Two approaches for teaching a student how to define a problem, acquire pertinent data, generate possible solutions, and optimize them for the patient are described: guided design, originating in engineering education; and problem-based learning, which has roots in medical education. (Author/MLW)

A study investigated the effectiveness of incorporating discussion groups and problem solving in a first-year pharmaceutical dosage-forms course. Students responded positively to the group discussions focusing on problem solving and the discussion summaries, which demonstrated the diversity of approaches to problem solving and focused their…

A proposed problem-based course in clinical diabetes therapy at a pharmacy school is outlined. The interdisciplinary course requires students to develop or reformulate declarative and procedural knowledge in such a way that students' cognitive strategies are enhanced. Several sample clinical cases are appended. (MSE)

An undergraduate pharmacy class in drug therapy was taught using a problem-solving approach and standardized case studies, with teacher feedback provided on case presentations using specific performance criteria. It was found that the teaching approach was successful in develop students' ability to apply pharmacotherapeutics in creation of patient…

To address specific difficulties with self-directed problem-based learning in a large-group pharmacy course, one teacher experimented with use of structured dialogs with small groups of students to provide support, emphasize process, explore concepts, and discuss assessment. Course structure, classroom experiences, and success in addressing the…

Small-group, self-directed, problem-based learning can be conducted with or without a faculty tutor. Groups without a tutor are trained to manage problem solving, change, group process, critical thinking, and independent learning skills. Processing issues are very different for tutorless and tutored groups; some issues are experienced by both.…

A pharmacy school large-group (110 students) course in pharmacokinetics was designed to incorporate small-group team-based problem solving. The method allows students to learn material through traditional lecture, research the topic further, discuss the information gained, and apply the learning to specific cases in a manner that promotes…

The multidisciplinary approach to pharmacy education used at the University of Southern California is characterized by problem-solving curricula, instruction by faculty from a diverse group of disciplines, small-group instruction with mixed disciplines, real-world case studies, evaluation by testing with new problems, and progressive conceptual…

The process of revising a University of Toronto (Canada) final-year undergraduate pharmacy therapeutics course to incorporate the principles of pharmaceutical care and problem-based learning is detailed. The final course outline and results of a course evaluation are also included. (MSE)

Describes the problem-based learning methodology used at Idaho State University College of Pharmacy. Objectives of the four-semester course sequence are to emphasize fundamental basic science concepts, develop a system for pharmaceutical diagnosis, facilitate development of clinical problem-solving skills before clerkship, foster team-oriented…

A University of Toronto pharmaceutics course which organizes information about physical chemistry around real problems, presented as case studies or laboratory projects, is described. Problems were addressed in class discussions or by unsupervised eight-student groups using self- and group evaluation procedures. Results are discussed, and three…

A third-year pharmacology course in a doctoral pharmacy program that is case based and intended for a large class is described. Aspects discussed include learning objectives, course organization, classroom activities, case selection and design, faculty involvement, grading, and areas identified for improvement. (MSE)

A large-group (110 students) pharmaceutics course, designed to use small-group case-based problem solving to address pharmaceutical manufacturing problems, is described; and student response to the course is examined. The 11 case studies used in the curriculum are summarized. The peer evaluation form is included. (MSE)

A proposed 6-year Doctor of Pharmacy program would consist of: a year of basic science and general education; a year of science focusing on the human body; 3 years of pharmacy-related disciplines presented in problem-solving, case study format, divided into "pharmaceutical care modules" rather than traditional courses; and 11 experiential…