Student Perceptions of a Flipped Pharmacotherapy Course

Objective. To evaluate student perception of the flipped classroom redesign of a required pharmacotherapy course.Design. Key foundational content was packaged into interactive, text-based online modules for self-paced learning prior to class. Class time was used for active and applied—but primarily case-based—learning.Assessment. For students with a strong preference for traditional lecture learning, the perception of the learning experience was negatively affected by the flipped course design. Module length and time required to complete preclass preparation were the most frequently cited impediments to learning. Students desired instructor-directed reinforcement of independently acquired knowledge to connect foundational knowledge and its application.Conclusion. This study illustrates the challenges and highlights the importance of designing courses to effectively balance time requirements and connect preclass and in-class learning activities. It underscores the crucial role of the instructor in bridging the gap between material learned as independent study and its application.     

Student Performance in a Pharmacotherapy Oncology Module Before and After Flipping the Classroom

Objective. To determine if a flipped classroom improved student examination performance in a pharmacotherapy oncology module.Design. Third-year pharmacy students in 2012 experienced the oncology module as interactive lectures with optional case studies as supplemental homework. In 2013, students experienced the same content in a primarily flipped classroom. Students were instructed to watch vodcasts (video podcasts) before in-class case studies but were not held accountable (ie, quizzed) for preclass preparation. Examination questions were identical in both cohorts. Performance on examination questions was compared between the two cohorts using analysis of covariance (ANCOVA), with prior academic performance variables (grade point average [GPA]) as covariates.Assessment. The students who experienced the flipped classroom approach performed poorer on examination questions than the cohort who experienced interactive lecture, with previous GPA used as a covariate.Conclusion. A flipped classroom does not necessarily improve student performance. Further research is needed to determine optimal classroom flipping techniques.     

The Impact of Blended Learning on Student Performance in a Cardiovascular Pharmacotherapy Course

Objective. To examine student engagement with, perception of, and performance resulting from blended learning for venous thromboembolism in a required cardiovascular pharmacotherapy course for second-year students.Design. In 2013, key foundational content was packaged into an interactive online module for students to access prior to coming to class; class time was dedicated to active-learning exercises.Assessment. Students who accessed all online module segments participated in more in class clicker questions (p=0.043) and performed better on the examination (p=0.023). There was no difference in clicker participation or examination performance based on time of module access (prior to or after class). The majority of participants agreed or strongly agreed that foundational content learned prior to class, applied activities during class, and content-related questions in the online module greatly enhanced learning.Conclusion. This study highlights the importance of integrating online modules with classroom learning and the role of blended learning in improving academic performance.     

Pharmacy Student Engagement,Performance, and Perception in a Flipped Satellite Classroom

Objective. To determine whether “flipping” a traditional basic pharmaceutics course delivered synchronously to 2 satellite campuses would improve student academic performance, engagement, and perception.Design. In 2012, the basic pharmaceutics course was flipped and delivered to 22 satellite students on 2 different campuses. Twenty-five condensed, recorded course lectures were placed on the course Web site for students to watch prior to class. Scheduled class periods were dedicated to participating in active-learning exercises. Students also completed 2 course projects, 3 midterm examinations, 8 graded quizzes, and a cumulative and comprehensive final examination.Assessment. Results of a survey administered at the beginning and end of the flipped course in 2012 revealed an increase in students’ support for learning content prior to class and using class time for more applied learning (p=0.01) and in the belief that learning key foundational content prior to coming to class greatly enhanced in-class learning (p=0.001). Significantly more students preferred the flipped classroom format after completing the course (89.5%) than before completing the course (34.6%). Course evaluation responses and final examination performance did not differ significantly for 2011 when the course was taught using a traditional format and the 2012 flipped-course format. Qualitative findings suggested that the flipped classroom promoted student empowerment, development, and engagement.Conclusion. The flipped pharmacy classroom can enhance the quality of satellite students’ experiences in a basic pharmaceutics course through thoughtful course design, enriched dialogue, and promotion of learner autonomy.     

