Recently, with the development of more powerful and accurate computational tools, the inclusion of new didactic materials in the classroom is known to have increased. However, the form in which these materials can be used to enhance the learning process is still under debate. Many different methodologies have been suggested for constructing new…

We explored mediating concepts that affect clinical novices shifting between their talk "with" patients in eye examinations and their talk "about" patients in case presentations (nCPs). In a Canadian optometry teaching clinic, patient "chief concern or request", "illness experience", and…

Team teaching can be successfully used in first-year optometry. Conditions for success include a strong coordinator, mutual respect and participation of team members, and agreement about course philosophy, goals, and objectives. If organized well, a team-taught course offers consistency and integrity of topical areas and conceptual continuity.…

Questions are raised about the effectiveness of the traditional lecture method in meeting the objectives of optometric education, and the use of problem-based learning as an alternative approach is examined. (MSE)

The format and production of the portable patient problem pack, a patient simulation method designed for problem-based learning, are described. Clinical and didactic applications and development of materials specifically for optometric education are discussed and additional information for designing optometry-related materials is appended.…

An approach to teaching optometry combining didactic and problem-based teaching is described, highlighting course procedures that have evolved over a number of years. Problems are organized so students learn portions of required content, building a knowledge base while solving a succession of problems. Cases are usually presented and discussed in…

At the Pennsylvania College of Optometry, a core course in pediatric optometry was revised to use a problem-centered approach and implemented with a class of 147 students. Students were assigned specific roles to distribute work evenly. A survey found students responded positively to this approach. (MSE)

A problem-based learning approach emphasizing problem solving and self-directed learning was designed for third-year students entering vision therapy clinic rotations. The approach's use in a clinical setting, student and faculty response, and preliminary conclusions about the approach's advantages and disadvantages are discussed. (Author/MSE)

Factors in the classroom that complement a well-designed optometry curriculum are discussed, including elements of the student-teacher relationship and the classroom environment, and guidelines are provided for evaluating the outcomes of instruction. (MSE)

Considerations in planning optometric clinical experiences are discussed, including guidelines for curriculum design, typical teaching strategies, teaching methods and materials, support services and resources, student orientation and debriefing, logistics, costs, personnel, funding sources, and legal liability issues. (MSE)

Clinical optometric education is in flux. It must meet the challenges of advances in bioscience, newer diagnostic and therapeutic modalities, a changing health care environment, and interdisciplinary learning for problem solving; engender social responsibility; promote good provider-patient relations; stress primary care; and emphasize prevention.…