jeehp Search


J Educ Eval Health Prof > Volume 15; 2018 > Article
Brandl, Rabadia, Chang, Mandel, and Huh: Benefits of focus group discussions beyond online surveys in course evaluations by medical students in the United States: a qualitative study


In addition to online questionnaires, many medical schools use supplemental evaluation tools such as focus groups to evaluate their courses. Although some benefits of using focus groups in program evaluation have been described, it is unknown whether these inperson data collection methods provide sufficient additional information beyond online evaluations to justify them. In this study, we analyze recommendations gathered from student evaluation team (SET) focus group meetings and analyzed whether these items were captured in open-ended comments within the online evaluations. Our results indicate that online evaluations captured only 49% of the recommendations identified via SETs. Surveys to course directors identified that 74% of the recommendations exclusively identified via the SETs were implemented within their courses. Our results indicate that SET meetings provided information not easily captured in online evaluations and that these recommendations resulted in actual course changes.

The evaluation of medical school courses requires a range of methods to gain a sufficiently comprehensive view of the program [1,2]. Most medical schools use quantitative methods in the form of closedend rating scales with 1 or 2 opportunities for open-ended comments [3]. These quantitative methods are simple in design, easy to operate, and useful for obtaining information from a large number of students. However, the scope of online evaluations is limited and several studies have reported that students fill out these evaluations mindlessly [4]. As a consequence, some medical schools have implemented qualitative collection methods such as focus groups to supplement online course evaluations and to ‘tell the story’ behind closedended rating scales [5,6]. Focus groups provide space for clarifying questions and allow a face-to-face dialogue between students and faculty. In addition, focus groups can encourage student interactions that reveal issues not addressed in online evaluations and promote discussion of practical solutions. The process of organizing, conducting, and analyzing data from focus groups requires significant resources. It is unclear, however, whether these in-person qualitative methods provide sufficient additional information beyond online evaluations to warrant investment in them. Furthermore, any evaluation system must be judged on whether the results collected actually lead to curricular changes.
The University of California, San Diego (UCSD) School of Medicine has implemented student evaluation team (SET) focus group meetings for the evaluation of preclerkship courses in addition to online questionnaires [5]. In this study we analyzed the recommendations gathered in SET meetings and compared them to the information captured from the open-ended comments of online evaluations. We next determined whether recommendations from SET meetings resulted in actual course changes (Fig. 1).
SET meetings were scheduled after each of the preclerkship core courses. The course director, academic deans, and approximately 16 randomly selected students who recently completed the course participated. The Assistant Dean for Educational Development and Evaluation (Doctor of Philosophy in Psychology and Master in Health Profession Education), who is not involved the coursework, facilitated these meetings. In the meetings, students considered the course as a whole and commented on “what worked well in this course and what didn’t” [5].
Notes from 9 SET meetings for second-year medical student courses (academic year 2015–2016) taken by 2 second-year medical students (S.V.R. and A.C.) were analyzed. SET meetings were scheduled on 9/25/15 for course 1, 10/12/15 for course 2, 10/23/15 for course 3, 11/2/15 for course 4, 11/30/15 for course 5, 1/4/16 for course 6, 2/19/16 for course 7, 3/7/16 for course 8, and 3/18/16 for course 9, and lasted for 1 hour each. Feedback that included potential solutions was identified in a grounded theory-based approach and coded into the following 7 categories: issues related to specific teaching modalities used in courses, the overall course content, specific lectures (content and organization), sequencing of course events, administrative course components, exams, and study materials.
Open-ended comments from online questionnaires were analyzed for the same 9 preclerkship courses for second-year medical students. In these online questionnaires, a 20-item Likert-style survey was followed by a request for comments related to the course. The survey was administered after the end of each course and 714 deidentified responses from second-year medical students were collected. The overall response rate of the online questionnaires was 66%. A total of 293 comments from the online questionnaires of the 9 preclerkship courses were analyzed. Online comments corresponding to SET meeting comments were identified.
During the following year (2016–2017), surveys were sent to each course director (n= 9) as their course began. These surveys asked the course director whether they had implemented the suggested changes in their course. Course directors responded to each of the recommendations with “yes,” “somewhat,” or “no.” For the quantitative analysis of course directors’ responses, a response of “yes” for a specific recommendation was considered as 100% implemented. A response of “somewhat” was considered as 50% implemented, and a response of “no” as 0% implemented. Surveys were completed on 9/12/16 for course 1, 10/9/16 for course 2, 3/13/17 for course 3, 11/7/16 for course 4, 11/18/16 for course 5, 12/6/16 for course 6, 1/27/17 for course 7, 2/27/17 for course 8, and 2/27/17 for course 9. Raw data are available from Supplement 1.

