Hillhouse and Enjoy AI launch robot programming education

Robot programming education is a kind of programming education that combines physical hardware with software programming to set robots to complete specific tasks by writing programs. It is mainly divided into two parts: construction and programming. Through design, construction, assembly and programming, students can make robots run. This educational method stimulates children's interest in learning and cultivates their observation, thinking, exploration, practice and cooperation abilities. It is a kind of scientific enlightenment education.

Hillhouse Robotics Pre-K - Grade 6 Programming Curriculum

1. Preschool Reading Programming ( Pre-K — Grade 1 )

• An introductory course on robot programming for children aged 4 to 6
• Use U20 PRO series teaching aids, rounded corners and large particles, safer
• Package includes 96 lessons ( 2 hours /2 lessons)
• Smart building blocks with perception, movement and thought
• Rich and complete building block system
• Physical point reading programming, rich programming instructions, no harm to the eyes
• Develop STEM and coding talents through project-based learning and screen-free approaches

 

 

2. Intelligent building block robot ( Grade 1 - Grade 3 )

• A beginner's course in robotics programming for children aged 7 to 9
• Using AI Module 3S series teaching aids, easy to assemble and even easier to learn
• 16 basic courses, 16 competition courses ( 2 hours / course)
• Advanced robot model, exquisite design
• Use a variety of connectors, gears, and functional parts to build models required for complex tasks
• Programming with Scratch , Python , C , etc. , and integrating the action editor into one software to achieve visual programming and text-based programming
• Through the learning of STEM and programming, you can acquire more advanced knowledge and master more programming skills. For example: choose the right sensor for different environments.
• Supports mobile phones, IPAD, and computer programming platforms
• Professional teaching aids and courses allow children to become familiar with all parts and functions and prepare for the ENJOY AI competition

 

3. AI building block robot ( Grade 4 - Grade 6 )

• Intermediate Robotics Programming Course for students aged 9 to 12
• Using AI Module 5S teaching aids, 16 basic courses, 16 competition courses
• Six-sided construction, more creativity, more fun; richer types of actuators and sensors, more intelligent
• Designed for intermediate and advanced STEM courses. Learn how machines work, as well as the basics of natural science and earth science.
• Programming software developed for intermediate and advanced STEM learners. Children can use Scratch , Python , C , etc. to program their robots in the software.
• A wide variety of complex building accessories, including 37 mechanism parts, 10 transmission parts, and a large number of sensors. Build models that simulate facilities and tools used in real life
• Learn advanced robotics capabilities by using custom sensors, AI vision modules, and practicing intermediate programming such as multi-conditional logic
• Supports mobile phones, IPAD, and computer programming platforms
• Helps children and teens aged 9+ to learn more complex STEM knowledge and programming strategies

 

 

Senior training teacher/focus on science and technology education/enlightenment and advanced

• Language of instruction: English
• Teaching method: Offline small class of 4-8 people
• The world's most comprehensive educational robots for all age groups from 3 to 22 years old
• Programming thinking, logical thinking, abstract thinking, innovative thinking,
• Hands-on ability, inquiry ability, and ability to resist frustration
• After training, you can take ENJOY AI exams regularly
• You can participate in various world robot competitions such as the ENJOY AI competition
• ENJOY AI— Global Youth Artificial Intelligence Education Evaluation System

 

Hillhouse Programming Course System Advantages

1. Shape children's programming thinking

The most important thing for children who receive robot programming education is to shape their " programming thinking " rather than mastering a certain programming language. After mastering programming thinking, learning any new programming language will become easier. Robot programming in childhood mainly uses a vivid graphical programming interface, which lays a solid foundation for children's future programming interests.

 

2. Cultivate children's logical thinking ability

Robot programming education places great emphasis on logical programming. Robots need to use rigorous programs to achieve the designer's requirements. Therefore, only after careful thinking and writing of appropriate programs can the robot act as expected. This logical thinking ability is crucial to the intellectual development of children. The programming software of the learning robot uses a vivid graphical interface, which makes logical thinking training easier.

3. Cultivate children's abstract thinking ability

The robot programming toolbox contains a variety of functional components that can be used to build various functional mechanical structures. Through learning and building, children can not only master knowledge such as physics, mathematics, and mechanical structures, but also greatly improve their spatial imagination and abstract thinking abilities.

 

4. Cultivate children's hands-on ability

Robot programming education fully cultivates children's hands-on ability through independent construction, programming, debugging and operation. Compared with other educational methods, this method is richer and more interesting, and is deeply loved by children.

 

 

5. Cultivate children's ability to explore and resist frustration

In the process of learning robot programming, children will encounter many difficulties and problems. They need to constantly think and try new methods to solve problems. This process cultivates their scientific inquiry spirit and ability to resist frustration.

 

 

6. Cultivate children's innovative thinking

In robot programming education, children gradually develop their own innovative thinking through problem solving and continuous practice. They will come up with unique new solutions and achieve the expected results, and their innovative thinking will be exercised and developed in the process.

 

ENJOY AI Competition System

ENJOY AI Global Youth Artificial Intelligence Popularization Event is a technology carnival for young people aged 3-22 worldwide . At present, ENJOY AI global activities have covered 24 countries and over 210 cities, with over 500,000 participants and over 600 events held each year.

The ENJOY AI Canada popularization event is hosted by the Global Youth Artificial Intelligence Federation, and co-organized by the Global Youth Artificial Intelligence Federation, the ENJOY AI Canada Organizing Committee, the Canadian Self-Media Association, etc.

Whale Robot is a global partner of ENJOY AI .