ACEBOTT QE031 Smart Factory Education Kit — ESP32

Preparing Students for Industry 4.0 and Advanced Manufacturing

The ACEBOTT QE031 Smart Factory Education Kit provides students aged 8-16 with an immersive introduction to modern manufacturing and Industry 4.0 concepts. This advanced 3-in-1 educational kit simulates a complete smart factory environment with robotic automation, intelligent sorting systems, and warehouse management—preparing young people for the factories and workplaces of tomorrow.

Key Educational Features

• Three Industrial Systems: Build and programme a sophisticated smart robotic arm for assembly tasks, an automated colour-sorting conveyor system for quality control, and an intelligent warehouse for inventory management and logistics.
• Industry 4.0 Concepts: Introduces automation, sensor integration, logistics optimisation, and factory coordination—skills highly relevant to modern manufacturing careers, engineering, and technology sectors.
• Working Conveyor Belt: Functional belt system demonstrates material handling and production line principles used in real factories, providing authentic engineering experience.
• Problem-Based Learning: Challenges students to optimise production efficiency, troubleshoot complex systems, and design automated workflows—developing critical thinking and engineering problem-solving skills.
• Team Collaboration: Designed for group work, encouraging effective communication, task division, collaborative problem-solving, and project management.
• