Suggests that as professors contemplate designing and implementing problem-based learning, they are likely to encounter many obstacles that may persuade them to abandon their efforts. To help alleviate these problems, this article provides insights into how professors overcome these obstacles. (SWM)

Defines heuristics as cognitive "rules of thumb" that can help problem solvers work more efficiently and effectively. Professors can use a heuristic model of problem solving to guide students in all disciplines through the steps of problem-solving. (SWM)

Asserts that within the context of problem-based learning environments, professors can encourage students to use computers as problem-solving tools. The ten-step Integrating Technology for InQuiry (NteQ) model guides professors through the process of integrating computers into problem-based learning activities. (SWM)

Discussion of the problem-based learning approach in higher education looks at its origins in medical curricula, characteristics of the original method, the variety of educational objectives possible with this approach, problem-based curriculum development, advantages of the method, and its use outside the medical domain. (MSE)

Three principles based on research in cognitive psychology explain the potential power of problem-based learning: (1) learning is a constructive, not a receptive process; (2) metacognition affects learning; and (3) social and contextual factors influence learning. These principles are more likely to be activated when specific teacher behaviors and…

Drawing on 11 years' experience with a problem-based learning master's in business education program, educators at Ohio University identify critical issues in implementation of the approach, including definition of goals, elements of the curriculum development process, problem design and method of extracting learning, the teacher's role, skills…