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Stand out in a competitive field with ASHP's modern guide that offers, first-hand advice, interview guidance, warnings and effective techniques to help students stand out in their hunt for post-graduate residency or fellowship. The editors, along with faculty and clinicians across the country, share their effective techniques with you in this updated edition. Inside you'll find: Interview preparation for both virtual and on-site formats Key lessons for each chapter summarize important concepts Lists of residency interview questions students should consider asking and may be asked during interviews New literature and insights on diversity aspects to consider Updated content from established and emerging experts in post-graduate training in pharmacy.

This study aimed to comprehensively evaluate the effect of PBL on problem-solving, self-directed learning, and critical thinking ability of pharmaceutical students through a randomized controlled trial (RCT) and meta-analysis of RCTs. In 2021, 57 third-year pharmacy students from China Pharmaceutical University were randomly divided into a PBL group and a lecture-based learning (LBL) group. Mean scores were compared between the two groups for problem-solving, self-directed learning, communication skills, critical thinking, and final exam grades. Students' feedback on the implementation of PBL was also collected. A meta-analysis was subsequently performed. Two authors independently conducted a comprehensive search of two databases (PubMed and CNKI). Eligible studies with effective data were included and the valuable data were extracted for analysis. Quality of involved studies was assessed by the Cochrane Collaboration's tool. All analyses of statistics were conducted using the 'metafor' package in R software. The PBL group had significantly higher mean scores for problem-solving (8.43±1.56) and self-directed learning (7.39±1.19) than the LBL group (7.02±1.72 and 6.41±1.28, respectively). The PBL group also showed better communication skills (8.86±1.47) than the LBL group (7.68±1.89). The mean level of critical thinking was significantly higher in the PBL group than the LBL group (p = 0.02). The PBL group also had better final exam grades (79.86±1.38) compared to the LBL group (68.1±1.76). Student feedback on PBL implementation was positive. The outcome of subsequent meta-analysis including 8 eligible studies involved 1819 participants showed that the use of PBL significantly improved problem-solving ability (SMD = 1.12, 95% CI = 0.25-1.99) and PBL was also associated with better performance in self-directed learning (SMD = 1.55, 95% CI = 0.64-2.45). However, there was no significant difference in the final exam score in the PBL group compared to the LBL control group (SMD = 0.23, 95% CI = -0.08-0.53). This study found that PBL is an effective teaching method for pharmacy students.

Background An increasingly ageing population and the resulting multimorbidity is a growing challenge for healthcare systems. A solution to tackle this problem is interprofessional collaboration. Interprofessional education, as an early meeting point, could foster a future successful interprofessional collaboration. So, the aim of our pilot study was to assess whether the “interprofessional collaboration between medical and pharmacy students to improve medication safety in polypharmacy” (PILLE) project changed the perception of medical and pharmacy students towards interprofessional collaboration. Methods PILLE consisted of three parts: (1) A mandatory 90-minutes interprofessional seminar; (2) A voluntary 120-minutes practical training; (3) A voluntary half-day interprofessional tandem work shadowing at a General Practitioner’s (GP) office. We used a controlled study design. Medical and pharmacy students from the intervention group attended the seminar (1). Medical students of the control group attended an interactive 90-minutes monoprofessional seminar only. Working together on cases was the similarity of both seminars. The students from the intervention group could attend (2) and (3). The outcome of interest was the change in students’ perception towards interprofessional collaboration after participating in PILLE, using pre- and post-questionnaires with the validated German version of Student Perceptions of Physician-Pharmacist Interprofessional Clinical Education (SPICE-2D) instrument. Descriptive and statistical evaluation was conducted. To assess if there is a significant pre-post-difference in the SPICE-2D overall score within the individual groups, paired t-tests were executed. To investigate if there is a significant change in SPICE-2D overall score difference between the medical students control and intervention group, an unpaired t-test was performed. Results In total, 436 students participated: 96 medical students and 116 pharmacy students in the intervention group, and 224 medical students in the control group. The participating students from both professions already had a pronounced positive perception at baseline. All pre-post-mean-differences within the individual groups and between the medical students control and intervention group were not statistically significant. Conclusion Participating medical and pharmacy students already had a positive perception at baseline. A one-time and short-term mandatory seminar of 90-minutes seems not to be sufficient to measure a change in perception. Future interprofessional education projects should focus on frequent meeting points between students.

