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M J Bernier

Publications and source records attributed to M J Bernier.

2 recordsLinked to original sources

Establishing the psychometric properties of a scale for evaluating quality in printed education materials.

A study establishing the psychometric properties of a quality standard for quantifying the presence (or absence) of instructional design/learning principles contained in printed education materials (PEMs) was conducted in 4 phases. Content validity, a pretest which included creation of a rating key, inter-rater reliability, and intra-rater reliability levels were established for the Bernier Instructional Design Scale (BIDS). Experts in patient education established content validity by identifying 37 instructional design/learning principles as essential to PEM quality from a 90 item domain. An inter-disciplinary group of 89 health professionals applied the BIDS to a test PEM. Group ratings were compared with a rating key which served as a validated standard for the presence of principles in the test PEM. Reliability of the BIDS achieved acceptable levels when rating categories were collapsed from 4 to 3 levels to be consistent with a measurement model for rating checklists. A revised methodological approach and program of psychometric research are described.

Humans

Developing and evaluating printed education materials: a prescriptive model for quality.

Nurses are frequently called upon to develop and evaluate printed education materials (PEMs) in their role as patient educators. This article describes the use of the Evaluating Printed Education Materials (EPEM) model as a prescriptive guide and quality standard for developing new PEMs or critiquing existing ones. Outlined in the five phases of the model are a series of nursing, learning, and instructional design principles that are intended to increase the relevance, readability, and comprehensibility of PEMs for the patients and families who use them. The patient-centered focus of the model makes it applicable across nursing specialty areas and care settings. Examples of how the model can be used in the care of orthopaedic patients are presented.

Humans