Predictors of Pharmacy Student Performance on Written and Clinical Examinations in a Flipped Classroom Curriculum

Objective. To examine the effects of student demographics, prior academic performance, course engagement, and time management on pharmacy students’ performance on course examinations and objective structured clinical examinations (OSCEs).Methods. Study participants were one cohort of pharmacy students enrolled in a five-year combined Bachelor and Master of Pharmacy degree program at one institution. Variables included student demographics, baseline factors (language assessment and situational judgement test scores), prior academic performance (high school admission rank), course engagement, and student time management of pre-class online activities. Data were collected from course, learning management system, and institutional databases. Data were analyzed for univariate, bivariate, and multivariate associations (four linear regression models) between explanatory factors and outcome variables.Results. Three years of data on 159 pharmacy students were obtained and entered in the dataset. Significant positive predictors of OSCE communication performance included domestic (ie, Australian) student designation, higher baseline written English proficiency, and pre-class online activity completion. Positive predictors of OSCE problem-solving included workshop attendance and low empathy as measured by a baseline situational judgment test (SJT). Positive predictors of performance on year 2 end-of-course examinations included the Australian Tertiary Academic Rank, completing pre-class online activities prior to lectures, and high integrity as measured by an SJT.Conclusion. Several explanatory factors predicted pharmacy students’ examination and OSCE performance in the regression models. Future research should continue to study additional contexts, explanatory factors, and outcome variables.     

Impact of Student- Versus Instructor-Directed Case Discussions on Student Performance in a Pharmacotherapy Capstone Course

Objective. To evaluate the impact of incorporating student-directed (SD) vs instructor-directed (ID) active learning on student performance in a pharmacotherapy capstone course.Design. This 9-credit course was redesigned from exclusively ID case discussions to a format in which half were SD and half were ID. Student performance on evaluation questions derived from SD sessions was compared with that from ID sessions.Assessment. Overall, students (n=299) performed better on ID-session questions than on SD-session questions (78.7% vs 75.3%, correctly answered, respectively; p<0.001). For written evaluations, students performed better on ID-session questions than on SD-session questions (79.8% vs 73.9%, respectively; p<0.001). For verbal evaluations, students performed better on SD-session questions than on ID-session questions (79.5% vs 74.5%, respectively; p<0.001). After the course revision, student confidence regarding their ability to think critically, solve problems, make decisions, and pursue lifelong learning was high, and student and faculty feedback was positive.Conclusion. Student performance in a pharmacotherapy capstone course remained acceptable when a combination of SD and ID active learning was used, but the addition of SD learning did not translate to better performance on course evaluations.     

Redesign of a Large Lecture Course Into a Small-Group Learning Course

Objective. To describe the redesign of a large self-care course previously delivered in a traditional lecture format to a small-group case-based course.Design. Prereadings and study guides were used to facilitate students’ independent learning prior to class. Large lecture classes were replaced with smaller group-based learning classes. This change in delivery format allowed students to spend the majority of class time conducting small-group learning activities, such as case studies to promote communication, problem solving, and interpersonal skills.Assessment. Changes in course delivery were assessed over a 2-year period by comparing students’ grades and satisfaction ratings on course evaluations. A comparison of course evaluations between the class formats revealed that students were provided more opportunities to develop verbal communication skills and tackle and resolve unfamiliar problems in the revised course. The activities resulted in better overall course grades.Conclusions. Redesigning to a small-group discussion format for a self-care course can be accomplished by increasing student accountability for acquiring factual content outside the classroom. Compared with student experiences in the previous large lecture-based class, students in the smaller-class format reported a preference for working in teams and achieved significantly better academic grades with the new course format.     

Current Events Project in a Pharmacotherapy Course

Objective

To implement and assess a current events project added to the curriculum of a pharmacotherapy course in a doctor of pharmacy (PharmD) program.

Design

Third-year PharmD students researched a current event topic related to infectious diseases and prepared a written and verbal summary that was presented to their classmates.

