Course System
Systematic Cultivation of Future Tech Talents
From discovery and enlightenment to innovative breakthroughs, progressively cultivating children's technological innovation abilities
Providing professional STEAM education experiences for different age groups
STEAM Course Design Philosophy
Our curriculum system aligns with developmental characteristics of each age group while maintaining technological cutting-edge, ensuring students not only master technical skills but also develop innovative thinking and real-world problem-solving abilities.
Progressive Learning
Designed according to child development stages, ensuring age-appropriate content
Project-Based
Using PBL project-based learning, completing demonstrable projects each term
Interdisciplinary
Integrating Science, Technology, Engineering, Arts, and Mathematics
Up-to-Date
Continuously updated content aligned with latest tech trends
Each course module adopts project-based learning, allowing students to learn through practice and grow through creation, fully preparing them for the future tech era. Through systematic phased learning, we help children build a complete technical knowledge system and innovative thinking capabilities.
Discovery Stage
Discovery Stage
Husky Robot Adventure Course
Designed for preschool children, this course uses gamified learning to spark curiosity and exploration. With Husky Robot as a learning companion, children enter a world full of wonder and innovation.
Course Features
- Original storylines throughout the learning process, from mysterious forest adventures to deep-sea treasure hunts
- Multiple learning tools: Scratch Jr visual programming, Gigo Unplug physical programming robots
- Creative building blocks to develop spatial imagination and engineering thinking
- Safe and fun science experiments to cultivate scientific inquiry skills
- Screen-free programming experience to protect young eyesight while making abstract concepts tangible
Skills Developed
Learning Tools
Implementation Stage
Implementation Stage
STEAM Future Maker Course
Cultivating future tech innovation elites, empowering students to solve real-world problems using AI, VR, 3D, drones and other cutting-edge technologies, developing entrepreneurial mindset and competition capabilities. Using PBL learning model, completing one project every 8 sessions, building a tech innovation portfolio.
Course Features
- Interdisciplinary project-based learning: Guiding students to address real-world problems through deep learning cycles of inquiry, design, implementation, and reflection
- Cutting-edge technology applications: Mastering AI artificial intelligence, VR virtual reality, 3D modeling, drones and robotics
- Scientific theory foundation: Solidly teaching mechanical engineering, electronic circuits and physics structure knowledge, understanding the scientific logic behind technology
- Full-process entrepreneurial thinking: Simulating Silicon Valley startup R&D model, from design planning, engineering production to presentation launch
- Competition-oriented validation: Encouraging participation in inter-school and public STEAM innovation competitions, building personal learning portfolio
Skills Developed
Learning Tools
Innovation Stage
Innovation Stage
Arduino · Unity · Blender · Web Development
For students with a solid foundation, focusing on in-depth professional skills and innovative project practice, laying the groundwork for future education and career development.
Professional Course Options
Arduino Open-Source Hardware Development
Smart home and wearable device projects
Unity Game Development
3D game design and virtual reality development
Blender 3D Creation
Professional modeling, animation and rendering
Web Development
Frontend design and backend programming practice
Skills Developed
Learning Tools
Three-Stage STEAM Course System
From discovery and enlightenment to professional innovation, customized learning paths for different age groups
STEAM Future Maker Course
Cultivating future tech innovation elites, empowering students to solve real-world problems using AI, VR, 3D, drones and other cutting-edge technologies, developing entrepreneurial mindset and competition capabilities. Using PBL learning model, completing one project every 8 sessions, building a tech innovation portfolio.