Optimising Clinical Time: Strategies for Maximising a Scarce Resource

Why this topic matters

The effective management of clinical time is a cornerstone of NHS productivity and patient safety. Delays in diagnosis, treatment, and discharge are often linked to a lack of available clinical time, contributing to longer waiting lists, poorer patient outcomes, and increased staff burnout. In a system facing unprecedented demand, where staff vacancies are prevalent and resources are constrained, unlocking even marginal gains in clinical efficiency can have a significant cumulative impact.

Furthermore, the increasing complexity of patient needs, the administrative burden placed on clinicians, and the need for continuous professional development all compete for this finite resource. Without a strategic approach to time optimisation, NHS organisations risk exacerbating existing pressures, leading to decreased staff morale and potential compromises in care quality. Understanding and optimising clinical time is essential for meeting national targets, improving patient experience, and creating a more resilient healthcare system.

Practical explanation: Understanding Clinical Time

Clinical time is more than just hours spent in direct patient contact. It encompasses a broad spectrum of activities, both patient-facing and non-patient-facing, that are essential for providing healthcare. Categorising these activities can help in understanding where time is spent and where efficiencies might be found:

• Direct Patient Contact: Consultations (outpatient/inpatient), ward rounds, surgical procedures, diagnostic interpretations, prescribing, administering treatments.
• Indirect Patient Care: Documenting clinical notes, reviewing results, liaison with other teams, crafting referral letters, preparing for clinics, responding to patient queries (e.g., e-consultations).
• Administrative Tasks: Mandatory training (non-clinical), rota management, HR-related activities, email correspondence, service planning meetings, IT issues.
• Professional Development & Education: Teaching, supervision, audit, quality improvement projects, research, attending conferences, mandatory clinical training (e.g., ALS/ATLS).
• Travel & Handoffs: Time spent travelling between sites, patient transfers, structured handovers.

A key challenge is that much of this time is often unrecorded or 'hidden', particularly administrative and indirect care tasks. This makes accurate measurement and subsequent optimisation difficult. The concept of 'presenteeism' – being physically present but not optimally productive due to non-clinical demands – further complicates the picture.

Illustrative Opportunity: Potential Capacity Release

While local validation is always required, national studies and GirFT reports often highlight significant potential for capacity release through process optimisation. For example, streamlining administrative tasks or improving patient flow within a clinic setting could potentially release 10-15% of a clinician's indirect time. Not all recovered capacity is cash-releasing; some will be reinvested into direct patient care, education, or essential administrative duties, thereby improving job satisfaction and reducing burnout. However, this illustrates the potential for strategic gains.

Common pitfalls in time management

Identifying and addressing common pitfalls is crucial for effective time optimisation:

• Lack of granular data: Without understanding how time is truly being spent at a micro-level, interventions are often based on assumption rather than evidence.
• One-size-fits-all solutions: Different specialties and professional groups have distinct time pressures and workflows. Solutions must be tailored.
• Focusing solely on direct patient contact: Neglecting the 'invisible work' of clinicians (e.g., patient administration, multidisciplinary team discussions) can lead to underestimation of workload and missed optimisation opportunities.
• Inadequate IT infrastructure: Outdated or poorly integrated IT systems can significantly increase administrative burden and reduce efficiency.
• Resistance to change: Clinicians are often time-poor and resistant to new processes if the benefits are not clearly articulated or if new demands are placed upon them without offsetting reductions elsewhere.
• Fragmented ownership: Responsibility for time optimisation may be diffused, leading to inconsistent approaches and a lack of accountability.
• Ignoring the impact of non-clinical factors: Issues like facility layout, equipment availability, portering services, or complex rostering can all significantly impact clinical efficiency.

Step-by-step approach: Optimising Clinical Time

An effective strategy for optimising clinical time involves a structured, iterative approach.

1. Define and Measure (Baseline Assessment)

• Identify objectives: What specific problems are you trying to solve (e.g., long waiting lists, staff burnout, service backlogs)?
• Map current state: Conduct direct observation, time-motion studies, activity sampling, or clinician diaries to accurately map how time is being spent across different activities and roles. Engage clinicians actively in this process.
• Quantify 'hidden' time: Pay particular attention to non-direct patient care activities. Use existing data where available (e.g., clinic utilisation rates, theatre turnover times).
• Identify bottlenecks: Pinpoint specific points in workflows where time is consistently lost or inefficiently used.

2. Analyse and Prioritise (Opportunity Identification)

• Root cause analysis: For each bottleneck, investigate the underlying reasons. Is it process-related, IT-related, staffing, or environmental?
• Benchmark: Compare local performance against national benchmarks (e.g., GIRFT reports, national audits) to identify areas for significant improvement.
• Engage stakeholders: Hold workshops with frontline staff, managers, and IT teams to discuss findings and brainstorm potential solutions.
• Prioritise interventions: Focus on areas with the greatest potential impact on patient care or staff wellbeing, considering feasibility and resources.

