Effective Quality Improvement Projects for Foundation Doctors

Why this topic matters

For Foundation Doctors, QI projects are not merely a tick-box exercise. They are a direct application of clinical knowledge to improve healthcare systems, enhancing patient care and staff experience. The GMC's Good Medical Practice (2024) emphasises the duty of doctors to contribute to the quality and safety of care, which includes participating in and leading QI activities. Demonstrating engagement with QI is also a vital aspect of portfolio development, crucial for career progression and specialty applications.

Effective QI projects allow junior doctors to:

• Develop core skills: Problem-solving, data collection and analysis, communication, leadership, and change management.
• Understand healthcare systems: Gain insight into how various components of the NHS operate and interact.
• Improve patient outcomes: Directly contribute to safer, more effective, and patient-centred care.
• Enhance working environments: Improve processes that impact staff wellbeing and efficiency.
• Fulfil curriculum requirements: Meet objectives for Foundation and specialty training curricula.

Practical explanation: What makes a 'good' QI project for a junior doctor?

A 'good' QI project for a Foundation Doctor is typically one that is focused, achievable within the rotation timeframe, aligns with local priorities, and has a clear potential for measurable improvement. It doesn't need to be groundbreaking; often, addressing small, persistent issues can yield significant benefits.

Key characteristics of suitable projects:

• Manageable Scope: Given time constraints (often 4-6 months per rotation), choose a project with a narrow focus. Avoid attempting to overhaul entire pathways initially.
• Measurable Impact: The problem and its potential solutions should be quantifiable. This allows for clear data collection and demonstration of change.
• Local Relevance: Projects that address issues directly impacting your current ward, department, or patient population are often more engaging and easier to implement, as you are part of the daily operations.
• Supervisor Support: Strong support and guidance from a clinical supervisor or QI lead are essential for navigating organisational hurdles and ensuring the project is well-directed.
• Alignment with Organisational Goals: Projects that link to trust or departmental quality priorities (e.g., CQC recommendations, national audit findings, local incident reports) are more likely to gain traction and resources.
• Data Availability: Consider whether the necessary data is realistically accessible and collectible within your timeframe. Avoid projects requiring complex data extraction from multiple legacy systems if resources are limited.

Common pitfalls to avoid

While enthusiasm for QI is commendable, certain common missteps can hinder a project's success:

• Overly Ambitious Scope: Trying to solve too many problems at once. This often leads to projects that are difficult to manage and complete.
• Lack of Stakeholder Engagement: Failing to involve key individuals who will be affected by or are crucial to implementing the change. Without their buy-in, even good ideas struggle.
• Confusing QI with Audit or Research: While related, these methodologies have distinct aims and governance requirements. QI focuses on improving processes locally, audit measures compliance against standards, and research generates new knowledge generalisable beyond the immediate context. Ensure your project is clearly defined as QI from the outset to follow appropriate governance.
• Insufficient Baseline Data: Not properly understanding the current state before implementing changes. This makes it impossible to objectively measure improvement.
• Ignoring the 'Why': Focusing solely on what to change without understanding the underlying causes of the problem. Tools like '5 Whys' or fishbone diagrams can help explore root causes.
• Lack of Sustainability Planning: Implementing a change but not considering how it will be embedded long-term. QI is cyclical, and thinking about how improvements will be maintained is crucial.
• Operating in Isolation: Not seeking guidance from QI leads, supervisors, or experienced colleagues. Collaboration is key in QI.

Step-by-step approach to a QI project

A structured approach, often based on cycles like PDSA (Plan-Do-Study-Act), can significantly improve the likelihood of success for your QI project.

1. Identify and Define the Problem

• Observe: What problems do you encounter daily? Where are the frustrations, delays, or safety concerns? Listen to staff and patient feedback.
• Prioritise: Which problem is most amenable to change? Which is important, but also manageable?
• Formulate a clear problem statement: "Too many patients on Ward X are receiving their morning medications late, leading to delayed discharge planning and increased patient anxiety."
• Establish the 'Why': Use root cause analysis tools (e.g., '5 Whys', fishbone diagram) to understand contributing factors.

2. Set an Aim and Measures

• Aim Statement: What do you want to achieve? Make it SMART (Specific, Measurable, Achievable, Relevant, Time-bound). Example: "To increase the proportion of patients on Ward X receiving morning medications by 09:00 from 60% to 90% within 3 months."
• Outcome Measures: What are you trying to improve for patients? (e.g., % medications given on time).
• Process Measures: Are the new processes being followed? (e.g., % of nurses completing medication rounds within a specific timeframe).
• Balancing Measures: Are you inadvertently causing new problems? (e.g., increased staff burnout, medication errors).

