Virtual Lab for Engineering Classrooms

As part of a National Science Foundation (NSF)-funded research initiative, I helped design and develop an interactive Virtual Lab environment using Unreal Engine. This lab was created to support engineering and manufacturing education, offering students an immersive, hands-on experience in a fully simulated environment.

🎯 Project Goals

The primary objective was to create a virtual space where students can interact with engineering design tools, fabrication equipment, and testing systems—without the need for a physical lab. The goal was to enhance accessibility, safety, and learning outcomes across various engineering courses.

🧪 Virtual Lab Structure

The VR system consists of three interconnected spaces:

• Design & 3D Modeling Room: Students interact with CAD drawings, assemblies, and parts in 3D.
• Manufacturing Shop: Features simulations of additive, subtractive, casting, and forming processes.
• Quality Control & Testing Room: Allows students to perform simulated inspections and mechanical testing tasks.

🔧 My Role & Tools Used

• Built and optimized interactive 3D environments using Unreal Engine.
• Modeled equipment and environments using Blender and integrated assets with custom interactions.
• Developed realistic workflows for CNC machines, 3D printers, and mechanical testers.
• Ensured VR compatibility and usability in a classroom setting (supporting Oculus Quest and desktop VR).

🚀 Impact

• Enabled over 100 students to access manufacturing and testing processes virtually.
• Provided a cost-effective and scalable alternative to physical lab access.
• Improved student engagement and conceptual understanding in courses like mechanical design, manufacturing processes, and materials testing.

📍 Project Link

Learn more: https://www.ammdl.com/projects