ACEBOTT ESP32 STEM Smart Factory Education Kit School Smart Home Kit Education Solution Series for Arduino

ACEBOTT ESP32 STEM Smart Factory Education Kit School Smart Home Kit Education Solution Series for Arduino

The Smart Factory integrates multiple practical projects such as smart robotic arms, intelligent production lines, and smart warehouses, helps students master programming knowledge and electronic component knowledge in practical operation, and cultivates their STEAM ability and innovative thinking.

Comprehensive and Interdisciplinary Content: Covers the five fields of Science, Technology, Engineering, Arts, and Mathematics (STEAM). The content is interconnected and integrated, helping students build a comprehensive knowledge system. 

Practicality: The content is closely related to real-world smart factory scenarios, enabling students to understand the practical application of knowledge and develop the ability to solve real-world problems.

Flexible Teaching Methods: Driven by problem-based learning (PBL), encouraging students to learn through problem-solving. 

Rich in Practice: Includes multiple hands-on projects for practical experience.

ACEBOTT Scratch&Arduino IDE-You can code the biped robot by ACECode blockly programming or Arduino IDE, it is easy for beginner to start coding adventure.

Smart Factory Education Kit is the 3rd topic in the Education Solutions Series.

It has 2 academic years and 4 semesters of teaching package.

It is a STEM education kit designed for students aged 10 years and above.

Through the smart robotic arm project, students can learn about the structural design, working principles, and control methods of robotic arms. They will understand the applications of robotic arms in smart factories and will program the robotic arm to automatically transport goods or control it via a joystick to move items.

Through the smart sorting project on the production line, students can understand the working principles of conveyor systems in smart factories. They will learn how to build a conveyor belt and program a simulation of product sorting scenarios on the production line.

Through the smart warehouse project, students can learn about the processes and working principles of inbound and outbound logistics, as well as inventory management in smart factories. They will automatically manage inventory by recognizing electronic tags on items and display real-time inventory data on an LCD screen. Additionally, they will simulate customer orders using buttons to achieve intelligent outbound logistics.

Level1QE031: it is "4 in 1" learning kit, this kit only has one controller board, so user can assemble one of four four projects at each time