✓ Student Learning: Assignment
(No) Student Learning: Course
(No) Student Learning: Major
(No) Student Learning: Degree
(No) Student Engagement
(No) Student Success
(No) Academic Intimacy/Rapport
(No) Enrollment
(No) Retention
(No) Completion
(No) Graduation
(No) Articulation
(No) Graduates' Career Success
(No) Testing (e.g., GRE, MCAT, LSAT, CAAP, CLA, MAPP)
(No) Other (please describe)
✓ Instruction
(No) Instruction: Games
(No) Instruction: One Shot
(No) Instruction: Course Embedded
(No) Instruction: Self-Paced Tutorials
(No) Reference
(No) Educational Role (other than reference or instruction)
(No) Space, Physical
(No) Discovery (library resources integrated in institutional web and other information portals)
(No) Discovery (library resource guides)
(No) Discovery (from preferred user starting points)
(No) Collections (quality, depth, diversity, format or currency)
(No) Personnel (number and quality)
(No) Other (please describe)
(No) Undergraduate
✓ Graduate
(No) Incoming
(No) Graduating
(No) Pre-College/Developmental/Basic Skills
(No) Other (please describe)
(No) Arts
(No) Humanities
(No) Social Sciences
(No) Natural Sciences (i.e., space, earth, life, chemistry or physics)
(No) Formal Sciences (i.e., computer science, logic, mathematics, statistics or systems science)
✓ Professions/Applied Sciences
(No) English Composition
(No) General Education
(No) Information Literacy Credit Course
(No) Other (please describe)
(No) Assessment Office
✓ Institutional Research
✓ Teaching Faculty
(No) Writing Center
(No) Information/Academic Technology
(No) Student Affairs
(No) Campus Administrator
(No) Library Administrator
✓ Other Librarian
(No) Other (please describe)
(No) Survey
(No) Interviews
(No) Focus Group(s)
(No) Observation
(No) Pre/Post Test
✓ Rubric
(No) Other (please describe)
(No) Student Portfolio
(No) Research Paper/Project
✓ Class Assignment (other than research paper/project)
(No) Other (please describe)
(No) Test Scores
(No) GPA
(No) Degree Completion Rate
(No) Retention Rate
✓ Other (please describe)
Survey data
At Western University of Health Sciences, faculty are embracing the flipped classroom model. In the past, we noticed that students were not performing well on the assignments. We wanted to know: Is the flipped or didactic method of instruction more effective at preparing third-year Optometry students to use evidence-based medicine in clinical practice? This course is taught in two sections, which provided us an opportunity to perform a quasi-experimental study with two cohorts.
Team members included the instructor of the course, who is also the Dean of the College of Optometry, an Optometry faculty member who would see them in the semester following this course, the Director of Institutional Research Effectiveness, and four librarians. We also included two faculty from the College of Podiatric Medicine who are experts in EBM as consultants for assessment, and to include an aspect of interprofessional research.
We did not find much literature evaluating the effectiveness of Evidence-Based Medicine (EBM) instruction using the flipped model. Literature was split between advantages and disadvantages of flipping the classroom for other disciplines, so we wanted to see if it would work for EBM.
The librarians learned that faculty members on our campus want to include us in student learning assessment, we just need to reach out to them. Faculty for this project worked with us on every step, including modifying the assignment and rubric and planning instructional activities. We also learned that we need to be included in student assessment, and are working to have more library assessments in University level surveys.
We concluded that, while there was no statistically significant difference in student performance on assignments, qualitatively, students who received flipped instruction seemed to have progressed to more complex steps of the Evidence-Based Process.
Most importantly, I learned not to rush into research as a result of this project. Any research that I conduct now will be thoroughly planned out.
We will use the information learned here in future assessments of teaching Evidence-Based Medicine (EBM). This will be throughout Western University of Health Sciences, not just the College of Optometry. Since flipping seemed more effective, we can use the evidence gathered here to persuade other Colleges include more hands on activities to reinforce EBM concepts.
We are currently working with our Institutional Research and Effectiveness Department conducting program review for the library. We can use this information with WASC to demonstrate that we are effectively teaching information literacy because we are able to draw parallels between each of these standards and EBM.
Please list any articles published, presentations given, URL of project website, and team leader contact details.
Librarians collaborating with faculty to develop and deliver an Evidence-Based Eye Care Course
Poster, Medical Library Group of Southern California and Arizona conference, 2012
Co-authored by Frances Chu, R. Rudy Barreras, and Elizabeth Hoppe
Librarians collaborating with faculty to develop and deliver an Evidence-Based Eye Care Course
Poster, California Academic & Research Libraries conference, 2012
Co-authored by Frances Chu, Rudy R. Barreras, and Elizabeth Hoppe
Librarians collaborating with faculty to develop and deliver an Evidence-Based Eye Care Course
Poster, Medical Library Association conference, 2013
Co-authored by Frances Chu, Rudy R. Barreras, and Elizabeth Hoppe
Using images and video in teaching and property rights
Session Presenter, Association of Optometric Contact Lens Educators Conference, 2013
Ruth Harris, MLIS
Harriet K. & Philip Pumerantz Library
Western University of Health Sciences
309 E. Second Street
Pomona, CA 91766
(909) 469-5466
harrisr@westernu.edu
Flip or Flop? Flipped vs. Didactic Instruction for Evidence-Based Eye Care
Librarians work with the Dean of the College of Optometry to teach Evidence-Based Eye Care. We researched the impact of flipping the class on retention and ability to apply Evidence-Based Practice (EBP) concepts. Cohort 1 received lecture. Cohort 2 viewed videos before class and did hands-on activities. We found no statistical significance between the cohorts’ assignments. However, qualitatively, Cohort 1 focused on EBP step 1; Cohort 2 advanced to step 2.
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