An elective course in information mastery

Objective

To design and implement an elective course in information mastery and assess its impact on students'' ability to identify information needs and formulate clinically relevant, evidence-based answers.

Design

A semester-long (15-week) elective course was offered to third-year (P3) doctor of pharmacy (PharmD) students that outlined the necessary knowledge and skills for using information mastery in evidence-based practice.

Assessment

Results of a pre- and postcourse survey instrument demonstrated an increase in students'' knowledge of information mastery and confidence in and familiarity with the practice of evidence-based medicine in pharmacy. Students who had completed the elective were able to provide higher quality search strategies and evidence-based answers to a clinical question than other P3 students, and P4 students who did not participate in the elective.

Conclusion

An elective course in information mastery improved students'' knowledge and understanding of information mastery as it pertains to practicing evidence-based medicine.     

A Motivational Interviewing Course for Pharmacy Students

Objective

To create, implement, and evaluate a pharmacy course on motivational interviewing.

Design

A 3-hour elective course was created to train doctor of pharmacy (PharmD) students in brief patient-centered motivational interviewing counseling strategies that have proven effective with the types of health issues most commonly addressed in pharmacy settings. Students were assisted in developing their skills through required readings, interactive lectures, in-class demonstrations and practice sessions, out of class skills practice, one-on-one supervision provided by doctoral level clinical health psychology students, and written reflections on each class session.

Assessment

Students demonstrated significant improvement in motivational interviewing skills and a high level of motivation for and confidence in using these skills in their future practice. Students overall assessment of the course and supervision process was highly positive.

Conclusion

This patient-centered counseling skills course was feasible and produced improvements in PharmD students'' counseling skills and increased their motivation and confidence to use motivational interviewing skills in their future communications with patients.     

An evidence-based medicine elective course to improve student performance in advanced pharmacy practice experiences

Objective

To implement and evaluate the impact of an elective evidence-based medicine (EBM) course on student performance during advanced pharmacy practice experiences (APPEs).

Design

A 2-hour elective course was implemented using active-learning techniques including case studies and problem-based learning, journal club simulations, and student-driven wiki pages. The small class size (15 students) encouraged independent student learning, allowing students to serve as the instructors and guest faculty members from a variety of disciplines to facilitate discussions.

Assessment

Pre- and posttests found that students improved on 83% of the core evidence-based medicine concepts evaluated. Fifty-four APPE preceptors were surveyed to compare the performance of students who had completed the EBM course prior to starting their APPEs with students who had not. Of the 38 (70%) who responded, the majority (86.9%) agreed that students who had completed the course had stronger skills in applying evidence-based medicine to patient care than other students. The 14 students who completed the elective also were surveyed after completing their APPEs and the 11 who responded agreed the class had improved their skills and provided confidence in using the medical literature.

Conclusions

The skill set acquired from this EBM course improved students'' performance in APPEs. Evidence-based medicine and literature search skills should receive more emphasis in the pharmacy curriculum.     

An Evidence-based Elective on Dietary Supplements

Objective

To implement and evaluate the effectiveness of a pharmacy elective on dietary supplements that emphasized evidence-based care.

Design

A 3-credit elective that employed both traditional lectures and a variety of active-learning exercises was implemented. The course introduction provided a background in dietary supplement use and evidence-based medicine principles before addressing dietary supplements by primary indication.

Assessment

Student learning was assessed through quizzes, case assignments, discussion board participation, and completion of a longitudinal group project. Precourse and postcourse surveys were conducted to assess students'' opinions, knowledge, and skills related to course objectives.

Conclusion

The course was an effective way to increase students'' knowledge of dietary supplements and skills and confidence in providing patient care in this area.     

Pharmacogenomics training using an instructional software system

Objectives

To implement an elective course in pharmacogenomics designed to teach pharmacy students about the fundamentals of pharmacogenomics and the anticipated changes it will bring to the profession.

Design

The 8 sessions of the course covered the basics of pharmacogenomics, genomic biotechnology, implementation of pharmacogenetics in pharmacy, information security and privacy, ethical issues related to the use of genomic data, pharmacoepidemiology, and use and promotion of GeneScription, a software program designed to mimic the professional pharmacy environment.

