We’re developing a groundbreaking hybrid coding education platform that combines AI-powered robot companions with online learning resources. Our Empathetic Learning Companions are tailored to individual students’ needs, using Multi-Modal Large Language Models that adapt to their unique learning style and temperament. By integrating our robots with online course materials, we’re creating a comprehensive and engaging learning experience. But what really sets us apart? Users can customize their robot companion to reflect their personality, interests and goals，making the learning process even more enjoyable and effective. And with our 3D printing and embedding system, every student can bring their personalized robot to life.”
Team Information
This team is constructed of 4 team members, including 1 PHD from School of Advanced Technology, XJTLU and 2 postgraduates from Chinese Academy of Sciences and Stanford university. They signed the Pre-Incubation Agreement in December, 2024, which will come into effect in 10 February, 2025.
Application Scenarios
By combining online educational resources with personalized robot companions, the platform addresses the common issue of disengaged students and suboptimal learning outcomes in coding education. This innovative approach provides a more interactive and adaptive learning experience, thereby increasing student engagement and motivation, which ultimately leads to improved learning outcomes and better development of practical skills suited in future job market.
Support from X³ Co-venture
Infrastructure support: use of university facilities, such as laboratories, classrooms, and equipment, to develop and test the hybrid coding education platform.
Talent recruitment: access to XJTLU’s talent pool of students, researchers, and faculty members with expertise in AI, robotics, and education.
Funding opportunities: grants, scholarships, or other financial support for project development and implementation.
Future Development
As our hybrid coding education platform continues to evolve, we envision a future where every student has access to a personalized, adaptive, and engaging learning experience at home that prepares them for success in an increasingly complex technological landscape. With the continued advancement of AI-powered robot companions and online educational resources, we expect to see significant improvements in student outcomes, including increased proficiency in coding skills, enhanced problem-solving abilities, and improved academic achievement. Moreover, our platform will continue to expand its reach, making quality coding education more accessible to underrepresented communities and fostering a more diverse and inclusive tech industry. Ultimately, our goal is to empower the next generation of innovators, thinkers, and makers, equipping them with the skills, confidence, and creativity to tackle the most pressing challenges of tomorrow.
Team Introduction
We’re developing a groundbreaking hybrid coding education platform that combines AI-powered robot companions with online learning resources. Our Empathetic Learning Companions are tailored to individual students’ needs, using Multi-Modal Large Language Models that adapt to their unique learning style and temperament. By integrating our robots with online course materials, we’re creating a comprehensive and engaging learning experience. But what really sets us apart? Users can customize their robot companion to reflect their personality, interests and goals，making the learning process even more enjoyable and effective. And with our 3D printing and embedding system, every student can bring their personalized robot to life.”
Team Information
This team is constructed of 4 team members, including 1 PHD from School of Advanced Technology, XJTLU and 2 postgraduates from Chinese Academy of Sciences and Stanford university. They signed the Pre-Incubation Agreement in December, 2024, which will come into effect in 10 February, 2025.
Application Scenarios
By combining online educational resources with personalized robot companions, the platform addresses the common issue of disengaged students and suboptimal learning outcomes in coding education. This innovative approach provides a more interactive and adaptive learning experience, thereby increasing student engagement and motivation, which ultimately leads to improved learning outcomes and better development of practical skills suited in future job market.
Support from X³ Co-venture
Future Development
As our hybrid coding education platform continues to evolve, we envision a future where every student has access to a personalized, adaptive, and engaging learning experience at home that prepares them for success in an increasingly complex technological landscape. With the continued advancement of AI-powered robot companions and online educational resources, we expect to see significant improvements in student outcomes, including increased proficiency in coding skills, enhanced problem-solving abilities, and improved academic achievement. Moreover, our platform will continue to expand its reach, making quality coding education more accessible to underrepresented communities and fostering a more diverse and inclusive tech industry. Ultimately, our goal is to empower the next generation of innovators, thinkers, and makers, equipping them with the skills, confidence, and creativity to tackle the most pressing challenges of tomorrow.