Select and calibrate a triage acuity scale appropriate to the department's patient mix and staffing model.
Healthcare & Pharmaceutical Management
Emergency Department Triage Systems and Surge Capacity Planning
Equips emergency and operations leaders to design triage acuity scales, forecast surge demand and run escalation protocols that protect patient safety when attendances spike.
🗓️Duration5 training days
📚Content4 modules · 8 sessions
🎓On completionAccredited attendance certificate
About the programme
Course Overview
Emergency departments absorb the sharpest and least predictable swings in healthcare demand, and a triage system that works on a quiet Tuesday can fail within an hour once a surge begins. This course addresses the operational core of that problem: how acuity is classified at the point of arrival, how forecasting models translate historical attendance data into staffing and space decisions, and how escalation protocols convert a rising queue into a coordinated response rather than a crisis. Participants examine established triage scales including the Emergency Severity Index, the Canadian Triage and Acuity Scale and the Manchester Triage System, and learn where each performs well and where local adaptation is needed. Case-based exercises cover ambulance offload delay, exit block from inpatient beds, and the activation of full capacity protocols. The final module applies these tools to major incident response, mass casualty triage methods such as START and SALT, and structured after-action review. Delivery combines scenario simulation, data walkthroughs and protocol drafting so participants leave with triage and surge documents they can adapt to their own department.
Expected Learning Outcomes
Build a demand forecasting model that converts historical attendance patterns into staffing and space triggers.
Design escalation levels that move a department from business-as-usual through full capacity protocols.
Diagnose the causes of ambulance offload delay and exit block and propose targeted countermeasures.
Apply START and SALT triage methods to a simulated mass casualty scenario under time pressure.
Draft a surge capacity plan that specifies trigger thresholds, escalation actions and named roles.
Facilitate a structured after-action review that converts surge events into documented process changes.
Who Should Attend
Emergency department nurse managers responsible for triage and patient flow.
Hospital operations and capacity planning leads coordinating surge response.
Emergency physicians involved in triage protocol design and review.
Ambulance service liaison officers managing offload and handover processes.
Major incident planning officers preparing mass casualty response plans.
Quality and safety leads auditing triage accuracy and escalation compliance.
Course Modules
Select any module to see its sessions and points.
01Triage Scale Design and Acuity Classification
2 sessions · 8 points
Session 1Comparing the Emergency Severity Index, CTAS and Manchester Systems
- Compare the five-level structures of the Emergency Severity Index, the Canadian Triage and Acuity Scale and the Manchester Triage System.
- Map local patient presentation patterns against each scale's decision points to identify where calibration is needed.
- Test inter-rater reliability among triage nurses using paired case scenarios and document the variance found.
- Adapt a chosen triage scale's decision rules to local paediatric, obstetric and mental health presentations.
Session 2Rapid Assessment and Front-Door Streaming
- Design a rapid assessment and treatment zone that separates low-acuity patients from the main triage queue.
- Build streaming criteria that route minor injuries, primary care presentations and high-acuity trauma to distinct pathways.
- Set time-to-triage and time-to-first-clinician-contact targets and the data feeds needed to monitor them.
- Evaluate the role of a senior clinician at triage in reducing time to disposition decision.
02Surge Demand Forecasting and Trigger Design
2 sessions · 8 points
Session 1Predictive Modelling of Emergency Attendance Demand
- Build a time-series forecast of attendance volume using seasonal, weekday and local event patterns.
- Distinguish predictable demand cycles from anomalous spikes that require a different planning response.
- Translate forecast confidence intervals into staffing rosters and bed availability buffers.
- Validate a forecasting model against a prior surge event and quantify the forecast error.
Session 2Escalation Levels and Trigger Thresholds
- Define escalation levels from business-as-usual through full capacity protocol with named trigger metrics.
- Set occupancy, waiting time and ambulance queue thresholds that automatically activate each escalation level.
- Assign command roles and communication routes for each escalation level across clinical and operational teams.
- Build a surge dashboard that displays live trigger metrics to shift leaders and bed managers.
03Patient Flow, Boarding and Full Capacity Protocols
2 sessions · 8 points
Session 1Reducing Ambulance Offload Delay and Exit Block
- Diagnose the handover bottlenecks that cause ambulance offload delay and quantify their downstream effect.
- Map exit block back to inpatient discharge timing and identify the wards contributing most to boarding.
- Negotiate a hospital-wide flow escalation agreement that pulls in bed capacity from inpatient areas.
- Design a rapid handover protocol that transfers clinical responsibility within a defined time limit.
Session 2Activating Overflow Space and Full Capacity Protocols
- Identify overflow spaces suitable for safe patient care and the staffing model each space requires.
- Draft a full capacity protocol that specifies activation criteria, staffing reassignment and stand-down conditions.
- Design a corridor care or overflow care safety checklist covering monitoring, privacy and escalation triggers.
- Brief non-emergency staff redeployed during a full capacity protocol on their scope and reporting lines.
04Major Incident Response and Mass Casualty Triage
2 sessions · 8 points
Session 1Mass Casualty Triage Using START and SALT Protocols
- Apply the START triage algorithm to sort casualties by respiration, perfusion and mental status.
- Compare START and SALT protocols and identify which suits the department's likely incident profile.
- Run a tabletop mass casualty exercise and re-triage casualties as their condition changes over time.
- Document triage tag decisions and downstream treatment priorities for audit and legal review.
Session 2Surge Workforce Mobilisation and After-Action Review
- Design a callback and mobilisation plan that brings additional clinical staff on-site within a defined window.
- Coordinate mutual aid arrangements with neighbouring hospitals for casualty distribution during a major incident.
- Facilitate a structured after-action review using a standard debrief template within days of the incident.
- Convert after-action findings into revised triage, escalation and mobilisation documents with owners and dates.
What the participant receives
4 course modules
A structured syllabus
8 training sessions
across 5 days
32 detailed points
Applied, detailed content
Accredited attendance certificate
On completing the programme
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