Ethic statement

The UCSD Institutional Review Board designated this study as an EBP/QI/QA (evidence-based practice, quality improvement, and quality assurance) project and therefore did not require full review (IRB approval no., 151319QI).
Analysis of the SET meeting notes yielded 69 suggested course improvements that included potential solutions, which were coded into the 7 categories listed earlier (Table 1). Of the 69 issues identified via SET, online evaluations captured 34 (49%). Specifically, SETs were superior in capturing feedback regarding specific teaching modalities in courses (18% appeared in online evaluations), problems related to the overall course content (25% online), and lecture content and organization (25% online). In contrast, online evaluations captured most of the deficiencies in study materials (80%), administrative course components (67%), exam-related problems (63%), and sequencing of course events (58%).
Survey data from the course directors identified that 74% of the recommendations captured exclusively in SETs (in contrast to online evaluations) translated into course changes (26 of 35). Table 1 lists all suggested improvements and indicates whether each item was implemented by the course director and captured in the open-ended comments from the online evaluations.
Evaluation is an integral part of medical education, and many tools are available to comprehensively characterize a program. One major purpose of collecting evaluations is to guide instructional improvement. Our analysis revealed that 74% of the SET-identified actionable items translated into course changes, implying that the focus groups served as a catalyst for discrete course adjustments. Studies have suggested that written comments may provide useful information that go beyond that of numerical ratings generated by closedended Likert-style questionnaires [7]. However, 2 major problems are associated with open-ended comments. First, interpreting students’ comments is not an easy task and there are no opportunities for asking clarifying questions. Second, open-ended comments often lack specificity and contextual factors [7]. Implementing a focus group as part of the evaluation process addresses both shortcomings. SET meetings facilitate negotiation, listening, and responding. Recommendations suggested by students in these meetings are discussed with faculty and deans in a collaborative dialogue. Students can explain proposed solutions and avoid confusion or misjudgments from faculty. In contrast to online open-ended comments, SET evaluations were rich in specific suggestions for improvement and also often included a contextual factor. Most importantly, our results indicate that suggestions identified in the SET meetings met the gold standard for evaluation comments—they actually led to course changes. The ‘give-and-take’ from multiple stakeholders in a course can best facilitate this process.
No single evaluation tool will capture the entirety of all potentially useful feedback. The choice of an evaluation model should no longer be a treasure hunt for the one perfect evaluation model. It should be viewed as an ‘all of the above’ approach, rather than a ‘best single answer’ choice. Our data indicate that including open-ended focus groups can provide rich solution-based feedback that makes this a worthwhile tool to add to the evaluation toolbox.


Authors’ contributions

Conceptualization: KB, SVR, AC, JM. Data acquisition: SVR, AC. Data analysis: KB, SVR, AC. Project administration: KB, JM. Writing–original draft: KB, JM. Writing–review & editing: KB, SVR, AC, JM.

Conflict of interest

No potential conflict of interest relevant to this article was reported.





Supplementary materials

Supplement 1. Data files are available from
Supplement 2. Audio recording of the abstract.


