At the end of this educational program, participants will be able to:

• Apply advanced mechanical ventilation strategies, including adaptive and closed-loop modes, high-frequency ventilation, and ultra-lung-protective ventilation in complex critical care settings.
• Evaluate and implement evidence-based ECMO practices, including cannulation strategies, circuit management, mobilization, and post-ECMO recovery.
• Integrate AI-driven technologies and automated oxygenation systems into respiratory care while maintaining patient safety and clinical effectiveness.
• Optimize patient–ventilator synchrony and implement early liberation and fast-track extubation protocols.
• Utilize advanced bedside diagnostic and monitoring tools, including lung ultrasound, neuro-monitoring, and modern pulmonary function testing.
• Apply evidence-based approaches to ARDS management, acute brain injury ventilation, congenital diaphragmatic hernia stabilization, and neuro-respiratory disorders.
• Incorporate pulmonary and cardiopulmonary rehabilitation principles, including structured patient education and chronic disease management strategies.
• Strengthen RT leadership through implementation of RT-led protocols, research methodology, interdisciplinary collaboration, and quality improvement initiatives in advanced life support environments.