Recently, flipped classrooms (FCs) have gradually been used in Chinese higher education settings. However, few studies have focused on the effects of FCs on interdisciplinary curricula. The purpose of this study was to examine the impact of an FC on the engagement, performance, and perceptions of students and on teacher-student interaction in a pharmaceutical marketing course. A clustered randomized controlled study was conducted, with 137 junior-year pharmacy undergraduates using an FC serving as the intervention group, in contrast to students using lecture-based learning (LBL) as the control group. Flanders' interaction analysis system (FIAS) was used to measure teacher-student interaction, and questionnaires regarding attitudes toward and satisfaction with the teaching model were administered. The students in the FC group scored significantly higher than those in the LBL group (88.21±5.95 vs. 80.05±5.59, t = -8.08, p = 0.000) on pharmaceutical marketing. The multiple linear regression results showed that the FC model had a significant impact on student performance (β = 8.16, p<0.0001). The percentages of teacher talk in the FC and LBL groups were 21% and 96%, respectively (χ2 = 2170.274, p = 0.000); however, the percentages of student talk in the FC and LBL groups were 75% and 2.6%, respectively (χ2 = 2012.483, p = 0.000). Compared with the LBL group, most students in the FC group held more positive attitudes toward the teaching model; the mean scores for the 8 attitude attributes in the FC group were significantly higher than those in the LBL group (p = 0.000). There were significant differences in the ratings of satisfaction with teacher-student interaction (p = 0.000), the students' learning attitude (p = 0.000), the teacher's preparatory work (p = 0.000), the teaching objective (p = 0.000), and the teaching effect (p = 0.000) between the two groups. Compared with LBL methods, implementing the FC model improved student performance, increased teacher-student interaction and generated positive student attitudes toward the experience. As an effective pedagogical model, it can also stimulate pharmacy students' learning interest and improve their self-learning abilities.

Appropriate antithrombotic drug use is crucial knowledge for pharmacy students. We sought to compare the inverted classroom (IC) approach to a traditional question-and-answer educational approach with the aim of enhancing pharmacy students' engagement with a case-study course on antithrombotic drug use. Third-year PharmD (Doctor of Pharmacy) students from Paris Cité University were randomly assigned to control (n=171) and IC (n=175) groups. The latter were instructed to read and prepare the preprovided course material 1 week before the in-class session to assume the instructor role on the target day, whereas students of the control group attended a traditional case-study course carried out by the same instructor. All students completed pre- and posttest multiple-choice questions surveys assessing their knowledge levels as well as stress, empathy, and satisfaction questionnaires. A significantly higher participation rate was observed in the control group (93/171, 54%) compared to the IC group (65/175, 37%; P=.002). Women (110/213, 52%) participated more than men (48/133, 36%; P=.002) whatever the group was. Students' knowledge scores from both groups had similar results with no difference neither in the prescore (1.17, SD 0.66 and 1.24, SD 0.72 of 5, respectively) nor in the short-term knowledge retention (2.45, SD 0.61 and 2.35, SD 0.73, respectively). The IC approach did not increase student stress or enhance their empathy for the instructor. It increased the preclass workload (P=.02) and was not well received among students. This study showed that the traditional educational approach remains an efficient method for case-study courses in the early stages (ie, third-year) of the 6-year PharmD curriculum, yet dynamic methods improving the active role of students in the learning process are still needed.

Objective. The objective of this study was to determine the effect of a live 14-week mindfulness elective course on the well-being of Doctor of Pharmacy (PharmD) students in an accelerated program. Methods. Pharmacy students enrolled in a mindfulness elective participated in weekly class sessions that included an eight-week mindfulness program geared toward emerging adults. Eight weekly reflections were assigned to students and evaluated using the Text iQ text-analysis tool in Qualtrics. Investigators analyzed the sentiment scores assigned by Text iQ to detect differences in the tone of student reflections over time. Results. Twenty-four students were enrolled in this elective, and 22 students submitted complete reflections for evaluation. Mean sentiment scores and the percentage of responses in sentiment score categories (very positive and positive, mixed and neutral, very negative and negative) for these reflections showed significant differences between weeks. Conclusion. The tone of student reflections was more positive after the students learned and incorporated mindfulness practice into their accelerated PharmD curriculum.

Though there are studies to evaluate the effectiveness of blended learning in pharmacy education, most of them originate from USA and have used previous year students' scores as control. Also there is less research in comparing use of self -regulated learning strategies between blended and other learning strategies. Primary aim was to evaluate the effectiveness of blended learning on knowledge score using clinical research modules. Secondary objective was designed to compare the use of self-regulated learning strategies between blended learning, web-based e-learning and didactic teaching. A prospective cluster randomized trial was conducted with didactic teaching as control and web-based e-learning and blended learning as interventions. The target population was final year Pharm D students. Outcome was assessed using a validated knowledge questionnaire, a motivated strategies for learning questionnaire and a feedback form. All statistical analyses were carried out using Statistical Package for Social Science (SPSS) Version 20. A total of 241 students from 12 colleges completed the study. Mean knowledge score of students in blended learning group was higher than those in the didactic teaching and web- based e- learning program (64.26±18.19 Vs 56.65±8.73 Vs 52.11±22.06,p<0.001).Frequency of use of learning strategies namely rehearsal, elaboration, organization and critical thinking was statistically significantly higher in the blended learning group compared to those of didactic and web-based e-learning group (p<0.05) But there were no statistically significant difference of motivational orientations between didactic and blended learning group except strategies of extrinsic goal orientation and self-efficacy. Students preferred blended learning (86.5%) over didactic and web-based e-learning. Blended learning approach is an effective way to teach clinical research module. Students of blended learning group employed all motivational and learning strategies more often than students of the didactic and web- based e-learning groups except strategies of intrinsic goal orientation, task value, control of learning belief and help seeking.