Assessment

Scores on course examinations and quizzes to assess students'' knowledge of current events material were equal to or better than non-current events material. Based upon a student self-assessment survey, this active-learning activity increased students'' awareness of current events related to pharmacy practice, and their understanding of the process to prepare and present information to a group in a statistically significant manner. There was a positive but not significant improvement in students'' desire to prepare and present information to a group; ability to evaluate, organize, and present information in a written report; and ability to verbally present material to a group.

Conclusion

The addition of a current events presentation as an active-learning activity significantly increased students'' awareness of current events related to pharmacy practice and their understanding of the process to prepare and present information to a group.     

Impact of Abbreviated Lecture with Interactive Mini-cases vs Traditional Lecture on Student Performance in the Large Classroom

Objective. To compare the impact of 2 different teaching and learning methods on student mastery of learning objectives in a pharmacotherapy module in the large classroom setting.Design. Two teaching and learning methods were implemented and compared in a required pharmacotherapy module for 2 years. The first year, multiple interactive mini-cases with inclass individual assessment and an abbreviated lecture were used to teach osteoarthritis; a traditional lecture with 1 inclass case discussion was used to teach gout. In the second year, the same topics were used but the methods were flipped. Student performance on pre/post individual readiness assessment tests (iRATs), case questions, and subsequent examinations were compared each year by the teaching and learning method and then between years by topic for each method. Students also voluntarily completed a 20-item evaluation of the teaching and learning methods.Assessment. Postpresentation iRATs were significantly higher than prepresentation iRATs for each topic each year with the interactive mini-cases; there was no significant difference in iRATs before and after traditional lecture. For osteoarthritis, postpresentation iRATs after interactive mini-cases in year 1 were significantly higher than postpresentation iRATs after traditional lecture in year 2; the difference in iRATs for gout per learning method was not significant. The difference between examination performance for osteoarthritis and gout was not significant when the teaching and learning methods were compared. On the student evaluations, 2 items were significant both years when answers were compared by teaching and learning method. Each year, students ranked their class participation higher with interactive cases than with traditional lecture, but both years they reported enjoying the traditional lecture format more.Conclusion. Multiple interactive mini-cases with an abbreviated lecture improved immediate mastery of learning objectives compared to a traditional lecture format, regardless of therapeutic topic, but did not improve student performance on subsequent examinations.     

翻转课堂在药用植物学野外实习中的应用

为解决传统药用植物学野外实习中学生缺乏主动性和创新性、实习效果差的问题。文章阐述以学生为中心的教育理念的翻转课堂教学模式。该教学模式有效激发了学生自主学习的兴趣,提高了学生自主学习能力和创新能力,提高了野外实习的教学效果。     

Impact of a Student Response System on Short- and Long-Term Learning in a Drug Literature Evaluation Course

Objective

To evaluate the effectiveness of a student response system on short- and long-term learning in a required second-year pharmacy course.

Method

Student volunteers enrolled in the course Drug Literature Evaluation were blinded and randomized to 1 of 2 groups. Group 1 attended a lecture in which the instructor used a student response system. Group 2 attended the same lecture by the same instructor an hour later, but no student response system was used. A 16-point unannounced quiz on the lecture material was administered to both groups at the end of class. Approximately 1 month later, both groups were given another unannounced quiz on the same material to test long-term student learning.

Results

One hundred seventy-nine (92.3%) students participated in both quizzes. Students who attended the class in which the student response system was used scored an average 1 point higher on quiz 1 than students who were assigned to the control group (10.7 vs. 9.7; p = 0.02). No significant difference was seen between the quiz 2 scores of the 2 groups (9.5 vs. 9.5; p = 0.99).

Conclusions

The use of a student response system can positively impact students'' short-term learning; however, that positive effect did not appear to last over time. Faculty members may want to consider the use of student response systems to enhance student learning in large lecture classes.     

