Robotics & Electronics Course System
Mechanical & Electronics
Hands-on Creation of Future Technology
Cultivating engineering thinking and innovative abilities
Our robotics and electronics courses are designed for children aged 6.5 to 12, through systematic hands-on practice courses, cultivating children's engineering thinking, innovative abilities and problem-solving skills.
Courses adopt internationally recognized teaching standards, designed with reference to ISTE (International Society for Technology in Education) standards, emphasizing the combination of design thinking and engineering practice. All courses adopt project-based learning mode, students complete an operational project in each class.
Course Content
Complete learning path from basic mechanics to intelligent robots
Lego Mechanical Engineering Course
6.5-10.5 Years · 6 Levels
Lego courses are divided into six stages, systematically teaching mechanical engineering and robot programming. Level 1 starts from basic structures and simple machines, understanding Lego parts and mechanical principles. Level 2 enters power mechanics and gear transmission, learning motor control and speed conversion. Level 3 challenges complex mechanics and creative design, integrating multiple mechanical principles. Level 4 enters programming robot basics, learning Mindstorms/Spike Prime systems. Level 5 advances robot and competition training, preparing for FLL or WRO competitions. Level 6 completes innovation projects and engineering challenges, solving real problems and showcasing learning achievements.
Course Features
- Level 1: Basic Structures & Simple Machines - Understanding Lego parts, basic structure building, lever and pulley principles
- Works: Balance Scale, Simple Crane, Catapult, Carousel
- Level 2: Power Mechanics & Gear Transmission - Motor control, gear systems, speed and force conversion
- Works: Electric Car, Gear Transmission Box, Robotic Arm, Conveyor Belt System
- Level 3: Complex Mechanics & Creative Design - Multi-mechanical integration, structural optimization, creative engineering design
- Works: Amusement Park Rides, Automated Factory, Mechanical Animals, Creative Mechanical Devices
- Level 4: Programming Robot Basics - Mindstorms/Spike Prime, sensor applications, basic programming
- Works: Line-following Robot, Obstacle Avoidance Car, Color Sorting Machine, Simple Competition Robot
- Level 5: Advanced Robotics & Competition Training - Complex task programming, competition strategies, teamwork
- Works: FLL Competition Robot, WRO Task Robot, Multi-functional Robot, Competition Projects
- Level 6: Innovation Projects & Engineering Challenges - Problem solving, engineering design process, project presentation
- Works: Smart Home System, Environmental Engineering Project, Community Problem Solutions, Personal Innovation Projects
Micro:bit Smart Device Development
9-12 Years · 4 Levels
Micro:bit courses are divided into four stages, systematically teaching smart device development and IoT applications. Level 1 starts from basic programming and sensor applications, learning LED display, buttons and various sensor usage. Level 2 enters IoT and smart systems, mastering wireless communication and multi-device collaboration. Level 3 learns Python programming and advanced applications, using text programming to implement complex logic control. Level 4 integrates AI technology, developing voice recognition, image recognition and other intelligent innovation projects, completing competition-level works.
Course Features
- Level 1: Basic Programming & Sensor Applications - LED display control, button input, light and temperature sensors
- Works: Electronic Dice, Pedometer, Thermometer, Music Player
- Level 2: IoT & Smart Systems - Wireless communication, multi-device collaboration, smart home concepts
- Works: Wireless Remote Control Car, Smart Doorbell, Environmental Monitoring Station, Multiplayer Game System
- Level 3: Python Programming & Advanced Applications - Text programming basics, data processing, complex logic control
- Works: Data Logger, Smart Alarm System, Automatic Watering Device, Advanced Game Development
- Level 4: AI Integration & Innovation Projects - Machine learning basics, voice and image recognition, intelligent applications
- Works: AI Gesture Recognition, Smart Voice Assistant, Image Classifier, AI Innovation Competition Projects