
The Pharmaceutical Journal
As pharmacists assume increasingly clinical roles within the NHS, their preparedness for practice directly impacts patient care quality and healthcare efficiency. The General Pharmaceutical Council’s (GPhC) updated 2021 education standards aim to produce pharmacists who are clinically competent and capable of independent prescribing upon registration1. However, graduates trained under older curricula remain underprepared, highlighting a critical gap between pharmacy education and NHS expectations. Addressing this issue is vital for safeguarding patient outcomes and maximising pharmacists’ contributions to evolving healthcare services.
Evidence review
Current evidence indicates a readiness gap among pharmacist graduates, particularly those educated under pre-2021 standards. Pass rates for the GPhC registration assessment hover around 80–85%, yet exam feedback consistently flags weaknesses in clinical decision-making and therapeutic application1. Surveys of foundation trainee pharmacists reveal discomfort with clinical tasks like medication reviews and managing polypharmacy2. Peer-reviewed studies have confirmed a pronounced theory-to-practice gap, with graduates confident in theoretical knowledge but less equipped for complex patient interactions or clinical problem-solving.
The NHS needs pharmacists who are clinically adept and capable of independent practice from day one
Moreover, NHS strategic plans increasingly position pharmacists as integral clinical practitioners, prescribers and patient care coordinators3. This shift underscores the need for graduates to be practice-ready immediately upon qualification, capable of contributing to multidisciplinary teams without extensive remedial training.
Analysis: key Issues
Several critical factors underpin this readiness gap:
Curriculum imbalance: Traditional MPharm programmes have emphasised pharmaceutical sciences over clinical application, creating compartmentalised learning that poorly reflects real-world practice.
Variable experiential learning: The lack of standardised clinical placements means students graduate with significantly differing levels of hands-on patient care experience4.
Foundation training variability: The foundation year can range from structured, clinically-rich experiences to predominantly dispensing-focused roles, influencing trainees’ readiness significantly5.
Assessment misalignment: Exams focusing on rote memorisation rather than practical clinical skills result in graduates unprepared for real-life scenarios6.
Proposals for change
1. Early and integrated clinical training
Clinical skills must be embedded from the outset of the MPharm degree, blending pharmaceutical science with patient-centred practice. Canada’s PharmD programmes, integrating clinical competencies from the first year, have produced demonstrably better-prepared graduates in clinical reasoning and interprofessional collaboration7. In the UK, similar initiatives at the University of Nottingham showed promising outcomes, reinforcing the feasibility and benefit of this approach8.
2. Standardised and expanded experiential learning
A national framework mandating a minimum of 12 weeks of structured patient-facing placements throughout the MPharm is essential. Examples from Wales and Scotland, where structured cross-sector placements improved graduate readiness, demonstrate that national coordination and funding can achieve this effectively4.
3. Structured multi-sector foundation programme
Reshaping the foundation training into a structured multi-sector rotation over 12–24 months, akin to medical training models, can significantly enhance clinical readiness. Scotland’s successful cross-sector training model evidences improved clinical adaptability and confidence among trainees5.
4. Robust, authentic assessment and quality assurance
Introducing mandatory Objective Structured Clinical Examinations (OSCEs) and workplace-based assessments (WBAs) throughout training would align assessment with real-world competencies. Such practices have already been validated internationally, correlating closely with actual clinical performance6.
Counter arguments and implementation challenges
Critics might argue that existing curricula are already dense, leaving little room for additional content or placements. However, integration rather than expansion is key — teaching pharmaceutical sciences within clinical contexts avoids content overload. Concerns regarding variability and funding for placements can be mitigated by dedicated national funding streams, similar to those in medical education. Additionally, structured multi-sector training could raise concerns about logistical complexity, but Scottish and Welsh examples prove such models’ practicality and benefits.
Conclusive call-to-action
The NHS needs pharmacists who are clinically adept and capable of independent practice from day one. Immediate action — integrating clinical skills throughout MPharm programmes, standardising experiential placements and establishing structured multi-sector foundation training — is essential. Policymakers, educational institutions and professional bodies must collaboratively invest in these reforms, as early evidence indicates their potential for enhancing pharmacist readiness, directly benefiting patient care.
Conclusion
Addressing practice readiness gaps among UK pharmacy graduates is not merely an educational concern but a critical healthcare priority. Implementing integrated curricula, robust experiential learning, structured foundation training and authentic assessments will produce pharmacists who can confidently meet contemporary NHS demands, ensuring optimal patient outcomes and healthcare efficiency.
- 1.Standards for the initial education and training of pharmacists. General Pharmaceutical Council. 2021. Accessed September 2025. https://assets.pharmacyregulation.org/files/2024-01/Standards%20for%20the%20initial%20education%20and%20training%20of%20pharmacists%20January%202021%20final%20v1.4.pdf
- 2.Interim Foundation Pharmacist Programme — Pharmacist’s handbook 2020/2021. Health Education England. 2021. Accessed September 2025. https://www.hee.nhs.uk/sites/default/files/documents/Handbook%20for%20IFPP%20final.pdf
- 3.NHS Long-Term Plan. NHS England. January 2019. Accessed September 2025. https://webarchive.nationalarchives.gov.uk/ukgwa/20230418155402/https:/www.longtermplan.nhs.uk/publication/nhs-long-term-plan/
- 4.Foundation Training Review Report. NHS Education for Scotland. 2020. Accessed September 2025. https://www.nes.scot.nhs.uk/news
- 5.Post-Registration Foundation Pharmacist Curriculum. Royal Pharmaceutical Society. 2021. Accessed September 2025. https://www.rpharms.com/development/credentialing/post-registration-foundation/post-registration-foundation-curriculum
- 6.Experiential Learning. British Pharmaceutical Students’ Association. 2019. Accessed September 2025. https://www.bps.ac.uk/education-engagement/animal-research/curriculum-for-the-use-of-research-animals/experiential-learning-outcomes
- 7.Standards 2016. Accreditation Council for Pharmacy Education. February 2015. Accessed September 2025. https://www.acpe-accredit.org/pdf/ACPEStandards2016FINAL.pdf
- 8.University of Nottingham, Master of Pharmacy (MPharm) degree. General Pharmaceutical Council. 2022. Accessed September 2025. https://assets.pharmacyregulation.org/files/document/nottingham_mpharm_reaccreditation_part_1_5yr4yr_report_may_2022_-_final.pdf