Turnkey solution
<p>Turnkey solution. Weeemake offers a turnkey solution of STEAM education with different themes such as robotics, programming, AI, IoT, smart home, smart agriculture, etc.</p>
Our team
<p>R&D Ability. We have our own R&D team to design and develop mechanical parts, electronics, software, and curriculum in one station by ourselves.</p>
Rich platform
<p>Rich platform. Weeemake develops more than 200 mechanical structure parts, more than 100 electronic modules in our educational robot DIY platform. Based on this platform, we offer robot kits from primary level to universities, from entry-level kit to Maker space kit and robot competition solutions</p>
Our Compatibilities
<p>Compatibilities. Weeemake is an open platform, compatible with open-source Arduino, micro:bit, Raspberry Pi, etc.; In software, we support graphical programing based on Scratch 3.0, Arduino C, microPython languages.</p>
Related Products
More items about programmable robot
.jpg?imageView2/1/w/450/h/450/format/webp)
.png?imageView2/1/w/450/h/450/format/webp)
.jpg?imageView2/1/w/450/h/450/format/webp)
[20230316-112319](1).png?imageView2/1/w/450/h/450/format/webp)
WeeeBot Jeep
Weeemake is a metal educational robot DIY platform for kids 8+ to professional level to learn robotics, programming, AI, IoT, etc. We are a comprehensive STEAM education solution platform integrating R&D, production, and sales.
We developed a series of mainboard/shield, 100+ easy-wiring electronics, 200+ anodized aluminum mechanical parts, and a one-station software that integrates Scratch 3.0, Arduino C, Python.
AI Machine Learning Starter Programmable Robot Kit
AI Machine Learning Kit is a starter programmable robot kit for beginners to learn and practice programming regarding artificial intelligence. The kit includes a screen, a camera, a speaker, a microphone, and a moving chassis platform. It’s compatible with WeeeCode Scratch-like graphical programming and microPython programming language, friendly to both beginners and professionals.
WeeeBot Jeep – Programmable robot for schools
WeeeBot Jeep is a well-organized programmable robot kit for designed for schools. Parts of programmable robot is very similar to the structure of human body, which plays a crucial role. The controller is like human brain, in charge of receive and process information from outside and give command to robot; Motors and wheels are like the legs and arms of robot; Battery is like heart to supply power; Sensors are like five sense organs to receive information; Electronic circuit is like neuron to link every part into a whole system.
Weeemake programmable robot DIY platform.
Weeemake is a metal programmable robot DIY platform. With 200+ mechanical parts, 100+ electronic modules, 20+ programmable robot and kits, 3 maker space kit, and 5+ robot competition solutions. Each robot kit and part are programmable by WeeeCode programming software.
User Reviews
What users say about WEEEMAKE
Frequently Asked Question
Do you have any question?
- S Graphical programming language, simply programming by drag and drop, easy to understand and get started.
- Arduino C. Simplified C language, be able to interactive with Arduino series open-source hardware. A neutral platform with rich sensors and affordable price, ideal choice for hobbyist and education.
- P Python is a desired skill across a range of industries and professions. Learn Python will improve your production in real world.
WeeeCode integrates Scratch 3.0, Arduino IDE, and Python editor, compatible with Arduino, micro:bit, and Weeemake robot system.
A programmable robot is ready-to-use, attractive and fun educational robot that will help children develop their computer, programming, and creative skills. It supports at least one programming language, and open to revise the program preset.
Weeemake programmable robots are designed to be a complete STEM teaching resource for coding, robotics, and AI education for students. We offer a series of programmable robot kits per different age or ability level from 8 to 16 years of age.