Assessment

Student grades were based on completion of a patient education pamphlet, a 2-page paper on pharmacogenomics, and precourse and postcourse survey instruments. In the postcourse survey, all students strongly agreed that genomic data could be used to determine the optimal dose of a drug and genomic data for metabolizing enzymes could be stored in a safe place. Students also were more willing to submit deoxyribonucleic acid (DNA) data for genetic profiling and better understood how DNA analysis is performed after completing the course.

Conclusions

An elective course in pharmacogenomics equipped pharmacy students with the basic knowledge necessary to make clinical decisions based on pharmacogenomic data and to teach other healthcare professionals and patients about pharmacogenomics. For personalized medicine to become a reality, all pharmacists and pharmacy students must learn this knowledge and these skills.     

A Pharmacy Course on Leadership and Leading Change

Objective

To develop and implement a course that develops pharmacy students'' leadership skills and encourages them to become leaders within the profession.

Design

A leadership course series was offered to pharmacy students on 2 campuses. The series incorporated didactic, experiential, and self-directed learning activities, and focused on developing core leadership skills, self-awareness, and awareness of the process for leading change.

Assessment

Students reported increased knowledge and confidence in their ability to initiate and lead efforts for change. The learning activities students'' valued most were the StrengthsFinder assessment (67% of students rated “very useful”) and a Leadership Networking Partners (LNP) program (83% of students rated “very useful”).

Conclusion

Teaching leadership skills poses a significant challenge in curriculum development and requires multifaceted course design elements that resonate with students and engage the practice community. Addressing these requirements results in a high level of student engagement and a desire to continue the development of leadership skills.     

Active-learning strategies to develop health literacy knowledge and skills

Objective

To implement active-learning exercises in a required pharmacy course and assess their impact on students'' knowledge and confidence in identifying and communicating with patients with low health literacy, as part of a required course in cultural competency, health literacy, and health beliefs.

Design

Active-learning activities including administering health literacy assessments, identifying informal signs of low health literacy, conducting mock patient counseling sessions, rating the readability of drug information, analyzing information in drug advertisements, and writing patient education materials were incorporated into the 6-sesssion health literacy portion of the course.

Assessment

A pretest and posttest showed that students'' knowledge of health literacy increased, and a retrospective pretest found improvement in students'' confidence in their ability to care for patients with low health literacy. In-class discussions provided informal evidence that students gained new knowledge from the active-learning activities.

Conclusion

The addition of active-learning activities was effective in teaching health literacy concepts to pharmacy students.     

A Week-Long Diabetes Simulation for Pharmacy Students

Objective

To assess students'' attitudes and confidence about type 2 diabetes mellitus and diabetes self-management education before and after participation in Living With Diabetes Week simulation.

Design

Third-year pharmacy students took part in diabetes lectures, interactive laboratory sessions, and a week-long simulation of life as a patient with diabetes in the Clinical Assessment course. Pre-/postintervention survey instruments and experimental and control group comparisons were completed assessing attitudes and confidence relating to knowledge about diabetes.

Assessment

The understanding that diabetes has a psychosocial impact, patient autonomy is necessary, and the seriousness of the disease increased. Students'' confidence in their diabetes self-management education skills also increased.

Conclusion

The Living With Diabetes Week simulation changed pharmacy students'' attitudes toward patients with diabetes and increased confidence in diabetes education skills.     

An Anticoagulation Therapy Elective for Third-Year Pharmacy Students

Objective

To develop an anticoagulation elective course for third-year pharmacy students to enhance their knowledge and skills for providing anticoagulation services.

Design

Content developed for the course focused on standards of care, evaluation of primary literature, clinical application, billing and regulatory issues, written and verbal communication, and patient education. Teaching methods included lectures, discussions, demonstrations, and self-directed learning.

Assessment

Assessment methods included multiple-choice examinations, evaluation of patient cases, student presentations, and a practical examination. Students demonstrated competencies in multiple areas and rated the course favorably. Students who completed the elective reported being more prepared for anticoagulation activities than those who did not. Confidence levels regarding participation in anticoagulation services postgraduation were similar.

Conclusion

The elective provided valuable experience in anticoagulation therapy and increased students'' perception of their preparedness related to dealing with anticoagulation issues while on advanced pharmacy practice experiences (APPEs). More exposure to management topics and the logistics of initiating anticoagulation services should be incorporated.     

A Progress Assessment to Evaluate Pharmacy Students' Knowledge Prior to Beginning Advanced Pharmacy Practice Experiences

Objective

To develop an assessment that would (1) help doctor of pharmacy (PharmD) students review therapeutic decision making and build confidence in their skills, (2) provide pharmacy practice residents with the opportunity to lead small group discussions, and (3) provide the assessment committee with program-level assessment data.

Design

A case-based interactive assessment was developed and delivered to PharmD students immediately prior to advanced pharmacy practice experiences (APPEs). The assessment used an audience response system to allow immediate feedback followed by small group discussions led by pharmacy-practice residents. Students self-assessed their knowledge and confidence levels and developed personalized learning objectives for APPEs.

Assessment

Eighty-nine percent of students found the assessment useful, and pharmacy practice residents reported that it was helpful in developing precepting skills. The college assessment committee was able to use the data to supplement the ongoing College curricular mapping process.

Conclusions

An interactive assessment process can help students build confidence for experiential training, provide a learning opportunity for pharmacy residents, and produce program-level data for college assessment purposes. Planned modifications of the assessment include expanding the content areas covered and adding ability-based assessments such as communication skills.     

An Elective Course in Personal Finance for Health Care Professionals

Objectives

To create, implement, and assess an elective course on the principles and applications of personal finance.

Design

A 1.5 unit (15 hours total) elective course was designed using active-learning pedagogy, lecture, and group discussion. Homework assignments were designed to provide practical tools and materials that students could individualize and apply to their personal financial goals.

Assessment

Student satisfaction, using a standard course evaluation form, revealed consistent high ratings. Student enrollment increased from 19 students in its initial year to 90 students in its fourth year. Student knowledge, assessed using the Jump$tart Financial Literacy Survey, indicated significant knowledge acquisition.

Conclusion

Many pharmacy students are ill equipped to effectively handle the complex financial decisions they face after graduation. This course provides students with practical tools to identify appropriate ways to achieve their financial goals and critically evaluate financial advice and advisors.     

Seminar Series Course to Teach Essential Knowledge and Skills Not Covered in the Traditional Pharmacy Curriculum

Objective

To create a required seminar series that instructed students in both clinical and non-clinical subjects that were often difficult to incorporate into the traditional pharmacy curriculum.

Design

A required course was developed to introduce learners to basic professional skills, contemporary information, topics, and issues surrounding and influencing pharmacy practice Students were also required to take part in a mock board examination, construct a letter of intent and curriculum vitae, and prepare a 10-minute micro-teach on a clinical topic.

Assessment

Students rated this course favorably and reported increased confidence with regards to several skill sets as well as in terms of licensing examinations.

Conclusion

Through this required course students gained a better understanding of the external issues influencing and mitigating the profession of pharmacy.     

An Elective Course in Adult Acute Care Medicine Using a Hybrid Delivery System

Objective

To develop and assess the effectiveness of an elective course modeled after activities students encounter on internal medicine advanced pharmacy practice experiences (APPEs).

Design

This hybrid elective course used a Web-based course management system linking pre-class lectures and assignments, classroom discussions, and projects to promote active student learning.

Assessment

Assessment of student performance was based on assignments, quizzes, and participation in classroom discussions. Students were surveyed to ascertain their opinion of the elective.

Conclusion

This elective in adult acute care medicine increased student exposure to inpatient settings and provided students additional opportunities to communicate effectively, evaluate medical literature, and think critically.     

An Elective Course on Landmark Trials to Improve Pharmacy Students' Literature Evaluation and Therapeutic Application Skills

Objectives

To determine the impact of a landmark trials elective course on pharmacy students'' attitudes toward evidence-based medicine, students'' comfort with technical concepts used in drug literature, and students'' perceptions of accessibility of PubMed from home computers.

Design

An elective course which gave third-year pharmacy students the opportunity to discuss landmark trials in primary care and reinforced skills in applying evidence from the primary literature to support therapeutic recommendations was design and implemented. The impact of the course was evaluated via a pre- and postcourse questionnaire administered during 3 consecutive course offerings.

Assessment

Overall, students had positive attitudes toward evidence-based medicine before taking the course (97.5% positive or somewhat positive) and these attitudes were unchanged postcourse (p = 0.74). Though 97.6% (n = 40) of students had Internet access at home, only 68.3% (n = 28) indicated having PubMed access at home. The course increased self-assessed comfort with technical concepts used in literature evaluation including random assignment (p < 0.01), placebo-controlled (p < 0.01), and intention-to-treat (p = 0.02).

