STEM & EDUCATION

THE SIMULATOR IS THE RESULT.
STEM IS HOW WE GET THERE.

This page will show how the development of one aircraft simulator brings multiple areas of science, technology, engineering and mathematics together.

Programming

Simulation software, aircraft systems, interfaces and control logic.

Instrumentation, switches, controllers, interfaces and communications.

Mechanical structures, flying controls, motion and systems integration.

Geometry, movement, calculations, data and the mathematics behind simulation.

Flight, forces, movement and the physical behaviour being recreated by the simulator.

CAD, 3D modelling, prototyping, printing and component manufacture.

Future exploration of AI as part of a more immersive and personalised simulator experience.

Future access for schools, colleges, cadets and STEM organisations.

Using the build itself to show how different disciplines combine to create a complex working system.