Flipping Content to Improve Student Examination Performance in a Pharmacogenomics Course

Objective. To develop, implement, and evaluate active learning in a flipped class to improve student examination performance in the genetic foundations of pharmacogenomics.Design. The flipped classroom model was adopted in which a guided-inquiry learning activity was developed and conducted to complement recorded, previously viewed didactic lectures. The activity was constructed to focus on critical thinking and application of core principles of genetic crosses and pedigree analysis. A combination of independent work and active discussion with volunteer and guided student response provided student-facilitator interaction.Assessment. Student learning was evaluated by comparing pretest and posttest formative assessment results and by the comparison of prior years’ examination performance on a subset of content for which no flipped classroom learning activities occurred. There was no significant difference between examination scores between the flipped classroom and previous approaches. An item-by-item analysis of the content reflected a significant change in performance on questions addressed in the flipped classroom exercise.Conclusion. The flipped class instructional model in this project included active-learning activities and formative assessments that provided students spaced and repetitive curricular engagement. The intervention transformed the classroom interactions of faculty members and students and contributed to improved student examination performance.     

Team-Based Learning to Improve Learning Outcomes in a Therapeutics Course Sequence

Objective. To compare the effectiveness of team-based learning (TBL) to that of traditional lectures on learning outcomes in a therapeutics course sequence.Design. A revised TBL curriculum was implemented in a therapeutic course sequence. Multiple choice and essay questions identical to those used to test third-year students (P3) taught using a traditional lecture format were administered to the second-year pharmacy students (P2) taught using the new TBL format.Assessment. One hundred thirty-one multiple-choice questions were evaluated; 79 tested recall of knowledge and 52 tested higher level, application of knowledge. For the recall questions, students taught through traditional lectures scored significantly higher compared to the TBL students (88%±12% vs 82%±16%, p=0.01). For the questions assessing application of knowledge, no differences were seen between teaching pedagogies (81%±16% vs 77%±20%, p=0.24). Scores on essay questions and the number of students who achieved 100% were also similar between groups.Conclusion. Transition to a TBL format from a traditional lecture-based pedagogy allowed P2 students to perform at a similar level as students with an additional year of pharmacy education on application of knowledge type questions. However, P3 students outperformed P2 students regarding recall type questions and overall. Further assessment of long-term learning outcomes is needed to determine if TBL produces more persistent learning and improved application in clinical settings.     

Effect of Learner-Centered Teaching on Motivation and Learning Strategies in a Third-Year Pharmacotherapy Course

Objectives

To develop, implement, and assess a learner-centered approach to teaching a third-year pharmacotherapy course in a doctor of pharmacy (PharmD) program.

Methods

The pharmacotherapy course was restructured according to the learner-centered approach. The Motivated Strategies for Learning Questionnaire (MSLQ) was administered to students before and after taking the course, and changes in MSLQ subscales from baseline were evaluated. Students’ response to the learner-centered approach and characteristics associated with MSLQ scores were also evaluated.

Results

Compared to baseline, students’ intrinsic goal orientation control of learning beliefs, self-efficacy, critical thinking, and metacognitive self-regulation improved after taking the course. Students responded positively to the learner-centered approach. Additionally, students with a clinical practice career orientation or who prepared frequently for classes scored higher on several MSLQ domains.

Conclusions

The learner-centered approach was effective in promoting several domains of motivation and learning strategies in a third-year pharmacotherapy course.     

An Elective Course on Application of Clinical Pharmacy Principles

Objective. To design and implement an elective therapeutics course and to assess its impact on students’ attainment of course outcomes and level of confidence in applying clinical pharmacy principles and pharmacotherapy knowledge.Design. A 3-credit hour elective for third-year pharmacy students was structured to include problem-based learning (PBL), journal club and case presentations, and drug information activities.Assessment. Student achievement of curricular outcomes was measured using performance on SOAP (subjective, objective, assessment, plan) notes, case and journal club presentations, drug information activities, and peer evaluations. Results from a pre- and post-course survey instrument demonstrated significant improvement in students’ confidence in applying clinical pharmacy principles.Conclusion. Students completing the course demonstrated increased attainment of course outcomes and confidence in their abilities to evaluate a patient case and make pharmacotherapeutic recommendations.     