Our updates and blog posts
Weeemake Invitation: The 81st China Education Equipment Exhibition (CEEE)
The 81st edition China Education Equipment Exhibition will be held in the Greenland International. Expo Center at Nanchang, Jiangxi province during November 18th to November 20th, 2022. This exhibition brings together well -known manufacturers of educational equipment, with high quality and brands. Welcome to visit Weeemake at stand B3032. Weeemake adheres to the concept of win -win cooperation and integration into the ecology and provides customers with comprehensive solutions for artificial intelligence education, programming education and robot education. At present, the product system is compatible with the Kitten source code editor of Arduino, Python, code.game, Matrix Editor, Mixly, Makecode and other software, and integrate into the Huawei smart selection product series. The company has signed cooperation agreements with hundreds of channels and partners worldwide to provide global customers with turnkey programmable STEAM robot education solutions and competition solution for high-quality AI education, programming education and robot education. Weeemake Stand Preview: Weeemake Stand: B3023 – 108 m² See you in Nanchang!
Why do kids who learn robot programming get better grades?
For programming education, many parents only know that "if you don't let your children learn programming, you will fall behind!", but they are confused about "why let your children learn programming"! So why exactly do we let our kids learn to program? 1. Programming can cultivate children's thinking Learning to code teaches you how to think, just like learning math, not necessarily to be a mathematician, but math teaches you a way to think, and so does learning to code. Everyone should learn to program because it will teach you how to think.- Apple founder Steve Jobs 2.Programming can help children improve their grades Language: When programming, from the structure of each piece of code to the construction of the overall structure, children need to fully conceive. Teachers are accustomed to letting students establish a writing outline before teaching writing. The outline of writing an essay is actually similar to the code structure in programming. Programming places great emphasis on sequential relationships, while also exercising logical thinking. Let the children in the golden age of development learn programming and constantly understand complex programs, which is conducive to improving children's comprehension ability and driving the reading and writing ability of Chinese subjects. Math: Programming can improve logical thinking and deductive reasoning skills, which are also necessary skills for learning mathematics. The logic involved in programming, the organization and analysis of data, and the decomposing thinking of breaking down problems into smaller parts and solving them one by one can also be used in solving many mathematical problems. Therefore, there is no doubt that programming learning can strengthen children's mathematical ability and improve their performance. English: Just look at the keyboard on our computer, except for numbers and symbols, there are only 26 English letters. Although many primary and secondary school students spend a lot of time in English, because there is no real and natural English application environment, it is very difficult to learn. The code-based programming uses all English, which creates a practical English application environment, which can effectively promote the improvement of English proficiency. Information Technology: Information technology itself is an academic proficiency test subject that must be studied in primary and secondary school classrooms across the country, and related question types often appear in the college entrance examination mathematics test paper, and have even become a college entrance examination subject in some provinces. Therefore, learning programming well has an obvious effect on promoting children's learning ability and cultural class performance. In the robot debugging stage, the correctness of logic and coding is very tested, and a little error cannot be tolerated. Obviously, this error-correcting ability has applicability in any cultural exam. It is worth mentioning that primary and secondary schools are the critical period for the formation of children's abstract logical thinking and the best age to learn programming. 3. Learning to program is an investment "Disciplinary teaching can benefit students for life, not with specific subject expertise, but subject ideas and concepts that affect their world outlook, outlook on life and values..." When a child encounters robotic programming as a teenager, if one can really put in the time to master them. So, what robot programming means to them is a whole new perspective on the world. Many of the occupations we see today will gradually disappear due to advances in technology, while new occupations will emerge. And most new jobs will likely require people with programming skills, which is why some predict that programmers may be the last occupation to be replaced by artificial intelligence in the future. In short, programming is not only a demand for talents in the information industry, but will become a demand for all industries. All walks of life need not only software professionals, but also industry professionals with programming skills. Letting children learn programming as early as possible will enable them to better adapt to the future technological society and be more competitive in the future. WEEEMAKE is a global provider of STEAM education solutions. For schools, education and training institutions, and home STEAM education scenarios, it provides a complete range of robot hardware, programming software, teaching courses, and creates an international youth robot competition.
How to set up AI education in school
Robots and AI are fascinating and can spark curiosity and imagination. Learning about these technologies can provide a fun and engaging way to learn about science, technology, engineering, and math (STEM). How to set up AI education in school?