Active-learning approaches have recently been broadly promoted on many campuses, but research is limited on how varying levels of interaction impact student success. The aim of this study was to compare student success between two sections of an introductory biology course that used classroom response systems (i.e., clickers), but were taught with…

The increase in classroom technology has resulted in the use of clickers and other audience response systems (ARS) for simultaneous reporting of choices in the teambased learning (TBL) classroom. A variety of techniques and practices using ARS technology in TBL courses has been noted. Learning gains in the TBL classroom with ARS reporting has not…

Content area literacy strategies, which support students in developing literacy skills and better understanding disciplinary concepts, are a promising approach to teaching science at the college level. In this study, we examined the effects of incorporating literacy strategies with laboratory sections in a General Biology course. In particular, we…

Helping students take ownership of their learning is often a challenge in a large lecture course. In this article, the authors describe a nature of science-oriented group project in a chemistry course in which students gave presentations in concurrent conference sessions as well as its impact on student learning as evidenced through multiple data…

Two separate writing-to-learn activities in which students wrote to authentic audiences outside of the instructor were used in a college integrated science course, Science of Water. For the first task, students were asked to write to fourth-grade students, and for the second, students were asked to write to their academic advisor. An overview of…

Individualized instruction is defined and the distinctive elements common to the various modes of individualized instruction are presented. (CS)

Describes how Dartmouth College has integrated computers into the total curriculum of that institution with implications for individualized instruction. (CS)

Summarizes proceedings of the Honors Symposium at the twelfth annual International Congress for Individualized Instruction (II) and lists speakers who have been pioneers in the field of II. (CS)

Overviews the present status and historical background of the audio-tutorial (A-T) method, by the innovator of A-T. (CS)

Reviews conditions for effective learning, discusses the limitations on learning imposed by group instruction, and describes methods employed by the author to increase individualization. (CS)

Surveys various forms of Individualized Instruction (II) at German universities, describes the development of an II program at the University of Koln, and reports the results of a project in which II was transferred to several other universities. (CS)

Presents viewpoints by an assistant secretary at the Department of Education (DOE) regarding the status of educational research in instruction, including individualized instruction, in the United States. Discusses the need for reform in education, the ineffectiveness of the government, and the purposes and concerns of the DOE. (CS)

Describes aspects of Guided Design, a recent instructional strategy designed to teach process skills, in which students engage in the decision-making process to devise solutions for a series of open-ended problems. (CS)

Discusses the role of individualized instruction (II), and educational innovation in general, in the back-to-basics movement. Describes several approaches to innovation and lists some common reasons for the failure of innovative instructional practices. (CS)

Provides general guidelines for conducting educational research in the field of individualized instruction. (CS)