This article presents a recipe for making attractive, informative tutorials that can be sent to students and parents via e-mail or posted on a school website. Although tutorials are often included with software, many are either too complex or too rudimentary to directly address music educators’ unique needs. The recipe focuses on the following…

Oakland University (OU) Libraries undertook an assessment of how to leverage its resources to make online tutorials more focused on users' needs. A multi-part assessment process reconsidered Web tutorials offerings through the lenses of faculty and staff feedback, literature review, and an analysis of other universities' online tutorial offerings.…

We have developed an easy-to-use online tutorial generator designed to allow instructors to make tutorials quickly and with a minimal learning curve. The motivation was to create a generator that would allow instructors to create tutorials as needed and possibly build up a bank of tutorials over a number of years. A key design feature of the…

Increasing use of screencast and Flash authoring software within libraries is resulting in "homegrown" library collections of digital learning objects and multimedia presentations. The author explores the use of Google Analytics to track usage statistics for interactive Shockwave Flash (.swf) files, the common file output for screencast and Flash…

Three academic librarians from different departments at the Auraria Library--instruction, systems, and technical services--share a common methodology to teach students, academic faculty, and colleagues. These librarians use screencasting as an essential and creative technique to instruct all users. Patrons receive greater value when the authors…

The Computerized Braille Tutor is an interactive software tutorial that sighted persons can use to learn the literary braille code. The software presents 15 lessons that address different aspects of the literary braille code and include braille-translation exercises, proofreading exercises, and graded self-evaluation proficiency tests. (Author)

Describes a program that used the concept of cross-age tutoring to introduce computers to kindergarten students with the help of sixth graders. The use of FunWriter and other software is described, the importance of graphics is emphasized, and benefits to both groups of students are discussed. (LRW)

Surveys the present status of science instructional software in the United States. Describes project efforts at the University of Pittsburgh on the development of intelligent tutoring systems (ITS). Explains the major components and provides microworld examples of ITS. Includes the software evaluation instrument and summarizes the evaluation…

Discusses the need for quality computer software for science instruction. Argues that very little software is currently available that uses the computer's capabilities to provide quality science instruction. Describes microcomputer tutoring systems under development at the University of Pittsburgh that are intended to significantly add to the…

Describes a computer-assisted interactive video system designed to improve listening comprehension skills. The courseware makes use of a wide selection HELP OPTIONS as feedback to aid the learner's mastery of authentic natural Korean. (LMO)

Describes a course in biochemical engineering fundamentals which relies heavily on the use of personal computers. The computers are used with interactive tutorials, problems that require computer simulations of differential equations, and homework assignments. A list of computer assignments and student term projects is included. (TW)

Courseware was developed to facilitate knowledge transfer between lecture and laboratory for general chemistry at the University of Notre Dame (Indiana). One project uses a tutorial strategy. Another uses tool-based courseware for modeling and manipulation of simulated representations of chemical systems; worksheets guide student use of courseware…

Provides a behaviorist's approach to learning with the microcomputer. Considers the philosophy of dealing with computer learning including: drill and practice, using a word processor, problem solving, remedial work, simulations, tutorials, computer managed instruction, computer literacy, and inservice education. (MVL)