VIRTUALFOUNDRY
AI-Powered Interactive Metal Casting Learning Platform
Transform traditional lecture notes into immersive learning through animation, virtual laboratory, simulation and gamified learning.
A next-generation way to master metal casting
Four pillars that transform passive reading into active, memorable engineering practice.
Interactive Learning
Animated lessons, 3D models and step-by-step visuals turn dense theory into an experience you can explore.
Virtual Laboratory
Adjust real parameters — temperature, pouring rate, mold material — and watch the outcomes react instantly.
Simulation
Pour molten metal, run fluidity tests and observe solidification behaviour with realistic feedback.
AI Learning Assistant
Your Foundry Mentor answers questions with instant explanations, learning tips and 24/7 support.
Ready to Become a Foundry Engineer?
Start your journey today — no sign-up required. Learn, simulate, experiment and master the art of metal casting.
Your mission roadmap to becoming a foundry engineer
Ten guided missions, each unlocking the next — from first principles to a real-world casting challenge.
Step inside the virtual laboratory
Hands-on modules where every parameter you touch reshapes the outcome in real time.
Master Advanced Casting Methods
Explore four industrial casting techniques used in aerospace, automotive, and medical manufacturing. Learn the physics, advantages, and real-world applications of each method with interactive animations and downloadable technical notes.
This platform is built upon the scholarship and teaching expertise of a dedicated materials science educator.
Dr. Rabiatuladawiyah binti Md Akhir
- Senior Lecturer
- Materials Science & Technology Program
- School of Physics and Materials
- Faculty of Applied Sciences
Acknowledgement
This interactive learning platform is developed based on the academic teaching materials, subject matter expertise, and educational experience of Dr. Rabiatuladawiyah binti Md Akhir.
The content has been transformed into an immersive digital learning experience to support engineering education through interactive simulation, visualization, and modern web technologies.
Academic Correspondence