Modern mechanical ventilators are far more than gas delivery devices – they are complex, microprocessor-driven systems that integrate engineering, physiology, and advanced algorithms to support critically ill patients.
In this session, Dr. Natalie takes a deep dive into the inner workings of contemporary ventilators, moving beyond surface-level understanding to explore how these machines actually function at their core. From the historical evolution of ventilation technology to the architecture of today’s ICU platforms, this webinar will unpack how gas flow, sensors, valves, and control systems interact to deliver precise and adaptive respiratory support.
Participants will gain a structured framework to understand ventilator function across modes and manufacturers, including the principles behind control loops, triggering, and feedback systems. The session will also examine key differences between ventilator types – such as pneumatic vs turbine-driven systems and ICU vs transport ventilators – and how these impact clinical decision-making.
Finally, the webinar will explore the rapidly evolving landscape of mechanical ventilation, including adaptive modes, automation, and emerging AI-supported technologies, helping clinicians better interpret and apply these tools in daily practice.
