Educational VR Game

Explore Marine Ecosystems In Extended Reality

A level-based VR learning adventure across intertidal shores, coral reefs, and the deep sea—powered by an AI learning companion we call Marine GPT.

VR eLearning Marine biodiversity 3D reconstruction AI study prep

Quick snapshot

  • Levels4
  • BiomesTropical + Subtropical
  • Learning modeIn-game + pre-game

Leads & Collaborators

Project Leads

Prof. Sai-Kit Yeung

Integrative Systems & Design, HKUST

Prof. Cindy Lam

Department of Ocean Science, HKUST

Collaborators

  • Prof. Apple Chui — School of Life Sciences, CUHK
  • Prof. Jianwen Qiu — Department of Biology, HKBU
  • Dr. Veronica Chan — Department of Biology, HKBU
  • Prof. Cedric Tan — University of Nottingham Malaysia

What We’re Building

A game-first curriculum: players learn key marine concepts right before missions begin, then apply them inside immersive scenarios.

Trailer

In 60 Seconds

  • Learn: bite-sized concepts before each mission
  • Play: scenario challenges across 4 habitats
  • Reflect: recap + quiz prompts with Marine GPT

Objectives

Increase Marine Literacy

Help learners recognize biodiversity and ecosystem dynamics across subtropical and tropical biomes.

Motivate Through Play

A level-based loop: prepare → explore → solve challenges → advance to deeper habitats.

Bridge Data To Experience

Turn field capture (drone and underwater imagery) into 3D environments learners can inhabit.

Core Features

Level-Based Marine Expedition

Level 1 — Intertidal habitats

Mangroves and mudflats 🦀

Level 2 — Intertidal habitats

Boulder shore 🦐

Level 3 — Subtidal coral reefs

Reef structure, symbiosis, community interactions 🐠

Level 4 — Deep sea

Low-light adaptations, extreme environments 🦑

Marine GPT Learning Companion

A marine-specific AI assistant that helps learners review key concepts right before missions begin, then supports recall with quick prompts and reflection.

Example Prompt

“Before entering the reef: what are 3 indicators of reef health, and how might they change after a bleaching event?”

Visuals & Assets

Behind The Scene

Follow Us / Contact

Email

Prof. Sai-Kit Yeung

Integrative Systems & Design, HKUST

Prof. Cindy Lam

Department of Ocean Science, HKUST

© MarineXR