Conclusion

An elective course on landmark trials allowed third-year pharmacy students to increase their comfort level with literature evaluation and reinforced their positive attitudes toward the use of evidence-based medicine in pharmacy practice.     

A Drug Interactions Elective Course

Objectives

To evaluate the impact of a drug interactions elective course on student knowledge and skills.

Design

A drug interactions elective which focused on assessment and application of drug interaction information and identification and management of commonly encountered drug interactions by therapeutic category was offered to third-year PharmD students. Students were expected to (1) determine whether a given interaction was clinically significant or required pharmacist intervention, and (2) make rational, scientifically sound, practical recommendations for management of drug interactions.

Evaluation and Assessment

Assessment included course evaluations, student self-assessments, and knowledge and skills assessments. Students who completed the course were more confident in their abilities relating to drug interactions than students who did not complete the course. Students who completed the course scored significantly better in all areas of the assessment compared to students who did not complete the course. Course evaluation results were also positive.

Conclusion

A course devoted to the identification and management of drug interactions improved PharmD students'' knowledge and skills and could potentially improve the patient care they provide in the future.     

Development and evaluation of a required patient safety course

Objectives

To develop, implement, and assess a required patient safety course for second-year doctor of pharmacy students.

Design

A patient safety course was developed that included didactic lectures, case studies, in-class activities, and reading assignments. Written examinations and essays were used to evaluate student learning. In addition, a modified minute paper and a pre- and post-intervention student self-assessment survey were used to assess course outcomes.

Assessment

Results examining the utility of the course teaching format and the relevance of the material in meeting the course outcomes are presented and discussed. The self-assessment course survey indicated major improvements in the students'' knowledge and skills, readiness for knowledge application, and commitment to improve patient safety.

Conclusion

The course provided pharmacy students with an increased level of understanding of the principles and concepts of patient safety.     

The influence of an elective introductory clinical research course on pharmacy student interest in pursuing research-based careers

Objective

To assess the impact of an elective clinical research course on second- and third-year pharmacy students'' knowledge of clinical research methods, training programs, career options, and interest in pursuing postgraduate training.

Design

A 2-credit hour elective course in clinical research was designed that included lectures, discussions, workshops, and in-class presentations related to study design and implementation, protocol synthesis, research evaluation, ethical and legal considerations, data analysis, and professional opportunities involving clinical research. Learner knowledge of these topics was assessed using several methods, including 3 assignments related to research protocol, ethical documentation, and presentation.

Assessment

A survey instrument designed to evaluate the effect the course had on pharmacy students'' knowledge of clinical research methods and interest in pursuing postgraduate training in clinical research was administered. Students who completed the elective had a greater level of familiarity with research-related topics, training options, and career opportunities (p < 0.05) and a greater interest in pursuing a career in clinical research (p < 0.05) than did students in a matched control group.

Conclusion

Taking a 2-credit hour elective course in clinical research increased pharmacy students'' interest in pursuing a career in clinical research.     

A mental health elective to improve pharmacy students' perspectives on mental illness

Objective

To evaluate the impact of a mental health elective on pharmacy students'' perceptions and stigmatizing views of mental illness.

Design

An elective was designed that featured an advanced overview of psychopharmacology; student training in motivational interviewing; a presentation by the National Alliance on Mental Illness (NAMI) local chapter; introduction to pharmacy collaborations with peer support specialists, social workers, and psychiatrists; mock patient counseling sessions; and a required psychiatric patient interview at a local community mental health center.

Assessment

A survey instrument with 17 Likert-scale items was constructed to measure 2 distinct areas: social distance and stigmatizing views. The survey instrument was administered at the beginning and end of the spring 2010 semester to pharmacy students enrolled in the mental health elective course and to a control group of pharmacy students enrolled in an unrelated clinical elective. The course had a positive impact on pharmacy students'' perceptions of mental illnesses. Students'' social distance and stigmatizing views of mental illnesses improved, while no significant change in views occurred among students in the control group.

Conclusion

Advanced training in psychiatric medicine and exposure to mental health care are vital to prepare pharmacy students to provide unbiased, patient-centered care to this population.