Background Over the course of the past few years, the area of medical education has experienced a substantial movement towards the establishment of online learning platforms and resources. This study aimed to to evaluate the efficacy of an online simulation learning intervention, MyDispense ® , compared to traditional classroom learning in terms of enhancing knowledge, satisfaction, and self-confidence among participants. Methods A multicentre randomized controlled study was conducted among pharmacy students who were assigned either intervention MyDispense ® or control traditional classroom learning groups. They were eligible if they previously had experience with online simulation learning. A previously validated questioner were used to measure the outcome of knowledge, satisfaction and self-confidence. Results Both the intervention and control groups revealed significant improvement in knowledge, the P value for pre-post knowledge scores for each group was < 0,001. Despite these internal improvements, this study’s findings showed no statistically significant differences ( p  > 0.05) between the intervention and control groups on knowledge gain, satisfaction, or self-confidence. This represents comparable outcomes irrespective of the group’s exposure to intervention. Conclusion The study evaluated the efficacy of online simulation learning intervention MyDispense ® in comparison to traditional classroom learning. While both strategies effectively improved knowledge, satisfaction, and self-confidence, the findings demonstrated that the online simulation yielded equivalent learning benefits. MyDispense ® could be an alternative to traditional education in situations where face to face learning is not feasible, with comparable learning outcomes. Clinical trial number not applicable.

Advances in Health Sciences Education (AHSE) has been at the forefront of the cognitive wave in health professions education for the past 25 years. One example is research on productive failure, a teaching strategy that asks learners to attempt to generate solutions to difficult problems before receiving instruction. This study compared the effectiveness of productive failure with indirect failure to further characterize the underpinning cognitive mechanisms of productive failure. Year one pharmacy students (N = 42) were randomly assigned to a productive failure or an indirect failure learning condition. The problem of estimating renal function based on serum creatinine was described to participants in the productive failure learning condition, who were then asked to generate a solution. Participants in the indirect failure condition learned about the same problem and were given incorrect solutions that other students had created, as well as the Cockcroft–Gault formula, and asked to compare and contrast the equations. Immediately thereafter all participants completed a series of tests designed to assess acquisition, application, and preparation for future learning (PFL). The tests were repeated after a 1-week delay. Participants in the productive failure condition outperformed those in the indirect failure condition, both on the immediate PFL assessment, and after a 1-week delay. These results emphasize the crucial role of generation in learning. When preparing novice students to learn new knowledge in the future, generating solutions to problems prior to instruction may be more effective than simply learning about someone else’s mistakes. Struggle and failure are most productive when experienced personally by a learner because it requires the learner to engage in generation, which deepens conceptual understanding.

Pharmacists are key partners in antimicrobial stewardship efforts, yet their degree of education on and attitudes toward this topic during training are not well documented. An electronic survey measuring knowledge and attitudes regarding antimicrobial use and resistance was administered to graduating pharmacy students at 12 US schools of pharmacy. Of 1445 pharmacy students, 579 (40%) completed the survey. The vast majority (94%) believed that strong knowledge of antimicrobials was important for their pharmacy careers, and 89% desired more education on appropriate antimicrobial use. Most students (84%) considered their pharmacy education regarding antimicrobials useful or very useful, but there was significant variability on perceptions of preparation for most antimicrobial stewardship activities according to the students' school. The mean number of correct answers on a section of 11 knowledge questions was 5.8 (standard deviation 2.0; P value for score between schools <.001). On multivariable linear regression analysis, significant predictors of a higher knowledge score were pharmacy school attended, planned postgraduate training, completion of a clinical rotation in infectious diseases, perception of pharmacy school education as useful, use of resources to answer the knowledge questions, and use of Infectious Diseases Society of America guidelines and smartphone applications as frequent resources for learning about antimicrobials. Pharmacy students perceive antimicrobial stewardship to be an important healthcare issue and desire more education on the subject. Student perceptions of antimicrobial coursework and actual antimicrobial knowledge scores significantly varied by the school of pharmacy attended. Sharing of best practices among institutions may enhance the preparation of future pharmacists to contribute to effective antimicrobial stewardship.