Neuroanatomy Adventure is an interactive 3D learning experience for navigating the nervous system. Players take on missions, visit structures, and learn neuroanatomy by exploring it — not by memorizing diagrams.
About the Project
Most students learn neuroanatomy by staring at flat diagrams and memorizing labels. Neuroanatomy Adventure takes a different approach: an interactive 3D environment where you actually move through the nervous system, encounter structures in context, and complete missions that teach by doing.
Each mission has clear learning goals and a story. Players don't just see the brain — they navigate it, explore connections, and earn progress by demonstrating understanding. The result feels closer to a game than a textbook, while still covering the same material a course would.
We're building it as an open educational tool, designed to work for classroom instruction, self-study, and informal exploration alike.
For undergraduate and graduate courses as a hands-on supplement to lectures.
An accessible way for students to discover the brain before they ever take a college course.
Anyone who wants to explore how the nervous system actually works — no prior background required.
What Makes It Different
The prototype is built around a few core ideas that set it apart from traditional anatomy software.
Move through the nervous system in real time. See structures from any angle, in context, with their actual spatial relationships.
Each session is built around a clear goal — find a structure, trace a pathway, identify a region. Learning is built into play.
Start with major landmarks and work toward fine detail. The game scales with your knowledge.
Designed in collaboration with educators so missions map to real course objectives — not just generic anatomy trivia.
Built in Unity to run on desktop and (eventually) web and tablet. We're targeting maximum classroom accessibility.
The finished tool will be free for educational use. No licenses, no paywalls between students and learning.
Gallery
Visuals from the current prototype. Drop your own screenshots and figures into the placeholders below.
The first playable prototype is finished. Now we need Unity developers, neuroscience educators, classroom partners, and student playtesters to take it to the next milestone.
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