Critical thinking skills are sought after in the workforce and are often included in course, departmental, and programmatic learning objectives. However, in the curriculum of many courses we tend to focus on content rather than on fostering the growth of the cognitive skills needed to improve critical thinking ability. Further, skills are…

This paper presents a model for teaching large classes that facilitates a "small class feel" to counteract the distance, anonymity, and formality that often characterize large lecture-style courses in higher education. One author (E. P.) has been teaching a 300-student general education critical thinking course for ten years, and the…

Describes a number of informal "turn-to-your-neighbor" approaches that create an active learning environment in college lecture settings. These include: launching class in discussion, breaking up the lecture for comprehension checks, closing class with small-group conversation, and debriefing exams. (DB)

The feedback lecture represents an attempt to address problems affecting traditional classroom lecture techniques. Typical complaints associated with the latter include boredom, one-way communication, problems with notetaking, pacing problems, lack of guidelines and outlines, lack of enthusiasm and student involvement, and an overload of detail to…

Describes and evaluates a technique used in two science lecture courses (biochemistry and introductory meteorology), in which lectures were interspersed with frequent, brief discussions within spontaneously formed small groups. Some differences were found in the ways the two professors managed the technique, but both felt in-class participation…

Discusses methods of personalizing the large introductory college psychology class. Contrasts active learning by students with lecturing by professors. Suggests that separating the large class into smaller units can facilitate active learning. Argues that active learning also can be promoted in the large class setting. (SG)

Reports the results of five contrasts between small-group learning and a more teacher-centered instructional style employed in junior high, high school, and college mathematics classes. In no case did the small-group class perform more poorly than the one led by a teacher; in one case, measuring long-term retention, the small-group class performed…

This volume offers practical suggestions to teachers on how to improve teaching methods at the higher education level. Suggestions span various types of teaching tasks and settings. Chapter 1 is on teaching in large groups and includes lecture preparation, what to do when things go wrong, evaluating a lecture, and related topics. Chapter 2…

How the computer can be used to support and improve the following teaching and study methods in geography is discussed: lectures, reading, tutoring, small group teaching, simulation, educational games, model building, problem solving, field work, written work, and exploratory data analysis. Educational problems involved in each application are…

Suggestions to help faculty discover ways of achieving interactive, investigatory, and intimate learning environments in large settings are provided. The instructional objective is to empower students to take responsibility for their own learning. (MLW)

This booklet is intended to help individuals teaching in extension programs select teaching methods that are appropriate to the subject of their particular course, the number of students enrolled in the course, its time and duration, and the place in which it is being held. The first chapter discusses the importance of making a conscious choice of…

This collection of papers provides a theoretical foundation on current practice in cooperative thinking. The papers offer many practical methods that can be applied to a full range of classroom settings. After an introduction, "HOTSICLE: Higher Order Thinking Skills in Cooperative Learning Environments" (Neil Davidson and Toni Worsham),…