1. Brandl K, Mandel J. What else is happening?: a more holistic view of programme evaluation. Med Educ. 2018;52:352–354.
crossref pmid
2. Colbert-Getz JM, Baumann S. Changing medical students’ perception of the evaluation culture: is it possible? J Educ Eval Health Prof. 2016;13:8.
crossref pmid pmc pdf
3. Koufakou A, Gosselin J, Guo D. Using data mining to extract knowledge from student evaluation comments in undergraduate courses. Proceedings of the 2016 International Joint Conference on Neural Networks (IJCNN); 2016 Jul 24-29; Vancouver, Canada. Piscataway (NJ). Institute of Electrical and Electronics Engineers. 2016. 3138–3142.
4. Uijtdehaage S, O’Neal C. A curious case of the phantom professor: mindless teaching evaluations by medical students. Med Educ. 2015;49:928–932.
crossref pmid
5. Brandl K, Mandel J, Winegarden B. Student evaluation team focus groups increase students’ satisfaction with the overall course evaluation process. Med Educ. 2017;51:215–227.
crossref pmid
6. Hsih KW, Iscoe MS, Lupton JR, Mains TE, Nayar SK, Orlando MS, Parzuchowski AS, Sabbagh MF, Schulz JC, Shenderov K, Simkin DJ, Vakili S, Vick JB, Xu T, Yin O, Goldberg HR. The Student Curriculum Review Team: how we catalyze curricular changes through a student-centered approach. Med Teach. 2015;37:1008–1012.
crossref pmid
7. Alhija FN, Fresko B. Student evaluation of instruction: what can be learned from students’ written comments? Stud Educ Eval. 2009;35:37–44.

