SEE. TEST. CHANGE.
Make complex worlds interactive.
IF?
Complex systems are defined by relationships. Simulation makes those relationships visible, interactive and testable.
ENTER. INTERACT. EXPERIENCE.
Immersive technology moves digital information beyond the screen and into the space around us. People become part of the system — moving through it, interacting with it and changing what happens next.
BUILD SYSTEMS.
NOT EXERCISES.
Move from physical inputs to digital environments, immersive interaction and intelligent workflows, then bring those capabilities together in a substantial final production.
REAL-TIME
SIMULATION
Understand how digital environments behave. Create physics-driven scenarios in Unreal Engine where forces, collisions, constraints, logic and changing conditions determine what happens next.
Forces, collisions, constraints and object behaviour.
States, events, rules and visual scripting.
Interactive conditions and system response.
Working real-time simulation studies.
CONNECTED
SYSTEM
Bring the physical world into the simulation. Use sensors, microcontrollers and connected devices to capture real-world inputs and translate them into data a digital environment can respond to.
Sensors, circuits and physical inputs.
Serial, wireless and device communication.
Real-time data from multiple sources.
Functioning physical-digital prototypes.
SPATIAL
EXPERIENCE
Design interaction beyond the flat screen. Explore how people navigate, understand and control immersive environments through spatial interfaces, tracked movement and responsive interaction.
Head, hand and spatial tracking.
Navigation, feedback and spatial UI.
VR, AR, XR and interactive 3D experiences.
Tested immersive prototypes and interaction systems.
CAPTURE.
BUILD. VISUALIZE.
Translate reality into a digital environment. Capture physical objects and spaces, develop them through a real-time 3D pipeline, and turn them into convincing environments for simulation and advanced visualization.
Photogrammetry and mobile scanning.
Modelling, materials and optimized assets.
Lighting, rendering and environment composition.
Real-world capture transformed into real-time 3D.
DATA INTO
THE SYSTEM.
Give digital systems something to understand. Acquire and prepare real-world data, explore AI-supported processing, and connect models and data workflows to simulation and immersive applications.
Real-world data collection.
Datasets, annotation and processing.
Models, AI tools and edge devices.
Applied data and model-integration workflows.
BUILD THE
WHOLE SYSTEM.
Bring the disciplines together. Combine simulation, real-time 3D, interaction, connected technology and human-centred design into a substantial team production built to be tested, demonstrated and evaluated.
Simulation, XR, installation or real-time application.
Behaviour, usability, comfort and safety.
Use evidence to improve the experience.
Finished, documented, portfolio-ready work.
MAKE THEM RESPOND.
Develop the technical, spatial and systems-thinking skills to model real environments, connect physical and digital systems, and build interactive simulations designed for real-world use.
Technologies will continue to change. Understanding how systems behave remains fundamental.
EXPLORE SIMULATION + IMMERSIVE