3. Understand the Current System (Process Mapping & Baseline Data)

• Map the process: Visually represent the current steps involved in the process you wish to improve. This highlights inefficiencies and bottlenecks.
• Collect baseline data: Before making any changes, collect data on your chosen measures to establish the current performance. This is critical for demonstrating improvement later.

4. Develop and Implement Interventions (PDSA Cycles)

• Brainstorm solutions: Involve colleagues and stakeholders. What small changes could address the root causes?
• Plan (P): Detail the change you will make, who will do it, when, and what data you will collect to test its effectiveness. Focus on small-scale tests.
• Do (D): Carry out the planned change. Collect your data systematically.
• Study (S): Analyse the data. Did the change work? What did you learn? Compare to your baseline and aim.
• Act (A): Based on your learning, either adapt the change, abandon it, or adopt it and plan the next cycle. Repeat PDSA cycles until the aim is met.

5. Sustain the Improvement

• Standardise: Once an intervention is successful, embed it into routine practice through updated guidelines, training, or checklists.
• Monitor: Continue to track your measures to ensure the improvement is maintained over time (post-project monitoring).
• Share learning: Disseminate your findings within the department and trust. Present at local meetings or conferences.

Example in clinical practice

Problem: Foundation Doctor Dr. Patel observed that junior doctors on the medical wards spent significant time chasing missing blood results, delaying ward rounds and patient management.

Root Cause Analysis (e.g., 5 Whys):

• Why are results missing? Because labs are often not requested correctly or phlebotomy wasn't done.
• Why not done correctly? Because junior doctors are not aware of specific ward-based phlebotomy times or requirements for particular tests.
• Why aren't they aware? Because information is fragmented and relies on word-of-mouth.

Aim: To reduce the number of missing essential blood results for medical inpatients on Ward C from a baseline of 15% to 5% within 3 months.

Intervention (PDSA Cycle 1):

• Plan: Create a simple, laminated 'Blood Request Information Sheet' for each ward, detailing common tests, phlebotomy times, and contact numbers for common queries. Distribute to all junior doctors and nursing staff on Ward C.
• Do: Distribute sheets and explain their purpose over one week. Collect data on missing essential blood results for the next two weeks.
• Study: Data showed a reduction in missing results to 10% – an improvement, but not yet hitting the aim. Feedback suggested the sheets were helpful but some specific tests were still being missed.
• Act: Refine the information sheet to include a 'Top 5 Commonly Missed Tests' section with specific instructions. Plan to roll out an updated sheet and deliver a brief teaching session at the start of the next rotation for new F1s.

Outcome: After further PDSA cycles and embedding the refined information sheet and brief teaching, Dr. Patel successfully reduced missing essential blood results to below 5%, improving ward round efficiency and reducing delays in patient care. This project was presented at the local QI forum and led to similar sheets being developed for other wards.

How Lazomis can help

Lazomis offers practical tools that can support Foundation Doctors throughout their QI journey, from initial project setup to data analysis and reporting.

• Lazomis QI Project Setup: Provides a structured template to define your problem, aim, measures, and stakeholders, ensuring you start on a strong footing.
• Lazomis Data Collection Templates: Offers customisable templates for efficient and consistent data capture, crucial for both baseline and intervention phases.
• Lazomis Dashboards: Helps visualise your data with run charts and control charts, making it easier to identify trends, measure impact, and demonstrate improvement over time.
• Lazomis QI Reporting Tool: Simplifies the process of compiling your findings into a clear, professional report suitable for your portfolio and local dissemination.

These tools help streamline the administrative burden, allowing you to focus on the clinical aspects of your QI work.

Key takeaways

• Start Small: Choose a manageable project with a focused scope that can be completed within your rotation.
• Measure, Don't Guess: Collect baseline data and use simple measures to track progress and demonstrate impact.
• Engage and Collaborate: Involve colleagues, supervisors, and patients from the outset to gain buy-in and diverse perspectives.
• Use the PDSA Cycle: Test changes on a small scale, learn from each cycle, and adapt your approach iteratively.
• Aim for Sustainability: Think about how successful changes can be embedded into routine practice for lasting impact.
• Seek Support: Utilise your QI leads, clinical supervisors, and available Lazomis tools to guide your project.

This resource supports, but does not replace, clinical judgement. Local policy, formulary and specialist advice should be followed.