**BitTree Creativity** is a professional education brand under Dongguan BlueLemon Technology Co., Ltd., conveniently located next to the Tianbao Metro Station in Dongcheng District, Dongguan City. BitTree focuses on the research and development of creativity development curriculum systems for children aged 4 to 18, covering preschool to high school. We independently develop and deliver a combination of software and hardware creativity programming courses, woodworking curriculum systems, youth 3D printing courses, and one-stop organization of technology festivals both within and outside schools. We also organize five competitions for smart cars (including off-road obstacle races, autonomous driving timed races, engineering competitions, speed races, and smart car soccer matches). Our business scope includes teacher training, educational equipment development, robot development, organization and planning of cultural and sports activities, organization and planning of robot competitions and exchanges, as well as technical consulting and exhibition services in the field of robotics. BitTree strives to explore timely, efficient, and high-quality educational models. Our curriculum system aims to cultivate children's innovative thinking and hands-on abilities through a combination of manual and mental activities. The most distinctive feature of BitTree's creativity programming curriculum system is “hand-brain collaboration, programming creation,” integrating programming learning into real life to solve and improve various problems, allowing programming to change lives and transforming programming learning into a driving force for innovation, enhancing children's comprehensive qualities and competitiveness, and nurturing the scarce talents with creativity needed in future society.
### Advantages of BitTree
1. **Teaching Philosophy**: BitTree advocates the teaching philosophy of "hand-brain collaboration, programming creation," employing innovative educational methods that combine theory and practice. This approach encourages children to engage actively, creating a cycle of mutual promotion between manual and mental activities, significantly enhancing their intellectual development while increasing the fun and effectiveness of learning. Programming education is a multidisciplinary integration that encompasses subjects like English, mathematics, physics, and art, emphasizing the flexible application of knowledge. This approach is more aligned with real-world needs compared to traditional education, which often separates subjects and focuses on rote memorization. It not only helps children quickly understand how computers and robots work but also stimulates their interest in learning. Throughout the programming process, children continuously discover flaws and problems in their thinking and work to improve and resolve them. Applying this programming logic to daily life and reading and writing helps cultivate children's computational thinking and innovative problem-solving abilities.
2. **Curriculum Features**: Traditional programming learning can be tedious, causing children to lose interest after just a few classes. BitTree has developed a project-based programming curriculum that integrates software and hardware, facilitating interactive learning through building hardware sensors and circuits, combined with design printing and laser cutting (rather than simple block building). After assembling their projects, students write programs to bring each creation to life. The hardware knowledge primarily involves mechanical principles and electronic circuits from physics, allowing students to learn programming concepts while also gaining physics knowledge. This hands-on approach makes programming tangible, applicable, creative, and rewarding. The continuous creation of innovative and impressive projects during programming learning significantly boosts children's confidence. They can take their projects home and participate in various technology innovation competitions, providing more options for school selection.
3. **Research and Teaching Team**: BitTree invests substantial energy and resources into curriculum development, boasting a highly qualified research and teaching team. Each member undergoes rigorous assessment and selection, possessing strong professional skills and active innovative thinking. They focus on researching curriculum standards, teaching materials, and teaching methods to explore a set of efficient and systematic courses, establishing standards and providing comprehensive teacher training and teaching tools for partners introducing the curriculum system.
4. **Curriculum System**: BitTree's current curriculum system encompasses most popular programming subjects, ranging from screen-free programming courses for preschoolers, C language hardware-software integrated creativity programming, zero-based visual programming courses, to Python and C++ (NOI) for the National Youth Informatics Olympiad. This diverse and innovative curriculum system cultivates well-rounded talents and accommodates children with different interests, allowing them to learn joyfully. Our progressive courses enable children to transition smoothly from modular programming to coding, facilitating a gradual and scientific learning curve.
5. **Assessment System**: BitTree has established a scientifically rigorous curriculum assessment system, creating a vast question bank that can flexibly generate various assessment papers and exercises. There is a clear basis for what is learned and what has been achieved. In addition to our own assessment system, students can participate in various competitions and certification activities, such as the National Youth Robot Technology Level Examination, the National Youth Artificial Intelligence Innovation Challenge, the National Primary and Secondary School Information Technology Innovation and Practice Competition, the World Robot Conference, and the Youth Electronic Information Intelligent Innovation Competition, among other significant exams and competitions listed on the Ministry of Education's whitelist.