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Development of a Universal Graphical Programming Environment for Educational Robots (RoboApp)

innokrea.com

Education

Challenge

Current educational robot programming environments are platform-specific, requiring users to learn different languages and interfaces for each robot type. This hinders the widespread adoption of robotics education and limits the potential for effective teaching and personalized learning experiences.

About the Client

RoboApp is a company focused on developing modern educational solutions using robotics, providing programming environments and robot platforms for schools and educational institutions worldwide.

Project Objectives

Develop a universal graphical programming environment for educational robots.
Enable programming of robots from various hardware platforms (e.g., LEGO, mBot) without requiring specialized knowledge of each platform.
Create an intuitive drag-and-drop interface and a simplified programming language.
Facilitate effective learning of programming concepts through interactive and engaging robotic experiences.
Support personalized learning paths tailored to individual student needs and learning styles.

Functional Requirements

Graphical programming interface (drag-and-drop).
Simplified programming language (e.g., block-based programming).
Support for various sensors and actuators (integrated and platform-specific).
Robot platform abstraction layer.
Code execution and debugging capabilities.
User account management.
Library of pre-built programs and examples.
Personalized learning path generation.
Progress tracking and reporting.

Preferred Technologies

C++

Java

JavaScript

Python

Integrations Required

LEGO WeDo
LEGO EV3
mBot series robots
Potentially other robot platforms in the future.

Key Non-Functional Requirements

Scalability to support a large number of users and robots.
Performance: Quick code execution and responsive interface.
Security: Secure user authentication and data storage.
Usability: Intuitive and easy-to-use interface for users of all skill levels.
Cross-platform compatibility (web application).

Estimated Impact

The RoboApp platform is expected to significantly increase user engagement in robotics education, improve learning outcomes, and facilitate personalized learning paths. By providing a unified programming environment, it will lower the barrier to entry for robotics education and enable its wider adoption in schools and educational institutions globally.