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The lecture method for management education is discussed. The nature of the method is presented, strengths and weaknesses are summarised, and recommendations for enhancing the effectiveness of lectures through discussion are presented.

There are those who suggest the experiential and action-oriented nature of entrepreneurship makes traditional content-focused lecture a less appropriate pedagogical approach when teaching entrepreneurship courses. This chapter challenges such suggestions, arguing that the lecture should be the centerpiece of entrepreneurship education, augmented by experiential learning tools and other pedagogical approaches. Such a blended model, when built around the lecture, has the potential to greatly enhance learning, improve student retention, encourage student thought and reflection, and better develop entrepreneurial skills and competencies associated with the entrepreneurial mindset. The chapter also summarizes the nature of the content delivered through entrepreneurship courses, classifying this content into three general categories, and concluding that this core content is substantive, complex, and highly inter-related. These characteristics reinforce the importance of great lectures for moving entrepreneurship education forward.

This chapter focuses on the value of TED Lectures on the issue of domestic violence and abuse (DVA). It outlines a generic framework with which to understand and analyse the impact of TED Lectures on a theme as complex as DVA is, in the context of popular Western culture. It does so by looking in details at the Ted Lecture of Leslie Morgan Steiner from 2012, which aims to answer the question ‘Why Domestic Violence Victims Don't Leave: Crazy Love’ through her own personal experience.

In the attempt to understand the impact of this TED Lecture we look at the literature on TED Lectures, the unique aspects of DVA, who is the presenter, the impact and its components, the active viewers who sent written comments on the Ted Lectures, the technical effect, the comparison with two other Ted Lectures on DVA, ending by identifying gaps in the analysis provided by the three Ted Lectures.

Presenters share with the viewers their personal experience, as well as their experience as activists in organisations and programmes set out to change the status quo in the field of DVA.

The lectures impact through layers of emotional and intellectual facets, which speak to the individuals viewing them through the lens of their own emotional and intellectual experiences of DVA on the one hand, while on the other hand being also influenced by the mode of presentation and the presenter her/himself.

This section will explore the macro-organization of the lectures and the way or ways in which Smith actively signals how the lecture series fits together. The starting point is the lecture, and series of lectures, as genre.

The purpose of this research is to provide a framework in which new data quality dimensions are defined. The new dimensions provide new metrics for the assessment of lecture video indexing. As lecture video indexing involves various steps, the proposed framework containing new dimensions, introduces new integrated approach for evaluating an indexing method or algorithm from the beginning to the end.

The emphasis in this study is on the fifth step of design science research methodology (DSRM), known as evaluation. That is, the methods that are developed in the field of lecture video indexing as an artifact, should be evaluated from different aspects. In this research, nine dimensions of data quality including accuracy, value-added, relevancy, completeness, appropriate amount of data, concise, consistency, interpretability and accessibility have been redefined based on previous studies and nominal group technique (NGT).

The proposed dimensions are implemented as new metrics to evaluate a newly developed lecture video indexing algorithm, LVTIA and numerical values have been obtained based on the proposed definitions for each dimension. In addition, the new dimensions are compared with each other in terms of various aspects. The comparison shows that each dimension that is used for assessing lecture video indexing, is able to reflect a different weakness or strength of an indexing method or algorithm.

Despite development of different methods for indexing lecture videos, the issue of data quality and its various dimensions have not been studied. Since data with low quality can affect the process of scientific lecture video indexing, the issue of data quality in this process requires special attention.

At many universities, web lectures have become an integral part of the e‐learning portfolio over the last few years. While many aspects of the technology involved, like automatic recording techniques or innovative interfaces for replay, have evolved at a rapid pace, web lecturing has remained independent of other important developments such as Web 2.0. The aim of this paper is to exemplify and discuss the benefits web lecturing can gain from a Web 2.0 perspective.