Small-Team Active Learning in an Integrated Pharmacokinetics Course Series

Objectives. To implement a pharmacokinetics curriculum that used small-team active learning and assess students’ perceptions.Design. The course design and delivery were based on delivery of Student Team lecture followed by concept reinforcement through problem-based learning sessions. Course faculty members facilitated classroom and problem-based learning discussions to promote an active-learning environment.Assessment. An anonymous survey instrument was administered to students prior to and following completion of the pharmacokinetics course. Students reported a significant decrease in anxiety from 67% to 44% related to working in small teams upon completion of the course. However, students maintained negative perceptions related to peer teaching, with 80% of students reporting anxiety related to receipt of course information from peers. The course had a positive impact on students’ ability to apply concepts to case-based scenarios, but little impact on their perceived ability to identify and critically evaluate new material and present that material to their peer team.Conclusions. The team-based structure defined herein for delivery of a pharmacokinetics curriculum offers students a tangible method to increase their comfort and confidence in the application of pharmacokinetic concepts in therapy.     

Application of Genomic Principles to Pharmacotherapy of Cancer

Objectives. To teach first-year (P1) pharmacy students to apply the principles of pharmacogenomics underlying clinical pharmacotherapeutics to cancer patients.Design. Using polymerase chain reaction (PCR) and high-resolution melting analysis of deoxyribonucleic acid (DNA) from colorectal cancer cell lines to determine the presence of somatic mutations for an oncogenic marker, students formulated the proper course of treatment for a patient with similar tumor genomics.Assessment. In a postintervention survey, students highly rated the effectiveness of the laboratory session for learning pharmacogenomics, and subsequent examination scores reflected retention of principles and understanding of clinical application.Conclusion. The pharmacogenomic laboratory exercise prepared students to understand how genetic markers give clinical insight into the appropriate application of drugs in oncology pharmacotherapy. Further, the session inspired their interest in learning more about pharmacogenomics and their professional roles in personalized medicine.     

Creating and Assessing Student Perception of an Examination Mastery Score Report for a Pharmacotherapy Course

Objective. To compare student-perceived utility of two types of score reports.Methods. Assessment standards were followed to create a new examination score report for pharmacotherapy coursework. Student examination scores were returned using the traditional score report, the utility of which students rated along 9 dimensions. A mastery score report was also distributed, and students rated it on the same 9 dimensions. The ratings were compared to determine which the students perceived as more useful.Results. The students rated the mastery score report significantly better on each of the 9 dimensions and in aggregate.Conclusion. Pharmacy students perceived the mastery score report as more useful in helping them improve their achievement of educational outcomes.     

Research,Perspectives, and Recommendations on Implementing the Flipped Classroom

Flipped or inverted classrooms have become increasingly popular, and sometimes controversial, within higher education. Many educators have touted the potential benefits of this model and initial research regarding implementation has been primarily positive. The rationale behind the flipped classroom methodology is to increase student engagement with content, increase and improve faculty contact time with students, and enhance learning. This paper presents a summary of primary literature regarding flipped classrooms, discusses concerns and unanswered questions from both a student and faculty member perspective, and offers recommendations regarding implementation.     

Student Preferences Regarding Teaching Methods in a Drug-Induced Diseases and Clinical Toxicology Course

Objectives. To determine which teaching method in a drug-induced diseases and clinical toxicology course was preferred by students and whether their preference correlated with their learning of drug-induced diseases.Design. Three teaching methods incorporating active-learning exercises were implemented. A survey instrument was developed to analyze students’ perceptions of the active-learning methods used and how they compared to the traditional teaching method (lecture). Examination performance was then correlated to students’ perceptions of various teaching methods.Assessment. The majority of the 107 students who responded to the survey found traditional lecture significantly more helpful than active-learning methods (p=0.01 for all comparisons). None of the 3 active-learning methods were preferred over the others. No significant correlations were found between students’ survey responses and examination performance.Conclusions. Students preferred traditional lecture to other instructional methods. Learning was not influenced by the teaching method or by preference for a teaching method.