Immersive ATPL and STEM learning

Passionate artist crafting interactive 3D and augmented reality content for a more immersive ATPL and STEM learning experience. Widen your world 🛩 🌍

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Check out this Vision Pro interface mockup.

Endless possibilities to actively participate in ATPL and STEM courses. Revolutionise your learning experience.

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Vision Pro and the infinite canvas of spatial computing

Initial thoughts on engaging learners through immersive experiences following the announcement of Apple's standalone headset.

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Primary flight display (PFD) by famousandfaded on Sketchfab

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Understanding precision approaches and the ILS glide path

Combining interactive models, a realtime flight simulator and post-flight data driven analysis to create a memorable learning experience.

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Precision approach into London Gatwick - 3D model by famousandfaded

A precision approach provides pilots with guidance in both the lateral and vertical planes. A common precision approach flown into many airp

Precision approach into London Gatwick

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Immersive flight simulation with photorealistic 3D tiles

Enhancing an existing flight simulator with seamless meshes and high-resolution images of the real-world, to create a compelling flying expe

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The new photorealic 3d tiles combo from Cesium & Google Maps within Unreal Engine 5 look amazing.

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ILS Localiser Coverage flight simulation in Unreal Engine 5

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360 turntable demoing the Localiser 3D model.

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ILS localiser coverage

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Exploring the radiation pattern of a half-wave dipole antenna.

The half-wave dipole antenna is formed from a conducting element, which is a wire of length equal to one half of the wavelength at the frequency of operation. Such an antenna emits an omnidirectional radiation pattern.

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Electromagnetic waves are composed of oscillating magnetic and electric fields.

This 3D animated representation of an electromagnetic wave shows its perpendicular electric and magnetic components. The vertical electrical field oscillation is shown in blue, while the horizontal magnetic field oscillation is shown in green. These field vectors change in magnitude and direction to represent the oscillation of the wave.

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