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The simultaneous proliferation of developmental education and online computer-based education creates questions about the success and failure of students engaging in remediation without teacher-led instruction. While many studies show minimal difference in student performance between online and face-to-face instruction (Schenker, 2007; Utts et al., 2003; Ward, 2004; Zieffler et al., 2008), other researchers (Bahr, 2012; Bailey, 2009; Crisp & Delgado, 2014) examine the effectiveness of developmental education to assist students in math, English, or both. In addition, Astin’s student development theory (1999) confirms that positive faculty-student interaction helps students persist through the curriculum. Faculty can create those supportive environments that help students. Therefore, within the cross-section of developmental education and computer-based instruction, the purpose of this study is to consider the importance of teacher care and civility for black and Hispanic developmental English students in an open-access, minority-serving institution. The findings show that while a statistically significant relationship was not observed, there is a positive relationship between students’ perception that the professor is caring and civil and the final grade.

Computer assisted instruction (CAI) is a powerful technology that librarians have been quick to discover. However, surprisingly little quality software exists for library applications. Librarians are faced by the necessity of designing their own software to support specific objectives. The design and production of CAI software involves numerous steps, which are discussed in this article.

This study investigates whether or not student’s performance, self‐efficacy, and satisfaction are enhanced by the use of an enterprise system as a support tool for learning business process and enterprise systems concepts. The study compares three instructional delivery methods. A traditional instruction method (lecture format plus reading/exercises) serves as the control. The second and third instructional methods are computer‐based methods. In the second method, students receive traditional lecture format with full access to hands‐on an enterprise system transaction exercise. In the third method, students receive traditional lecture format, but also have full access to simulated hands‐on an enterprise system via Web transaction exercises (i.e. ScreenCam movies). A statistically significant difference between‐instructional methods effect is found. Post hoc analysis showed that the simulated hands‐on instruction group’s performance score was significantly higher than that of the control group. There were no other statistically significant differences found, but practical considerations at this learning environment are discussed.

Each of the four objectives can be applied within the military training environment. Military training often requires that soldiers achieve specific levels of performance or proficiency in each phase of training. For example, training courses impose entrance and graduation criteria, and awards are given for excellence in military performance. Frequently, training devices, training media, and training evaluators or observers also directly support the need to diagnose performance strengths and weaknesses. Training measures may be used as indices of performance, and to indicate the need for additional or remedial training.

Computer Based Training (CBT) (or Computer Aided Learning (CAL) — see below for some useful definitions) has been slow to develop both in education and in commerce and industry, because of the level of programming skills required for the authoring of effective material and the resource costs involved in the production of materials which usually have a narrow application and no commercial viability. Increasingly, however, useful CBT authoring languages/systems are becoming available for a wide range of mainframe, mini and microcomputers. These include relatively inexpensive systems running on IBM PCs and even BBC microcomputers; and providing their limitations can be tolerated, they can make it possible for teachers and trainers to author their own courseware in an efficient and cost‐effective way.

Computer‐based video facilitates the creation of ‘movies’ recording actions on a computer screen complete with a voice‐over by the tutor. This paper describes the application of computer‐based video technology for point of need instruction on database searching. The Lotus ScreenCam software was used, being both inexpensive and readily available as part of the Lotus SmartSuite bundle. Initially, eight short movie clips were created, covering the techniques for searching PsycLIT on CD‐ROM and the ISI citation indexes via the BIDS gateway. The movie clips were made available on library PCs where students search these databases. The paper first examines educational theory to identify the role of computer‐based video within the educational framework. The movies created at Cardiff University are then described and the issues in design and implementation discussed. Finally, the effectiveness of this method of database searching instruction is explored and compared with more traditional point‐of‐need instruction techniques such as the handout, computer‐based tutorials and staff assistance.

Students with extensive supports needs (ESN) often require pervasive and intensive supports to access the full benefits of educational programming. In this chapter, the authors describe the application of both established and innovative technologies for promoting equitable access and opportunity for these students. They provide guidance for the use of technology across the areas of academic instruction, social communication, behavior supports, daily living, and employment.

In this paper, we review the literature on learner control and discuss the implications that increased control may have for training in e-learning environments. The purpose of this paper is to provide a comprehensive review of the learner control literature, focusing on adults and workplace training. We begin by reviewing the literature on learner control, focusing on the positive and negative effects associated with providing adult learners with control in e-learning environments. We organize our review into instructional design factors that have been manipulated to provide learners with control and person issues that moderate the relation between learner control and outcomes. Then, we summarize developments in training research and in adult learning that relate to learner control in order to provide a theoretical context for understanding learner control in adult workplace e-learning.

The Computer‐Based Instruction Lab (CBIL) librarian works with instructional faculty in the School of Medicine (SOM) to identify and integrate computer‐based instruction into the curricula and to coordinate the informatics curriculum throughout the years of the medical student educational program. Because the CBIL librarian teaches informatics and grades papers, is resident within the building where instruction of medical students occurs, and because her salary is paid by the SOM, she is considered a part of the SOM instructional team and serves as a model of an educational informationist.