This project takes a jet engine from SolidWorks into virtual reality (VR), demonstrating the power of digitisation and digital twins. It showcases how CAD models, photogrammetry, LiDAR scans, and reference-based modelling can create interactive, data-rich experiences that go beyond simple visualisation.
Key Features
- VR Visualisation – Experience a jet engine in an immersive, interactive environment.
- Context-Sensitive Tablet – Displays an X-ray view, expanding into an exploded diagram for deeper understanding.
- Digital Twin Integration – Connects to BIM and database information via interactive callouts.
- Real-Time Model Interrogation – Engineers, students, and stakeholders can analyse the asset dynamically.
- Multi-Use 3D Asset Pipeline – Capturing and optimising a model right can be used across pre-rendered visuals, real-time VR, and web-based remote access.
Use Cases & Real-World Impact
I have created countless immersive digital experience and this is an encapsulation of how I applied these skills across various industries, allowing different stakeholders to engage with complex models in new ways:
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- Education & Training: Students have experienced “aha” moments, grasping complex mechanical concepts through interactive exploration.
- Engineering & Design: Engineers have interrogated real-time models, testing ideas and refining designs before physical production.
- Community Engagement: Public groups have used interactive models to ask informed questions about major infrastructure projects.
- Academia & Teaching: Educators have engaged students with hands-on digital learning experiences that enhance traditional teaching methods.
- Government & Policy: Ministers and decision-makers have explored infrastructure proposals in VR, improving their understanding of future projects.
Goal & Outcomes
The objective is to demonstrate how digital models evolve into digital twins, providing deeper insights beyond just visualisation. The project highlights applications across industries, from education and engineering to infrastructure and stakeholder engagement. Outcomes include increased understanding, better decision-making, and improved engagement with complex data.
My Role & Demonstrated Skills
- End-to-End Development: From CAD processing to VR implementation.
- Immersive Interaction Design: Created interactive tools for exploration and data retrieval.
- Stakeholder Engagement: Demonstration of countless projects and experience working with engineers, students, community groups, and policymakers.
- Scalability & Accessibility: Developed assets usable across VR, real-time simulations, and web-based platforms.
Technology Stack
- 3D Modelling & CAD: SolidWorks, 3DsMax
- Pre-Rendered Video: Blender3D
- Game Engine & VR: Unity, Meta XR
- Sound Design: Reaper, Polyend Synth
Immersive Technologies isn’t just a model, but a gateway to deeper understanding.