• The evolution of respiratory care: A brief history of respiratory physiotherapy.
• Impact on early development: Understanding its critical relevance to the health of infants and children.

• Neurological control of breathing: Central and peripheral regulation.
• The role of mechanoreceptors: Sensory feedback in respiratory mechanics.
• The role of chemoreceptors: Chemical control of ventilation.
• The upper airway: Structural and clinical considerations.
• The lower airway: Mechanics and pulmonary parenchymaLower airways.
• Associated key structures: Integrated musculoskeletal and fascial networks.

• Core concepts in respiratory mechanics.
• Mechanical properties of the lung.
• Regional ventilation differences and ventilation-perfusion distribution.
• The equal pressure point (EPP): Clinical implications in airway dynamics.
• Rohrer's equation: Understanding airflow resistance.
• Pathophysiological differentiation: Obstruction versus restriction.
• The mucociliary system: Structure and function of the mucosa and cilia.

• The multi-functional diaphragm: Postural, digestive, and respiratory dynamics.
• Clinical assessment of the infant diaphragm: Manual palpation and functional observation.

• Introduction to paediatric respiratory assessment.
• Clinical history and the family interview.
• Neuromotor developmental examination: Integrating reflex patterns and motor milestones.
• Chest auscultation: Identifying clinical signs and respiratory sounds.
• Pulse oximetry and oxygen saturation monitoring.
• Paediatric spirometry: Principles and practical application.
• Postural and musculoskeletal assessment: Evaluation of structural synergies.
• Craniofacial and skull assessment: Analyzing upper airway and structural alignment..

• Introduction to clinical auscultation.
• Normal lung sounds: Vesicular breath sounds and physiological variations.
• Adventitious sounds: Identifying crackles and their clinical significance.
• Adventitious sounds: Identifying wheezes and airway resistance.
• Clinical procedures for accurate and effective auscultation.

• Introduction to family-centred therapeutic education.
• Nasal clearance techniques: Safe and effective nasal rinsing.
• Home-based exercises and therapeutic play: Engaging families in recovery.
• Neurodevelopmental stimulation: Integrating motor patterns into daily routines.
• Environmental adaptations: Optimising home and everyday spaces.

• Introduction to manual and functional respiratory interventions.
• High-velocity inspiratory techniques:

• • Active nasosuction.
  • Nasal rinsing and upper airway clearance.
  • Retrograde pharyngeal clearance (RPC).

• Low-velocity inspiratory techniques:

• • Extended slow inspiratory maneuver in lateral decubitus (ESIM).
  • Resistive inspiratory maneuver (RIM).

• Low-velocity expiratory techniques:

• • Slow expiratory maneuver with an open glottis (ELTGOL).
  • Prolonged slow expiration (PSE).
  • Autogenic drainage.
  • Positive expiratory pressure (PEP) therapy systems.

• High-velocity expiratory techniques:

• • Cough clearance (directed, induced, and assisted cough).
  • Forced expiratory technique (FET: active and passive).