors' role, teaching activity, design and the value of content resources and knowledge representation. Finally the paper reflects on the implications for the tutor in this situation and provides suggestions for future practice