Drawing on data from five large enrolment introductory courses in a public university, we compared students' perceptions of blended learning on design, interaction, learning, and satisfaction in four different blended models. The models, which were the result of a course redesign initiative, had different combinations of face-to-face lectures,…

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…

We compare student learning and perception data from astronomy, physics, and geology courses taught in a traditional classroom with individual desks to the same classes taught in a large auditorium. In a large student sample (1,593 students), there is no clear difference between rooms in measures of failure rates or average final grades. However,…

One critical element of increasing science literacy is student engagement. In this article, I report on the impacts of changing an introductory environmental science class to move away from standard lecture delivery and increase student engagement in science. The class was designed around small-group activities, inquiry labs, and substantial use…

Having nonmajor general biology students teach each other in small groups helped improve student learning when compared to students in traditional lecture-based courses. This form of collaborative learning helped students with the lowest grades the most. (Contains 2 tables and 2 figures.)

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)

This study of the influence of graduate teaching assistants upon student reactions to introductory sociology focuses on two questions: (1) Does the graduate teaching assistant influence student satisfaction with the sociology course as a whole? and (2) Do students feel they derive the essence of the course from the lecture or the small discussion…

The results of a three-year project introducing small-group experiential learning techniques into a traditionally structured first-year lecture course are presented. Ways to introduce the techniques into large classes with no increase in resources are discussed. (MSE)

Reviews literature on class size and its influence on student performance, attitudes, and behavior, highlighting a recent study of the effect of lecture-group size on the latter variables in an introductory college nutrition course. Student class-size preferences, attitudes about large-class characteristics, interest in the discipline, attitudes…

A new look at the standard lecture/discussion format for the large introductory college course is offered, along with suggestions to upgrade its quality. Foci for improvement include organization of lecture material, teacher-student interaction, lecture delivery, feedback, discussion group supervision, and course evaluation. (JMD)

An experimental study was designed to study the effectiveness of Problem Based Learning (PBL) in the context of higher education in an urban-city university in Lima, Peru. In the fall semester of 2004, eleven sections of Chemistry 1 were offered to first year students in the College of Science at this University. In six of these eleven sections…