Leanbot

STREAM Robotics Learning Solution

LEANBOT is an unique robotics learning solution designed for K-12 students and university students, featuring a 1 student - 1 robot model for flexible online learning. This first-of-its-kind STEM robotics toolkit combines an innovative robot with a dedicated learning platform, offering affordable access to various programming languages in a virtual universe.

LEANBOT (Standard Version)

LEANBOT (Advanced Version)

LEANBOT with IoT Extension Kit

• Programming Options: Students can learn with both block-based programming (Blockly) for beginners and text-based programming (C++) for more advanced projects, offering flexibility from basic to professional levels.

• IoT Projects: Equipped with an Arduino board, sensors, and servos, Leanbot supports hands-on learning in IoT and problem-solving through design thinking.

• Metaverse - Digital Twin: The Digital Twin mirrors Leanbot’s physical movements in a virtual environment, creating immersive learning experiences and allowing students to compete while learning STEM concepts.

• AI Tutor Integration: Leanbot’s AI Tutor offers personalized guidance, adapting to each student’s pace and providing real-time support in robotics and coding challenges.

• Comprehensive Courseware: With both long-term curricula and short-term workshops, Leanbot provides a complete learning journey. Teachers are supported with certification training to enhance their teaching skills.

• Evaluation Platform: Leanbot's competition-based platform lets students earn badges and showcase their skills, ensuring progressive learning.

• Robothon Competitions: Leanbot integrates with annual Robothon competitions held both domestically and internationally, providing students the opportunity to apply their learning, compete in STEM-based challenges, and showcase their innovations on a global stage.

Leanbot Brochure

Leanbot.space

TwinSpace

AI-powered solution for Immersive Learning and Creation

TwinSpace is a dynamic digital collaboration platform, which combines digital twins with AI-driven personalization for immersive, dynamic learning environments. Enables virtual replication of real-world classrooms and labs, allowing safe, realistic experimentation and learning. Built on AI Driving and design thinking, TwinSpace ensures tailored, engaging, and effective learning experiences. Encourages collaboration and creativity, transforming students from information consumers to creators and innovators.

Who benefits from TwinSpace?

TwinSpace redefines educational engagement by connecting students, parents and educators in a unified digital platform.

• Students: AI-driven insights tailor learning to each student’s strengths and needs, promoting immersive and relevant learning experiences.

• Parents: Provides parents with insights into their child’s progress and educational resources to support learning at home.

• Educators: Advanced toolkits to integrate AI and immersive technology into teaching.

Core Features

• AI-Enhanced Learning: AI technology adapts to individual learning styles and paces, offering personalized pathways. Includes predictive analytics and AI-driven avatars for tutoring, making learning interactive and effective.

• Seamless LMS Integration: Effortless integration with leading Learning Management Systems, enabling direct assignment creation and tracking within TwinSpace.

• Empowering Through Contest: Proprietary Contest platform for applying knowledge in competitive settings, enhancing skills in problem-solving and teamwork.

• Design Thinking & Continuous Learning: Incorporates design thinking in the learning process, promoting critical thinking and creativity. Prepares students for future challenges with today's skills.

Learning Competencies

• Design Thinking

• AI Driving Skills

• Collaboration and Ethical Judgement

• Resilience and Resolve​

• Problem-Solving

• Data-Driven Insights

Learning with TwinSpace

TwinSpace Courses

• Course 1 : Introduction to TwinSpace with AI-enabled NPC

• Course 2 : Design Thinking for User-Centric TwinSpace with AI

• Course 3 : TwinSpace Advanced features - Exploring Digital Worlds

• Course 4 : Enabling Digital Asset Motion in TwinSpace

Learning Outcomes?

• Digital Literacy: Engaged to enhance Digital literacy with introduction to 3D, Immersive and AI.

• Computational Thinking: Design animation and program using Blockly.

• Understand the Fundamentals of Design Thinking: Learn the core principles and methodologies of the design thinking process, including empathy, ideation, prototyping, and testing.

• Global Competence: Through theme-driven competition and creation learn about global issues and use Design thinking to come up with solution

• Explore the Role of User-Centric TwinSpace: Discover how to create a digital twin that effectively represents the physical environment and user interactions, enabling user-centered design and optimization.

• Integrate Artificial Intelligence into TwinSpace: Understand how to leverage AI technologies, such as machine learning and predictive analytics, to enhance the capabilities and insights derived from the TwinSpace.

• Apply Design Thinking to TwinSpace Development: Learn to apply design thinking techniques throughout the TwinSpace development lifecycle, ensuring a user-centered approach and continuous improvement.

CoCreate Cup Competition