Master Mechanical Ventilation
From fundamental respiratory physiology and breath mechanics to bedside waveform interpretation, patient-ventilator asynchrony, and lung-protective strategies.
Curriculum
10 Levels
Core Lessons
42 Lessons
Waveforms
16 Patterns
Mastery Exam
16 Cases
Course Curriculum
Progressive 10-tier adult mechanical ventilation training.
Level 1: Respiratory Physiology for Mechanical Ventilation
The biophysical foundation of mechanical ventilation. Understand how positive pressure reverses natural intrathoracic mechanics, alters lung distension, dead space, and cardiovascular loading.
Level 2: How the Ventilator Works (Breath Anatomy & Variables)
The architectural framework of mechanical ventilators. Master Chatburn's classification: Volume vs Pressure control, the 4 phase variables (Trigger, Limit, Cycle, Baseline), and how work of breathing is shared between patient and machine.
Level 3: Basic Ventilator Settings & Dynamic Interactions
Comprehensive parameter-by-parameter analysis of every setting on the ventilator panel. Master the physiological cascades, secondary effects, and bedside calculation rules.
Level 4: Ventilator Modes (Physiologic & Breath-by-Breath)
Comprehensive breakdown of all major adult mechanical ventilation modes. Master what you set, what is controlled, what varies, clinical indications, and evidence-based limitations.
Level 5: Waveforms & Loops (Scalars & Vector Loops)
Transforming ventilator waveforms into a dynamic diagnostic window. Learn to recognize increased resistance, decreased compliance, dynamic hyperinflation (Auto-PEEP), flow starvation, and leaks at a single glance.
Level 6: Respiratory Mechanics & Bedside Calculations
The mathematical engine of bedside critical care. Master the inspiratory and expiratory pauses, calculate static compliance, airway resistance, driving pressure, and mechanical power to protect the lung.
Level 7: Troubleshooting & Patient-Ventilator Asynchrony Lab
Master bedside emergency troubleshooting and comprehensive waveform dyssynchrony analysis: Ineffective triggering, Double triggering, Flow starvation, Auto-triggering, Premature cycling, Delayed cycling, and Reverse triggering.
Level 8: Disease-Specific Ventilator Strategies
Mechanical ventilation is not one-size-fits-all. Master the tailored physiological strategies for ARDS (ultra-protective), Obstructive disease (permissive hypercapnia), RV Failure (PVR management), and Neurocritical Care (PaCO2 control).
Level 9: Advanced & Rescue Ventilation Strategies
Evidence-based rescue pathways for life-threatening hypoxemic respiratory failure: Prone positioning, neuromuscular blockade, recruitment titration, patient-self-inflicted lung injury (P-SILI), and ECMO indications.
Level 10: Liberation from Mechanical Ventilation & Extubation
Master the science of ventilator discontinuation: Daily readiness screening, Pressure Support vs T-piece SBTs, the Rapid Shallow Breathing Index (RSBI), diagnosing cardiovascular weaning failure (WIPO), and airway extubation criteria.
Core Curriculum Sources
Core mechanical-ventilation topics and physiologic framework were informed by Tobin, Principles and Practice of Mechanical Ventilation, 3rd edition and Pilbeam's Mechanical Ventilation: Physiological and Clinical Applications, 7th edition. Current clinical recommendations are supported by the guidelines, consensus statements, and primary studies cited within the relevant lessons.
Bedside Ventilator Tools
Interactive clinical calculators for PBW and respiratory mechanics.
Predicted Body Weight (PBW) & Tidal Volume Calculator
Index tidal volume to Predicted Body Weight (PBW) rather than actual scale weight.
Predicted Weight
70.6 kg
6 mL/kg (Standard ARDS)
424 mL
4 mL/kg (Low VT Refractory)
282 mL
8 mL/kg (Non-ARDS Max)
565 mL
Respiratory Mechanics & Mechanical Power Calculator
Bedside evaluation of Static Compliance, Airway Resistance, Driving Pressure, and Mechanical Power.
Driving Pressure (ΔP)
14 cmH2O
Observational Ref <= 14-15
Static Compliance (Cstat)
32.1 mL/cmH2O
Decreased (<50)
Airway Resistance (Raw)
10 cmH2O/L/s
Normal (<= 10)
Mechanical Power (MP)
19.8 J/min
⚠️ High Energy Transfer