Critical care transport isn't hospital medicine on wheels. Resources are finite, backup is distant, and reactive thinking gets patients killed. This course builds the anticipatory reasoning that separates good transport clinicians from great ones — covering structured assessment, aeromedical physiology, lab values, CXR/CT interpretation, and clinical mathematics.

Recognition, Differentiation and Resuscitation in Transport

This module covers the physics and physiology of flight across seven lessons: the aerospace environment, gas laws in clinical practice, hypoxia at altitude, trapped gas and expansion, the hostile transport environment, motion and G-forces, and full case integration. Everything happens on the ground. This module teaches you why.

The ventilator does exactly what you programme it to do. This course covers everything from initial parameter selection to ARDS management, troubleshooting, and refractory hypoxaemia — built specifically for the transport environment, the Hamilton T1, and the clinician working without backup.

Foundational Course on Med Math

Neuro anatomy and physiology,

Trauma care in the Pre Hospital Environement

Here you will find simulations, inlcuding downloadable isims file for simulation software. All in word format so you can edit and adjust as needed to match your local clinical guidelines or protocols.

Test yourself, find practice exams here with answer guides .