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Basic Mechanical Ventilation Program

Hands-on ventilator training to improve ICU confidence, ventilator understanding, monitoring, alarms, troubleshooting, and patient safety.

Description

Mechanical ventilation can feel intimidating for beginners because it combines physiology, machine settings, monitoring, alarms, patient comfort, and rapid troubleshooting. In the ICU and emergency setting, uncertainty around ventilators can delay care and increase risk.

The Basic Mechanical Ventilation Program by AFAI is designed for residents, ICU nurses, RMOs, emergency physicians, anaesthesia trainees, critical care staff, and healthcare professionals who need structured, practical ventilator training.

This program focuses on understanding the ventilator as a bedside clinical tool, not as a frightening box of buttons.

Why This Program Matters

Patients on mechanical ventilation require continuous observation, timely interpretation, and rapid correction of problems. A ventilator alarm is not background noise. It is a clinical message.

This program helps participants understand basic ventilator modes, interpret key parameters, recognise common problems, respond to alarms, identify dyssynchrony, and escalate appropriately.

What Participants Will Learn

By the end of the program, participants will be trained to:

  1. Understand basic principles of oxygenation and ventilation.

  2. Identify common ventilator modes and their bedside relevance.

  3. Interpret key monitoring parameters.

  4. Recognise common ventilator alarms and respond systematically.

  5. Identify patient-ventilator dyssynchrony warning signs.

  6. Understand the role of capnography and pulse oximetry in ventilated patients.

  7. Troubleshoot common ventilation problems.

  8. Communicate concerns and escalate appropriately.

Core Training Areas

Ventilator Basics

Understanding the purpose of mechanical ventilation, key terms, patient support goals, and basic machine orientation.

Ventilator Modes

Practical introduction to common ventilator modes and what each mode means at the bedside.

Oxygenation and Ventilation Principles

​Relationship between FiO2, PEEP, tidal volume, respiratory rate, minute ventilation, oxygen saturation, and carbon dioxide removal.

Monitoring Parameters

Understanding pressure, volume, flow, respiratory rate, SpO2, EtCO2, peak pressure, plateau pressure concepts, and trends relevant to clinical monitoring.

Ventilator Alarms

Common alarms, possible causes, immediate checks, patient-first response, and escalation triggers.

Dyssynchrony Recognition

​Recognising patient discomfort, fighting the ventilator, ineffective triggering, breath stacking, and clinical signs of poor synchrony.

Capnography and Pulse Oximetry

Use of EtCO2 and SpO2 as practical monitoring tools in ventilated patients.

Troubleshooting

​Structured approach to desaturation, high-pressure alarms, low-pressure alarms, circuit problems, secretions, disconnections, and patient deterioration.

Training Methodology

The program uses:

  • Focused interactive teaching

  • Ventilator demonstration

  • Hands-on ventilator stations

  • Monitoring parameter exercises

  • Alarm troubleshooting drills

  • Case-based discussions

  • Scenario-based learning

  • Instructor feedback and debriefing

Participants learn to approach the ventilator systematically instead of reacting with panic.

Who Should Attend?

This program is suitable for:

  • Anaesthesia residents

  • Emergency medicine residents

  • ICU nurses

  • RMOs

  • Emergency physicians

  • Critical care staff

  • Respiratory care teams

  • Ward teams managing ventilated patients during transfers or emergencies

Institutional Value

For hospitals and ICUs, this program supports:

  • Safer ventilator care

  • Improved staff confidence

  • Better alarm response

  • Earlier recognition of deterioration

  • Stronger interdisciplinary communication

  • Reduced dependence on trial-and-error learning

  • Critical care workforce upskilling

Program Format

Mode: Hands-on ventilator workshop
Audience: Healthcare professionals involved in ICU, emergency, anaesthesia, and critical care settings
Batch type: Institutional batch or scheduled workshop
Certification: AFAI certificate of participation or completion as applicable
Location: AFAI training venue or on-site institutional training as feasible

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