Fig. 1.
Flowchart of study design. SET, student evaluation team.
Table 1.
Actionable recommendations (n=69) identified by SET input
Course Actionable recommendations identified in SETs (by category) Implementationa) Captured in online evaluationsb)
Study materials
 1 Implementing an additional practice quiz in a specific block. Yes No
 1 Framing practice questions within clinical scenarios. Yes Yes
 1 Improving the similarity of practice quiz questions and final exam questions. Yes Yes
 3 Organizing practice quizzes by week regardless of the subject matter. Yes Yes
 3 Including detailed explanations for the […] question on the practice quiz. Yes Yes
 4 Increasing the number of practice quiz questions to ≥ 25. Some No
 4 Providing practice quizzes as PDFs as well as on the online exam software. No Yes
 4 Specifying the relevant lecture within each practice quiz question explanation. Some Yes
 6 Increasing the resolution of specific images on the practice quizzes. Yes Yes
 7 Adding more practice questions to a specific course syllabus. Yes Yes
Sequencing of events/coordinating events
 1 Adjusting the scheduling of a patient presentation that includes difficult psychosocial interactions and sensitive topics to allow adequate time for reflection. No No
 1 Adjusting the schedule to provide any integrative reviews of a complex topic immediately after that topic’s presentation in lecture, rather than at the end of the course. Some Yes
 2 Adjusting the schedule to provide a full day for processing between a complex topic presented in lecture and small group exercises on the same topic. Yes Yes
 3 Improving coordination between the physical exam in the practice of medicine course with the corresponding material in the relevant block. Yes No
 3 Ensuring that diseases presented in clinical skills sessions are described in lectures prior to those sessions. Some No
 3 Adjusting the schedule to prevent the placement of a flipped lecture onto a lecture-heavy day, especially if the following day includes TBL on that material. Some Yes
 4 Improving the scheduling of the laboratory sessions. Yes No
 5 Adjusting the schedule to avoid 4-hour lecture blocks the day before the final exam. Yes Yes
 6 Ensuring that conditions presented in case studies sessions are described in lectures prior to those sessions. Yes Yes
 6 Adjusting the lecture schedule to avoid presenting particularly complex and difficult concepts immediately before the final exam. Yes Yes
 8 Scheduling all pathology lectures after the relevant pathophysiology lectures. Some No
 8 Adjusting the lecture schedule to reflect the topic sequence within the recommended textbook of the course. Some Yes
Course (administrative component)
 1 Posting of lecture notes beforehand to enable the students to download in time. Yes No
 1 Clarifying the learning objectives on […]. Yes Yes
 1 Improving the clarity of acronyms used in lectures and proofreading lecture notes for typos. Some Yes
 1 Clarifying specific details on the drug list posted on the course website. Some Yes
 2 Encouraging lecturers to maintain timing of lectures to 50 minutes. Yes Yes
 4 Improving the correlation of the drug list with the lecture material. Yes Yes
 6 Clarifying the relative importance of textbook material early in the course. Yes Yes
 6 Requiring lecturers to finish within their allotted time. Yes Yes
 7 Adding space on small group handout to allow annotations. Yes No
 7 Posting the drug list for […] on the course website. Yes No
 8 Focusing reports of negative performance to students rather than including deans and other administrators. Yes No
 8 Providing clear expectations on textbook reading (supplemental versus required). Some Yes
Course content
 1 Providing more emphasis for the importance of high-yield facts during the introduction lecture. Yes No
 1 Adding an introductory lecture in a specific block. Some No
 2 Adding definitions of […] to the lecture slides. Yes No
 2 Include an integrative overview figure (favorite figure) to guide students to differentiate between different tests. Yes No
 2 Adding organization to lectures and start with an important overview before adding details. Some Yes
 2 Adding specific sessions within this course on how to write research papers. Some Yes
 3 Adding the presentation of drugs into the […] lecture. Some No
 4 Adding the discussion of specific diseases […] that are important for USMLE step 1. Some No
 2 Providing calculators on computerized exams other than the calculator embedded in the exam software. Yes No
 3 Adding more images to a specific portion of the exam. Yes Yes
 3 Adding explanations to the […] portion in the exam review session. Yes Yes
 4 Providing images with higher resolution on the computerized exam. Some No
 4 Matching the difficulty of practice questions with actual exam questions. Yes Yes
 8 Modifying the questions to reflect USMLE guidelines for multiple choice questions and increasing the use of clinical vignettes in question stems. Yes Yes
 8 Ensuring that images used on the computerized exam are high-resolution. Some Yes
 9 For each exam question that requires multiple lab values or a common clinical vignette, ensure that each question provides the needed information. Yes No
Lecture organization/content (specific lectures)
 1 Increasing the emphasis of general concepts rather than small details in the […] lecture. Yes No
 1 Matching the […] lecture content with the learning objectives. Some No
 3 Adding more opportunities for interactive engagement and expanding on the pathophysiology of the […] lecture. Yes No
 3 Improving the organization of the […] lecture. Some No
 3 Eliminating duplicative material of the […] lecture. No Yes
 4 Reducing the amount of slides in the […] lecture. Yes No
 5 Reducing the research background in the […] lecture and increasing its clinical relevance. Yes No
 8 Improving the organization for the […] lecture. Yes Yes
Specific teaching modalities
 1 Providing PowerPoint summary slides for the small groups to minimize the impact of facilitator variability between the groups. No No
 2 Assigning a specific time in the beginning of the small group exercise for students to review the paper. No Yes
 3 For in-class problem-solving sessions, posting detailed answers immediately after class. Yes No
 3 Increasing the interactive component of the […] sessions. Yes No
 4 Changing teaching modalities (small group activities should be replaced by TBL sessions). Some Yes
 5 Eliminating slides that only show pathologic tissues, rather providing slides with additional information. No No
 6 For case study problems, ensuring that each problem is formatted so it can be used later as a practice question, by providing the question with the answer on the following slide. Yes No
 7 Improving facilitator training to ensure that proper etiquette is enforced in all small group sessions. Yes No
 7 Improving facilitator training to ensure each facilitator provides an adequate overview of the disorder and associated pharmacology. Yes No
 8 Improving the case vignettes during the laboratory sessions. Some No
 9 Adding detailed explanations to the small group. No No

SET, student evaluation team; TBL, team-based learning; USMLE, United States Medical Licensing Examination.

a) Course directors revealed whether the suggested change was fully implemented (yes, n=41), somewhat implemented (some, n=21), or not implemented (no, n=7).

b) Actionable recommendations were captured (yes, n=34) or not captured (no, n=35) by open-ended comments from online evaluations.

Editorial Office
Institute of Medical Education, College of Medicine, Hallym Unversity, Hallymdaehak-gil 1, Chuncheon 24252, Korea
TEL: +82-33-248-2652   FAX: +82-33-241-1672    

Copyright © 2019 by Korea Health Personnel Licensing Examination Institute. All rights reserved.

Developed in M2community

Close layer
prev next