| Literature DB >> 31963380 |
Filipa Alves da Costa1, Ana Paula Martins1, Francisco Veiga2, Isabel Ramalhinho3, José Manuel Sousa Lobo4, Luís Rodrigues5, Luiza Granadeiro6, Matilde Castro7, Pedro Barata8, Perpétua Gomes9, Vítor Seabra10, Maria Margarida Caramona1.
Abstract
Limited fitness for practice may result from a mismatch between education and practice. Aiming to meet the common interests of academics and practitioners, the Portuguese Pharmaceutical Society (PPS) developed the Education and Practice Platform (EPP). The EPP includes one representative from each pharmacy faculty, and all Councils of Speciality Boards of Practice. Brainstorming with involved parties enabled sharing of interests, concerns and identifying a common path. Aims, mission, vision and values were set. The EPP's mission is to: act as an enabler to foster the quality and adequacy of education through sharing best practices, ultimately leading to facilitate professional integration, and to foster quality development in teaching practices with recognition for autonomy in freedom to teach and to learn. Its vision is an alignment of education and practice with the PPS' statutes to ensure validation of the competences defined for each practice area, and compliance with international guidance. Key performance indicators (KPIs) were set. Activities developed include the creation of a national forum to discuss education and practice, development of workshops on teaching methods and pharmacy internships, enhanced representation in international events and response to global and national requests. Ongoing work focuses on the creation of a common training framework in hospital and community pharmacy practice adapted to Portugal. The EPP is a worldwide case study, encouraging the development of discussion contributing to an open climate of sharing best practices, indirectly leading to foster a better alignment between education and practice. Many of these results are so far intangible in scientific terms but worth describing.Entities:
Keywords: Competency-Based Education; education; health-workforce; pharmacy; policy making; professional practice
Year: 2020 PMID: 31963380 PMCID: PMC7151656 DOI: 10.3390/pharmacy8010011
Source DB: PubMed Journal: Pharmacy (Basel) ISSN: 2226-4787
Figure 1Preferred Reporting Items for Systematic Reviews and Meta-Analysis (PRISMA) 2009 Flow Diagram.
Key Performance Indicators (KPIs) for the Education and Practice Platform (EPP).
| Domain | KPI Set | Period of Monitoring |
|---|---|---|
| Workshop activities | Number of workshops held | 2016–2021, with an internal evaluation in 2019 |
| Involvement in international events | Number of events identified as particularly relevant for the EPP’s aims where work is presented | |
| Answering to global requests | Number of organizations/events/tasks with whom the EPP cooperated | |
| Answering to national needs | Creation of a common training framework for hospital internships (met/unmet) |
Legend: KPI = key performance indicator; EPP = Education and practice platform; PPS = Portuguese Pharmaceutical Society; CPD = Continuous Professional Development.
Main papers identified during the literature search.
| Author, Year | Focus | Summary Description | |
|---|---|---|---|
| 1 | Bulkley, 2017 [ | Internship/ | Literature review led to identify thre strategies to improve residency training. Of highlight is the formatting of training for use across all residency programs. |
| 2 | Kim, 2017 | Evaluation methods for competency assurance | Survey study suggesting skills tests are necessary to evaluate professional competencies, and that the assessor should be an academic with clinical experience. |
| 3 | Katajavuori, 2017 [ | Curriculum shaping to professional needs | Describes a curricular reform (Big Wheel) undertaken in 2015 in Helsinki, based on the identification on relevant learning outcomes for professional activities by experts from various fields of practice. Innovative teaching practices were generated in cooperation with all stakeholders, including students. |
| 4 | Gallagher, 2010 [ | Curriculum shaping to professional needs | Defends how changes in professional practice and accountability must inform the undergraduate curriculum so that they are fit for new challenges when they graduate. This is the approach taken by the Council of the Pharmaceutical Society of Ireland, and which led to the inclusion of vaccination in undergraduate education subsequent to practice changes led by legislation. |
| 5 | Wilbur, 2017 [ | Identification of gaps | Identifies chart documentation as one of the skills pharmacists are poorer at, aiming to align education with practice needs. |
| 6 | Karim, 2015 [ | Identification of gaps | Through a knowledge-based survey, it is shown that although most were “average”, only 30% execute the task of interest on admission and 50% during hospitalization (nutrition) |
| 7 | Jacobs, 2013 [ | Failures in revalidation process | Through interviews with regulatory agencies and pharmacy commissioners, it is demonstrated that during the monitoring and inspection needed for revalidation, the main focus is out on the premises, and not the individual pharmacist. |
| 8 | Wittman, 2017 [ | Targeting training for pharmaceutical industry | Describes a program set to improve critical appraisal skills based on needs identified by the pharmaceutical industry for their workforce. |
| 9 | Tchen, 2018 [ | Internship/ | Describes an online resource to facilitate transition from classroom to internships; considered by 70% to have impacted on their performance. |
| 10 | Bellottie, 2018 [ | Targeting training for laboratory | Focuses on assessment models that may be used incorporating practice laboratories to demonstrate readiness for Advanced Pharmacy Practice Experiences, a standard compulsory level for this practice area. |
