Teaching Q Methodology to Baccalaureate Nursing Students

Saturday, 21 April 2018

Desiree Hensel, PhD, RN, PCNS-BC, CNE1
Debbie Judge, DNP2
Angela Opsahl, DNP2
(1)School of Nursing, Curry College, Milton, MA, USA
(2)School of Nursing, Indiana University Purdue University, Columbus, IN, USA

Background: There is a growing professional emphasize on providing patient-centered care, but teaching patient-centered research methods in nursing curricula is far from routine. Q methodology is a philosophical framework and set of techniques used to systematically study subjective attitudes, beliefs, and opinions in a way that minimizes researcher bias. Participants actively make their preferences known through a sorting process; then by-person factor analysis is used to find groups with shared viewpoints. Q methodology can be used for research, quality improvement, and program evaluation; but few nurses have a basic understanding of this mixed-method design. The purpose of this project is to describe the implementation and evaluation of a one-day class in a baccalaureate nursing research course created to increase students’ awareness of Q methodology.

Methods: Following a brief overview, students actively engaged in a mock Q study by generating opinion statements, known as a concourse, about their K-12 substance abuse education. Then students performed a Q sort and entered data into a web-based program. After reviewing the steps of data analysis, examples of undergraduate honor student Q methodology studies were shared with the group. Content was reinforced as students applied Q methodological principles and techniques to evaluate the class. The project was classified by the university Institutional Review Board as non-human subjects research. Students provided written responses to four evaluations questions regarding impressions of the class and the method to populate the concourse. The following week, students sorted their level of agreement with 35 subjective statements on a +4 to -4 grid. Anonymous data were analyzed with PQ Method software using centroid factor analysis and varimax rotation.

Results: Thirty-three sorts resulted in a four-factor final solution that explained 45% of the variance: General Confusion (N=6), Seeing Usefulness (N=3), Valuing Practice (N=8), and Ambivalence to Research (N=11).  The most favorable attitudes were found among the Seeing Usefulness group who perceived that Q methodology was a good way to do patient-centered research and find opinions. Overall, the interactive format (1, 1, 3, 4) and participating in the step-by-step mock study (0, 2, 4, 2) were positive aspects of the class. Perceiving that the session would have better with prior knowledge (4, 0, 3, 3) and that there was too much to learn in one session (3, -2, 0, 4) represented areas for improvement.

Conclusion: This was the first study to explore outcomes from teaching Q methodology to undergraduate nursing students. The findings reinforce the best teaching and learning practices of exposing students to content prior to class and using active learning strategies. What this study adds to the literature is that teaching undergraduate students about Q methodology can generate interest in alternative approaches for studying subjectivity in nursing practice. More research is needed to understand optimal content exposure.

See more of: Poster Session 2
See more of: Oral Paper & Posters