Interdisciplinary Plan to Reduce Medication Errors in Nursing
This paper presents an interdisciplinary plan proposal aimed at reducing medication errors in healthcare settings, with nurses playing a central role. Drawing on the World Health Organization-endorsed Point-of-Care Quality Improvement (POCQI) model, the proposal outlines key implementation questions, predictions, and timelines. The paper applies Lewin's three-step change theory alongside a shared, collectivist leadership strategy to guide the change process. It defines distinct roles for resident doctors, nurses, sisters, faculty members, and trainees, and details the organizational resources required. The proposal concludes by emphasizing the serious consequences of medication errors in high-acuity units and the anticipated positive impact of structured interdisciplinary collaboration.
- Introduction: Medication errors as a critical patient safety issue
- Objective and Implementation Framework: WHO-endorsed POCQI model for interdisciplinary error reduction
- Questions and Predictions: Timeline, staffing, and team size implementation questions
- Change Theory and Leadership Strategy: Lewin's three-step model and collectivist leadership approach
- Team Collaboration Strategy: Role-specific responsibilities across the interdisciplinary team
- Required Organizational Resources and Expected Impact: Resource table, costs, and anticipated patient safety outcomes
✍️ How to write this paper — guide, tools & examples ▾
What makes this paper effective
- The proposal is organized around a logical sequence — from objective and guiding questions, through theoretical frameworks, to practical team roles and resource planning — making the argument easy to follow.
- It grounds recommendations in recognized frameworks (WHO-endorsed POCQI, Lewin's change theory) and peer-reviewed sources, lending credibility to the interdisciplinary approach.
- The role-specific breakdown of team responsibilities demonstrates practical thinking about how interdisciplinary collaboration actually functions at the ground level.
Key academic technique demonstrated
The paper integrates theoretical frameworks with applied planning — a technique common in professional nursing and healthcare management writing. Rather than simply describing Lewin's three-step model in the abstract, the author maps each stage explicitly onto the proposed implementation, connecting theory directly to practice. This theory-to-application structure is a hallmark of graduate-level health sciences writing.
Structure breakdown
The paper opens with a brief introduction establishing the problem and scope, followed by the objective section introducing the POCQI model. The questions and predictions section anticipates implementation challenges. The change theory and leadership section applies Lewin's model and collectivist leadership concepts. The team collaboration section assigns concrete roles. The paper closes with a resource table and a discussion of expected impact and risks if the plan is poorly executed.
Introduction
Medication errors have been identified as one of the most significant issues causing high rates of adverse patient outcomes in healthcare. This problem has placed healthcare professionals on high alert, particularly because certain subgroups of the population are at elevated risk of fatality due to this serious concern. This paper synthesizes an interdisciplinary proposal plan for reducing medication errors, highlighting the vital role nurses can play in the process.
Objective and Implementation Framework
As acknowledged by the World Health Organization (WHO), the Point-of-Care Quality Improvement (POCQI) model would be used as the framework for interdisciplinary collaboration, with nurses playing a central role in reducing the rate of medication errors (Mondal et al., 2022). This objective has been shown to produce positive results, enabling maximum utilization of available resources while reducing the burden placed on any single professional throughout the transition of care.
Questions and Predictions
Several key questions guide the implementation of the proposed plan:
How much time would implementation take? It is expected that the full implementation process would take approximately six months. While this may seem lengthy, knowledge-sharing and training achieved through interdisciplinary collaboration are predicted to produce observable reductions in medication errors at a faster rate than working in isolation.
Would team members be trained or qualified for the proposed tasks? It is recommended that experts from each relevant department be included on the team. However, the inclusion of interns or newly hired staff should not be dismissed, as fresh perspectives can offer valuable novel inputs.
Should the team be small or large? The number of team members does not necessarily determine the effectiveness of the plan. Initially, it is expected that the team remain limited to approximately five members so that collaboration remains tight and well-coordinated.
Change Theory and Leadership Strategy
Lewin's three-step change theory is considered well-suited for guiding the implementation of the POCQI model. The model includes three stages — unfreezing, moving, and refreezing — each of which has demonstrated effectiveness in healthcare settings (Coulter, 2021).
The first stage, unfreezing, requires disrupting the existing status quo. This phase may generate some resistance, as the process of forming a new interdisciplinary team can create uncertainty or reluctance among staff to collaborate across professional boundaries.
The second stage, moving, incorporates the steps necessary for actual change implementation. This includes forming a new team comprising resident doctors, nurses, new trainees or interns where applicable, sisters, and faculty members if needed (Mondal et al., 2022). Practical steps during this phase include stepwise application of the POCQI model, long interactive training sessions, audio-visual educational support, and knowledge dissemination covering dosage, frequency, professional responsibilities, medication intervals, drug compatibility relative to patient condition, and monitoring via morning rounds on prescription sheets. These activities are organized through the Plan-Do-Study-Act (PDSA) cycle (Mondal et al., 2022).
The third stage, refreezing, focuses on embedding the changed behaviors and practices into normal daily routine during and after the six-month period. Lewin's model was selected for this proposal because it involves only three clear steps, making it more practical to implement compared to other change frameworks requiring eight or more stages.
A shared or collectivist leadership approach is best suited for interdisciplinary action, as it focuses on clarifying team roles and responsibilities in the pursuit of a shared common goal (De Brun et al., 2019). Through team-building exercises and professional development programs, shared leadership can serve as a strong source of motivation. When roles are clearly defined through transparent communication, individual competencies are acknowledged, and a collective orientation toward the goal — reducing medication errors at the facility — is cultivated, teams are better positioned to succeed (De Brun et al., 2019).
References
Coulter, D. T. (2021). Operationalizing Lewin's 3-step change model in the outpatient setting: A Covid-19 case study [Doctorate thesis, College of Health Professionals]. MUSC Theses and Dissertations. https://medica-musc.researchcommons.org/cgi/viewcontent.cgi?article=1563&context=theses
De Brun, A., O'Donovan, R., & McAuliffe, E. (2019). Interventions to develop collectivist leadership in healthcare settings: A systematic review. BMC Health Services Research, 19. https://doi.org/10.1186/s12913-019-3883-x
Mondal, S., Banerjee, M., Mandal, M., Mallick, A., Das, N., Basu, B., & Ghosh, R. (2022). An initiative to reduce medication errors in a neonatal care unit of a tertiary care hospital, Kolkata, West Bengal: A quality improvement report. BMJ Open Quality, 11.
Always verify citation format against your institution’s current style guide requirements.