A discussion of innovation in optometry instruction emphasizes the need for careful consideration of new methods and technologies and for a strategy for measuring the innovation's effect. The process of curriculum reform, role of pedagogy and technology in that process, and use of outcomes assessment to monitor change are examined. (MSE)

A statement of the Council for Optometric Education (COE) defines and characterizes educational outcomes, outcomes assessment, and outcomes data, and explains the reasons for outcomes assessment, its relationship to curricular design, and its function in accreditation of optometry programs. Stated COE standards and expectations of optometry…

Discusses how the New England College of Optometry has expanded clinical education so graduates are equipped to handle new and advanced clinical and patient-care responsibilities and meet the changing standards of professional entry-level competency. The reform process, third- and fourth-year curriculum components, rotations, and plans for…

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…

The author argues that any new curricular model for optometric education must be responsive to evolving scientific and societal trends and consistent with the long-term goals of the profession. Some of these trends are outlined, including advancing technology and related improvement in health care and health care reform. (MSE)

Compares the 1995-96 curricula of U.S. optometry schools, focusing on clock hours and proportion of curriculum devoted to specific content areas. Results indicate greater variation in some areas than in others, and changes in curricular emphasis since a previous study, particularly consolidation in hours devoted to basic sciences and expansion in…

Issues of quality in clinical education that have emerged in the evaluation of colleges of optometry according to new Council on Optometric Education standards are reviewed. Specific standards and problems are cited, and common areas of weakness are summarized. (MSE)

A review of optometry's twentieth-century history looks at curriculum standardization and recognition of the doctorate in Optometry, federal legislation, public health movement, optometry in universities, use of pharmaceuticals, the primary care concept, Optometry in group health care, growth of professional publications, and entry into health…

Three optometric educators provide separate perspectives on how and why to increase the amount of clinical experience in the optometry program, addressing such issues as how many patient encounters are enough to provide adequate training, salient factors in clinical experience outside patient encounter numbers (facilities and equipment, preceptor,…

Factors supporting excellence in optometric residency programs are discussed, including initial student contact and orientation, instructional quality, teacher as resource, student quality, admission procedures, curriculum design, levels of clinical training, resources that expand the resident's experience, stature of the program within the…

The 1994 revised accreditation standards of the American Optometric Association's Council on Optometric Education (COE) are described briefly. The standards cover program mission, goals, objectives, and outcomes; administration; resources and facilities; faculty; clinical residency; curriculum; clinic management and patient care policies; research…

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.…