This chapter provides an overview of research in computer-based writing instruction (CBWI). CBWI may entail any type of writing instruction with computers and may refer specifically to technologies that provide computer-generated feedback and instruction. The purpose of CBWI is to support students in improving their written products and writing…

Research into the role of individual difference (ID) factors in the process of second and foreign language (L2) learning and teaching has been one of the most robust lines of inquiry in the field of second language acquisition (SLA; Dörnyei & Ryan, 2015; Griffiths & Soruç, 2020; Pawlak & Kruk, 2022). Most of these empirical…

Using a computer-based tutorial called STUDY, students navigate through content and apply studying actions such as underlining, taking notes, requesting elaborations, and attempting test items whereas STUDY creates detailed time-stamped records of the learner's interactions in a log file. Log file data are analyzed using a methodology based on the…

Discusses the effects of individual differences and cognitive styles on student learning in hypermedia programs and presents a cognitive model to illustrate how students with different cognitive styles react to non-linear learning in hypermedia by analyzing the findings of previous studies. Suggests implications for the design of hypermedia…

The article examines various ways in which learning style differences impact on the ease with which individuals gain computer mastery. Specific programs which respond better or less well to selected cognitive styles are also cited. (Author/DB)

Discussion of psychological effects associated with the increasing capabilities of new technology focuses on issues involved with multimedia teaching systems and the development of the self. Includes a review of technology attitudes and individual differences in relation to the voluntary use of technology and contrasts that with the rejection of…

Provides a conceptual foundation for the development of hypermedia as an instructional tool for addressing individual differences in learning styles. Highlights include a literature review; computers and instruction; individual differences, computers, and instruction; cognitive controls; cognitive styles and learning; personality types; and future…

Defines the functions of windows that are used as visual display techniques in computer software systems, reviews research on the effectiveness of window environments, discusses knowledge structures, and presents principles for designing windowed environments based on research findings and individual differences and screen design research. (10…

Describes the implementation of two graduate courses in education where doctoral students completed their major assignments as multimedia projects rather than as written papers. Discusses affordable software; minimal in-class time; personalized feedback; parsimony; personalization; individual differences; interactivity; student motivation; and…

Provides background information and basic options of Didascalia, a computer-assisted language learning center at the University of Antwerp (Belgium) in the domain of language methodology and technology. (CK)

Analyzes instructional theory requirements and suggests that structural learning theories meet these requirements. Essentials of such theories are illustrated in the context of designing an instructional unit on subtraction. Structural learning theories are then described more generally and contrasted with cognitive theories. Implications for…

Development of a computerized questionnaire and inventory designed to identify college students with weak or ineffective study skills is described. The instruments are part of a computer software package being developed to support students and faculty in improving study skills. The rationale under which students are advised in the program is also…

Describes a case study of a graduate class that investigated how students learn and collaborate in a Web-based course designed according to the current social-constructivist conception of learning. Discusses independent and collaborative activities; how student learn to use technology; communication; student preferences; learner differences;…

Describes the development of a 3-D virtual environment for secondary school and college physics and chemistry. Discusses individual learning styles; the effectiveness of visual stimuli in science education; implications of visual learning in designing instruction for differences in learning styles; and conceptual understanding. (LRW)

Examines some research directions for future information professionals in the context of school education, particularly in relation to information literacy and multimedia. Highlights include future research needs; abilities and attitudes of students; interactive multimedia; new technologies; teacher-student interactions; and computer-assisted…