3. Design and Implement (Solution Development)

• Process redesign: Develop streamlined pathways (e.g., lean methodology for clinic flow, redesigned ward rounds, electronic prescribing).
• Technology leverage: Implement or optimise digital tools (e.g., e-referral systems, voice recognition for documentation, remote monitoring).
• Role optimisation: Review skill mix and introduce new roles (e.g., Physician Associates, Advanced Clinical Practitioners, administrative support for clinical tasks) to free up senior clinical time.
• Standardisation: Develop and implement standardised operating procedures (SOPs) for common tasks to reduce variability and improve efficiency.
• Communication strategies: Improve inter-departmental and inter-professional communication to reduce delays and misunderstandings.
• Pilot projects: Test interventions on a small scale before wider rollout to refine processes and gather feedback.

4. Monitor and Sustain (Evaluation & Continuous Improvement)

• Define metrics: Establish clear metrics to track the impact of changes (e.g., clinic waiting times, theatre utilisation, staff satisfaction, time spent on documentation).
• Regular review: Implement a robust monitoring framework to regularly assess the effectiveness of interventions.
• Feedback loops: Create channels for ongoing feedback from staff and patients.
• Adjust and adapt: Be prepared to modify interventions based on results and feedback. This is an iterative process.
• Celebrate successes: Recognise and communicate achievements to maintain momentum and reinforce a culture of continuous improvement.

Example in clinical practice: Optimising consultant ward round time

A large DGH's medical division faced increasing consultant burnout due to extended ward rounds and high volumes of administrative tasks following rounds. A Lazomis-supported QI project team, led by a clinical director, decided to optimise consultant ward round time.

1. Define and Measure: Clinicians completed activity diaries for two weeks, supplemented by direct observation of ward rounds. They found consultants spent significant time a) chasing investigation results, b) handwriting notes that then needed manual entry, and c) duplicating information already available in electronic records. The average ward round for a 20-bed ward took 3.5 hours.

2. Analyse and Prioritise: Root cause analysis indicated poor pre-ward round preparation by junior staff and lack of clerical support for discharge planning and result chasing. The priority was to streamline information flow and delegate non-clinical tasks.

3. Design and Implement:

• Pre-ward round huddle: Instituted a 15-minute daily huddle where junior doctors and ward nurses reviewed each patient, ensured all results were available, and flagged key issues requiring consultant input.
• Introduction of a ward clerk: A dedicated ward clerk was assigned to each ward. Their role included chasing routine results, preparing discharge summaries under supervision, and arranging transport.
• Electronic note-taking: Piloted tablet-based electronic ward round documentation, allowing immediate entry into the EHR and reducing dictation/manual entry time.
• Protected consultant time: Ring-fenced dedicated administrative time for consultants post-ward round for complex tasks and training.

4. Monitor and Sustain:

• Metrics: Tracked average ward round duration, time spent by consultants on administrative tasks, and staff satisfaction scores.
• Outcomes: Average ward round time reduced to 2.5 hours within six months, releasing 1 hour per round. Consultant time spent on 'chasing' reduced by 40%. Junior doctor and consultant satisfaction improved. The capacity released allowed for more teaching and increased direct patient contact time within existing sessions.

This example shows that a multidisciplinary, data-driven approach focusing on process, people, and technology can effectively optimise clinical time, delivering tangible benefits.

How Lazomis can help

Lazomis provides a suite of tools that can significantly support NHS teams in understanding, measuring, and optimising clinical time. Our platform offers:

• QI Project Setup & Tracking: Structure your time optimisation initiatives using our intuitive project management tools, ensuring clear objectives, measurable outcomes, and consistent progress tracking.
• Data Collection & Analysis: Facilitate systematic data collection for baseline assessment and intervention monitoring. Our dashboards can help visualise time allocation, identify bottlenecks, and demonstrate the impact of your changes over time.
• Process Mapping Tools: Digitally map current and future state workflows, making it easier to identify inefficiencies and design streamlined processes, reducing the administrative burden typically associated with such exercises.
• Reporting & Communication: Generate clear, concise reports to communicate progress to stakeholders, demonstrate value, and support business cases for wider implementation of successful interventions.

By centralising your Quality Improvement and productivity initiatives on the Lazomis platform, you can ensure a consistent, evidence-informed approach to optimising clinical time across your organisation. This resource supports, but does not replace, clinical judgement. Local policy, formulary and specialist advice should be followed.