| 11 | Kennedy, 2018 [ | Identification of gaps | Identifies pharmacogenomics as a specific area for which pharmacists are not completely ready for current challenges, suggesting a transformative journey needed in education in training. |
| 12 | Aucoin, 2005 [ | Identification of gaps | Suggests specific targets in education (≥25 hours) and training (min one rotation) for core pediatric areas to be fit for practice in this area. |
| 13 | Brown, 2013 [ | Health System Failures | Focuses on workforce challenges and how new pedagogical approaches are needed to train other professionals involved in essential medicines supply, particularly in areas where 80% of access cannot ensure a pharmacist present. Sets up principles for the pharmaceutical training of such professionals. |
| 14 | Dean, 2014 [ | Specific competences | Reviews the development of interprofessional educational diabetes teams achieved over 6 years in Canada, suggesting as key elements: collaborative practice as part of the curriculum, having teams involving students and preceptors, and strong institutional support. |
| 15 | Buna, 2011 [ | Internship/ | Assesses the effect of residency training on pharmacy careers, and concludes that for a majority, these allowed hospital pharmacists to acquire core competencies, highlighting the development of direct patient care skills. |
| 16 | O’Neil, 2007 [ | Internship/ | Describes how experiential rotations were perceived to significantly enhance students’ preparedness for practice and even self-confidence in their skills. |
| 17 | Fowler, 2018 [ | Improving quality in practice while teaching students | Used students as observers for the quality improvement of a set of tasks developed by a hospital-based team, showing an improvement in the observational capacity of students, whilst contributing to improved practice, i.e., a win-win situation. |
| 18 | Cardiff, 2018 [ | Specific competences | Describes a prescribing program complemented with mandatory supervised training developed to meet national competency standards. |
| 19 | Kassam, 2006 [ | Internship/ | Analyzes the learning opportunities of students during their community pharmacy internships, concluding that they were all involved in prescription refill and in consultations for non-prescription drugs, although there were limited experiences in pharmaceutical care (monitoring patients), or even in shadowing other healthcare professionals. |
| 20 | Pelly, 2010 [ | Specific competences | Assessing the immunization curriculum content in various schools, Pelly et al. found a wide variability in time spent between and within disciplines; moreover, during training, only 20% perceived that their teaching had been adequate, highlighting important gaps that impact on practice. |
| 21 | Sihavong, 2007 [ | Specific competences | Competencies of community pharmacists in rural Laos were evaluated using written clinical scenarios to describe management of reproductive tract infections. Results suggest that over 85% provided inadequate health education, leaving it clear that to improve practice continuous education must be made available. |
Figure 2Logo of the Education and Practice Platform.
Clinical pharmacy component of Pharmaceutical Sciences MSc degrees in nine institutions in Portugal.
| Institution | # Semesters | # Contact Hours/Semester | # ECTS/Semester | % Practical Teaching |
|---|---|---|---|---|
| 1 | 3 | 56 | 5 | 73 |
| 2 | 1 | 60 | 5 | 43 |
| 3 | 2 | 60 | 4 | 33 |
| 4 | 2 | 112 | 9 | 68 |
| 5 | 1 | 60 | 5 | 50 |
| 6 | 3 | 52 | 5 | 67 |
| 7 | 2 | 49 | 4 | 60 |
| 8 | 1 | 75 | 6 | 60 |
| 9 | 1 | 52 | 4 | 50 |
Legend: # = number; ECTS = European Credit Transfer System; % = Proportion. Note: optional topics were excluded from this analysis; only topics within the scope of clinical pharmacy, as defined by ESCP, were considered, which means that, e.g., pharmacology and pharmacotherapy are not included.
Figure 3Brochure introducing the Education and Practice Platform (EPP) and the Workforce Development Goals (WDGs).
Summary table about the common and diverse features in the MSc in Pharmaceutical Sciences offered by nine institutions in Portugal.
| Core Areas | ECTS Conferred MSc | Area with Strongest Component | Proportion of Employed Graduates | Post-Graduate Offer | Particularities |
|---|---|---|---|---|---|
| Institution 1 | 300 | Pharmaceutical Sciences | 94.8% | 6 MSc; 1 PG; 1 PhD | Various international partners |
| Institution 2 | 300 | Pharmaceutical Sciences | 99.4% | 7 MSc; 3 PG; 5 PhD | Various partnerships with other faculties for PhD |
| Institution 3 | 300 | Health Sciences | 95.0% | 0 MSc; 0 PG; 6 PhD | Various partnerships with other faculties for PhD |
| Institution 4 | 300 | Biology and Biochemistry | 94.9% | 3 MSc; 0 PG; 0 PhD | Compulsory internships throughout the degree in various areas |
| Institution 5 | 300 | Pharmaceutical Sciences | 95.0% | 4 MSc; 14 PG, 0 PhD | Summer internships throughout the degree in various areas |
| Institution 6 | 300 | Pharmaceutical Sciences | 98.1% | 1 MSc; 0 PG; 1 PhD | Sole institution with growing number of students |
| Institution 7 | 300 | Pharmaceutical Sciences | 95.7% | 0 MSc; 10 PG; 1 PhD | Teacher practitioner concept (integrated with local community). Interprofessional collaboration in teaching (e.g., clinical cases) |
| Institution 8 | 300 | Pharmaceutical Sciences | Not Available | 0 MSc; 0 PG; 0 PhD | Has own hospital to ensure internships |
| Institution 9 | 300 | Pharmaceutical Sciences | 95.0% | 1 MSc; 0 PG; 1 PhD | International partnerships for PhD. Teaching organized in trimesters |
Legend: ECTS = European Credit Transfer System; MSc = Master in Sciences; PG = post-graduation; PhD = Doctorate degree.