Innovating Education with Gaming and AI
Discover how EduThinkering is at the forefront of educational transformation, leveraging the power of gaming and artificial intelligence to shape the future of learning.
Helping schools and educators integrate game-based learning and virtual production using Unreal Engine and Fortnite.
Embedding design thinking and agile principles into geme-based learning and virtual production pipelines.
Introducing AI pipelines for visualisation in education.
Our Mission and Vision
Latest Insights on Gaming and AI in Education
The Continuum of Real-Time 3D Engine Pedagogy
From Blocks to Biomes: Pedagogical Pathways in the Evolution of Virtual Production and Systems Thinking Abstract The traditional dichotomy between play-based learning and technical vocational training is rapidly dissolving. As real-time 3D engines become more...
Electrician Simulator in Education: Bringing Hands-On Technical Learning into the Classroom
Why Electrician Simulator Deserves a Place in Your Classroom As educators, we’re constantly searching for ways to make learning practical, engaging, and relevant to real-world careers. Electrician Simulator offers exactly that—a hands-on, problem-solving experience...
Building Creativity Brick by Brick: Exploring the New LEGO Brick Editor in UEFN
What happens when the worlds of LEGO, Fortnite, and Unreal Engine collide? You get a groundbreaking new tool that transforms how we think about creativity, design, and digital learning. In this video, we showcase the brand-new LEGO Brick Editor in Unreal Editor for...
Transformative Features of Gaming and AI
Interactive Learning Environments
Gaming technologies create immersive experiences that captivate students, making learning both engaging and effective.
Personalized Education
AI algorithms tailor educational content to individual learning styles, ensuring each student receives the support they need.
Data-Driven Insights
Advanced analytics provide educators with valuable insights into student progress, enabling informed decision-making and targeted interventions.






