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Dochy, F. J. R. C.; And Others – European Journal of Agricultural Education and Extension, 1996
Research shows that learning efficiency increases by building on prior knowledge and using multiple assessment tools. Powerful learning environments start with authentic problems and build knowledge through cooperative learning. Informal assessments integrated with assessments of prior knowledge identify further educational approaches. (SK)
Descriptors: Educational Assessment, Educational Environment, Efficiency, Learning Processes

Stockhausen, Lynette; Zimitat, Craig – Educational Media International, 2002
Discusses higher education's goal of teaching students to become independent critical thinkers and explores the theoretical background to the development of The Interdisciplinary Critical Thinking Tool (TICTT), an Internet tool based on a model that incorporates concepts from cognitive apprenticeship, problem-based learning, and critical thinking.…
Descriptors: Critical Thinking, Higher Education, Interdisciplinary Approach, Internet

Ronteltap, Frans; Eurelings, Anneke – Distance Education, 2002
Discusses the results of an experimental study in which university students used a collaborative learning tool in between regular meetings of a tutorial group in problem-based learning. Highlights include a model of asynchronous collaborative learning mechanisms; interactions; information processing; and social factors. (Author/LRW)
Descriptors: Higher Education, Interaction, Interpersonal Relationship, Learning Processes
Kapp, Karl M.; Phillips, Timothy L.; Wanner, Janice H. – Performance Improvement Quarterly, 2002
Outlines a conceptual framework for using a problem-based learning model for teaching the Instructional Design Business Acquisition Process. Discusses writing a response to a request for proposal, developing a working prototype, orally presenting the solution, and the impact of problem-based learning on students' perception of their confidence in…
Descriptors: Higher Education, Instructional Design, Learning Strategies, Models

Jonassen, David H.; Hernandez-Serrano, Julian – Educational Technology Research and Development, 2002
Discusses the increased emphasis on problem solving and problem-based learning in instructional design and the need for new methods for task analysis and models for designing instruction. Defines the rationale and means for analyzing, organizing, and presenting stories to support problem solving by case-based reasoning. (Author/LRW)
Descriptors: Case Method (Teaching Technique), Instructional Design, Models, Problem Based Learning

Conway, J.; Sharkey, R. – Nurse Education Today, 2002
A study involving 180 Australian nursing students and 41 clinical mentors evaluated a flexible delivery system rotating clinical practice with classroom/online courses involving problem-based learning. There was evidence of increased self-confidence, self-direction, and goal setting. Faculty, students, and mentors had concerns about assessment and…
Descriptors: Clinical Experience, Computer Mediated Communication, Foreign Countries, Higher Education

Friedman, Robert S.; Deek, Fadi P. – Journal of Interactive Learning Research, 2002
Discusses how the design and implementation of problem-solving tools used in programming instruction are complementary with both the theories of problem-based learning (PBL), including constructivism, and the practices of distributed education environments. Examines how combining PBL, Web-based distributed education, and a problem-solving…
Descriptors: Computer Science Education, Constructivism (Learning), Problem Based Learning, Problem Solving

Lester, Frank K. – Journal for Research in Mathematics Education, 1994
Provides a brief overview of past research in mathematical problem solving, discusses the apparent recent decline in research in this area, and suggests some issues and questions that should be the focus of research. (42 references) (MKR)
Descriptors: Educational History, Elementary Secondary Education, Mathematics Education, Problem Based Learning

Cohen, Norman R. – Biochemical Education, 1994
Provides examples to aid in describing the transferable skills gained rather than rote memorization through the use of problem-based learning. Also demonstrates how the distance-learner (student with poor access to libraries and virtually no interaction with other students) can benefit from certain elements of a problem-based approach. (ZWH)
Descriptors: Biology, Cognitive Style, Distance Education, Higher Education

Bechtel, Gregory A.; Davidhizar, Ruth; Bradshaw, Martha J. – Nurse Education Today, 1999
Problem-based learning emphasizes critical thinking and clinical judgment. Competency-based education focuses on clinical competence. A merger of the two in nursing education could generate higher levels of inquiry and more expert clinicians. (SK)
Descriptors: Competency Based Education, Critical Thinking, Educational Philosophy, Higher Education

Smith, C. A., Ed. – Biochemical Education, 1999
Discusses the problem-based learning format as it relates to the education of medical students. Describes key objectives in the education of physicians and questions how effective medical schools are in achieving those key objectives using a problem-based format. (CCM)
Descriptors: Curriculum, Higher Education, Knowledge Level, Learning Theories

Davis, Paul; Kvern, Brent; Donen, Neil; Andrews, Elaine; Nixon, Olga – Journal of Continuing Education in the Health Professions, 2000
Pre/posttest data on 40 physicians who completed problem-based clinical scenarios on osteoporosis revealed that 39 showed improvement or modest change in postworkshop scores, especially in terms of management of male patients, determination of risk factors, and use and interpretation of bone density tests. (SK)
Descriptors: Medical Education, Medical Evaluation, Physicians, Pretests Posttests

Mierson, Sheella; Parikh, Anuj A. – Change, 2000
A professor and a student offer their views of problem-based learning as experienced in a University of Delaware undergraduate class in physiology. Vignettes of class activities and discussions are interspersed with a review of the history of and research on problem-based learning. (DB)
Descriptors: Higher Education, Instructional Effectiveness, Physiology, Problem Based Learning

Greenwald, Nina L. – Science Teacher, 2000
Focuses on problem-based learning (PBL). Explains ill-defined problems of PBL and compares PBL with the typical problem solving approach. Lists 10 steps to involve students in constructing understanding for use with PBL. (YDS)
Descriptors: Constructivism (Learning), Creative Thinking, Critical Thinking, Inquiry

Laughton, David; Ottewill, Roger – Education + Training, 1998
Having business students work on commissioned projects from external clients provides an opportunity for problem-based learning. Projects should provide coherent strategies for curriculum support, potential for integration, specification of learning outcomes, emphasis on process as well as product, and occasion for reflective practice. (SK)
Descriptors: Business Education, Higher Education, Problem Based Learning, School Business Relationship