The paper describes an implementation of three Web 2.0 features for the virtPresenter web lecture interface. These are time‐based social footprints, a mechanism for linking to user created bookmarks in a web lecture from external Web 2.0 applications and a special web lecture player that enables users to embed their own web lecture bookmarks in wikis or blogs.

The paper shows how conceptual and technical obstacles in bringing Web 2.0 features like social footprints to web lectures can be overcome. It also makes evident that linking web lectures in Web 2.0 systems require special adaptations due to the time‐based nature of web lectures. The technical discussion shows that many Web 2.0 features require feedback channels in order to communicate information back to servers (e.g. to understand how the content is used) and that most contemporary media players have to be modified in order to support feedback channels.

The paper shows that web lectures can benefit from Web 2.0 ideas and presents examples how Web 2.0 and web lectures can be brought together.

Web 2.0 is a popular trend that transforms the way in which the internet is used. This paper shows how web lectures can be enriched with Web 2.0 features and how they can be integrated with Web 2.0 systems by discussing three implementation examples.

Lecture recordings can be a powerful addition to traditional lectures and they can even serve as a main content source in a number of didactic scenarios. If users can quickly locate relevant passages in a recording, the recording combines the ease of search that comes with electronic text based media with the authenticity and wealth of information that is delivered in a live lecture. Locating relevant passages in a time based media such as a recorded lecture is, however, not as easy as searching an electronic text document. This article presents the virtPresenter lecture recording system that tackles navigation in web lectures with a hypermedia navigation concept that is improved with interactive content overviews. Apart from navigation in web lectures the article also addresses didactic scenarios for web lectures and issues related to the workflow of recording lectures.

In general, active participation increases learning outcomes. The purpose of this paper is to explore how: information and communication technologies (ICT) can be used to improve the participation of students during lectures and the effect of ICT on the learning outcomes of students.

The authors tested a specific tool, Soapbox, in a compulsory course of a Masters’ program, at VU University, The Netherlands. During half of the lectures the students were invited to participate using their mobile phone or laptop, for the other half of the lectures, taught by the same lecturer, the tool was not used. The authors compared the two groups of lectures. For the evaluation the authors used observations in the classroom, a questionnaire, in-depth interviews, and focus group discussions with students and with the lecturer.

The results show that the ICT tool facilitated and increased the level of communication and interaction among the students and between the students and the lecturers. Students’ scored lectures with the tool consistently higher on the item “engaging.” Most of the students appreciated the use of the ICT tool and said that they felt more involved.

Despite the knowledge about the limited learning effect of lectures on larger groups, most of the teaching at universities is conducted through such lectures. The research shows that the majority of the students felt more involved in the lectures with the ICT tool, and almost half of the students feel that the learning effect of lectures with the tool is higher than the learning effect of lectures without. Although observations could not confirm the perceived enhanced involvement, about 80 percent would recommend using the tool in other classes, providing a case for the use of interactive technology in large-scale lectures.

The purpose of this paper is to demonstrate how a credit‐bearing information literacy course was enhanced through the use of video lectures to deliver course content. Students have a choice of how to access course materials: video lectures or reading material.

A literature review shows that, previously, videos have been used largely to supplement face‐to‐face classes or one‐shot library instruction sessions. A description details the production of video lectures for one of the courses that satisfies the information literacy graduation requirement at Weber State University. For this course, a student survey was then used to measure the actual use and effectiveness of the video lectures.

Survey results indicate that a majority of students use the video lectures, at least partly, and find them helpful.

Results also show that many students are comfortable reading course materials rather than viewing the lectures. As more courses incorporate video lectures, holdouts should become more comfortable with the format.

Video lectures are relatively easy to create, and can be used to enhance online information literacy classes. Students can view the video lectures at their convenience.

Video production tools such as Camtasia Studio are used for library instruction and other face‐to‐face classes, but are not widely used in online courses. Adding video lectures to an online course gives students options on how to access the course content.