Engineering Framework - Inspection

Immerse students in realistic engineering scenarios where they apply detailed inspection protocols to identify structural weaknesses and safety concerns.

Moment of Inertia

Experience physics in action as you manipulate objects of varying shapes and densities to discover how mass distribution affects rotational motion.

Lifeboat

Navigate emergency rescue scenarios where students apply principles of buoyancy, stability, and fluid dynamics to save virtual lives in challenging weather conditions.

Projectiles

Master the physics of motion as you calculate and visualise trajectories by adjusting launch angles, initial velocities, and environmental factors in this interactive simulation.

Ships

Command your own vessel through realistic maritime environments where hydrodynamics, propulsion systems, and navigational physics determine your success at sea.

Pulley System

Manipulate virtual pulley arrangements on inclined planes to discover how mechanical systems can overcome gravitational resistance with minimal effort

Games Portfolio

Immerse yourself in the role of a professional structural engineer as you navigate through complex frameworks to identify potential weaknesses, defects, and safety concerns. This interactive simulation develops critical inspection skills essential for engineering qualifications.

Controls:

  • Cursor Keys or WASD Keys: Navigate forward, backward, left, and right through the structure
  • Z Key: Rotate view left 
  • X Key: Rotate view right
  • Q Key: Up
  • E Key: Down

Methodically examine each component of the framework, applying theoretical knowledge to practical scenarios. Document your findings and recommend appropriate interventions to ensure structural integrity and safety compliance.

 
 

Experience the fundamental physics concept of rotational inertia through this interactive simulation. Manipulate objects of varying shapes, sizes, and mass distributions to discover how these factors affect an object's resistance to rotational acceleration.


Controls:

  • Cursor Keys or WASD Keys: Navigate forward, backward, left, and right to examine different objects
  • Z Key: Rotate objects left
  • X Key: Rotate objects right
  • Q Key: Up
  • E Key: Down

Experiment with different axis positions and object configurations to visualise how mass distribution impacts rotational behaviour. This hands-on approach reinforces theoretical concepts while building intuitive understanding of angular momentum principles essential for 

Lifeboat

Forthcoming.....

 

Pulley System

Forthcomiing......

Projectiles

Forthcoming