On June 24th, Xueersi Online School, a subsidiary of TAL Education Group, held an online conference for the launch of intelligent hardware and intelligent learning systems.

At the conference, Xueersi Coding demonstrated the newly upgraded curriculum system, hardware, and intelligent learning system. The upgraded Xueersi Coding allows children to develop comprehensive abilities by combining hardware with the basis of learning code language, providing a better learning experience through the integration of software and hardware.

Xueersi Coding's intelligent learning system, despite the high R&D costs, can accurately pinpoint the causes of mistakes for children, greatly improving their learning efficiency. Xueersi Coding will continue to iterate and continuously improve children's learning outcomes.

Xueersi Coding Hardware Course

Twenty years ago, developed countries such as Europe and the United States had already begun to develop children's programming education, accumulating a wealth of teaching experience in cultivating "computational thinking" in students. Although the development of children's programming education started late in China, it has grown rapidly, with enormous market potential.

In order to create higher quality programming courses, Xueersi Coding's research and development team has collaborated with institutions such as the American K12 Education Standards of the Association for Computing Machinery, MIT Scratch Media Lab, and Beijing Normal University, combining advanced teaching content and methods from abroad to focus on cultivating students' comprehensive and practical problem-solving abilities, creating programming courses more suitable for Chinese children.

On Mother's Day this year, a second grade student from Xueersi Online School used a self-created coding gift to bless their mother, allowing the family to experience the meaning and fun of coding.

Matched with a variety of hardware  Connect the inherent relationship of subjects

Children's programming emphasizes "computational thinking," rather than technical programming skills. Programming languages are relatively complex computer languages that continue to be updated with technological advances. Therefore, rather than teaching students specific programming knowledge and skills, it is more important to help children master the "syntax" — cultivating children's "computational thinking" and independent thinking abilities.

In order for children learning scratch and Python to quickly experience the fun of hardware control, Xueersi Coding has started using hardware for teaching starting from the summer class. The learning hardware released by Xueersi Coding this time is equipped with an intelligent light ring board, built-in Wi-Fi, Bluetooth, microphone, and other sensors, which not only integrates programming with machines, but also allows students to learn about sensors and connect multiple subjects.

Xueersi Coding hopes to train children's observational, hands-on, and conceptual simulation abilities through practical operations, guiding children to implement their ideas through code and hardware, truly solving real-world problems through programming.

Intelligent light ring board, touch and motion sensors

Utilizing an intelligent system  Achieve "zero blind spot" assisted teaching

Utilizing an intelligent programming learning system to provide "zero blind spot" assisted teaching for children has become another highlight of this upgrade for Xueersi Coding products. Unlike conventional subject learning, programming has "polymorphism," and simple "right or wrong" judgments cannot guide children's programming learning.

During the process of children's programming learning, they will frequently encounter various bugs, which may be due to rules, syntax, or other reasons. The intelligent programming learning system provided by Xueersi Coding products can help children analyze the reasons for errors immediately after submitting each programming interactive question, quickly provide learning feedback to children, help children correct in a timely manner in the classroom, and better strengthen their programming thinking, truly achieve effective learning.

Artificial intelligence is posing deep challenges to existing educational methods from multiple levels. The person in charge of Xueersi Coding stated that this upgrade is far from the end, and Xueersi Coding will continue to iterate according to the needs of the times and the development of technology, to provide children with the ability to meet the future through an educational approach oriented towards the future.