This project aims to complete the transition of Pocket Paint (Paintroid) to Flutter by ensuring compatibility with legacy Kotlin/Java-based .catrobat...

This project develops an open-source system to visualize and explore complex data from underwater ROVs, integrating panoramas, sonar, and point...

This project aims to extend the existing Marine AR Module Builder into a more accessible, scalable, and educator-friendly toolkit for creating...

mARine currently lacks a dynamic, reproducible environment system. This project builds a seed-based procedural generation pipeline that creates...

Currently, Catrobat users have to return to the Catroid IDE every time they want to play their projects, which breaks the experience and makes their...

This project takes the AI Tutor SDK further by fully integrating it into PocketCode, converting its block-based programs into AI-readable context,...

Pocket Code currently lacks a scalable way for projects to communicate beyond a single device, which limits its ability to support real-time...

This project upgrades the AR-based Marine Ecosystem Simulation by improving its realism, scalability, and performance on mobile devices. The current...

It is an AI layer that sits on top of a Unity marine ecosystem simulation and translates live simulation data into plain English narration, causal...

This project addresses the challenge of bringing 3D-generated marine organisms to life through scalable and automated animation. While recent...

Cephalopods display complex behavioral states such as stress, curiosity, aggression, and comfort, but interpreting these states currently depends on...

Pocket Paint is a drawing app currently being rewritten in Flutter. The original Android app includes advanced options like antialiasing and stroke...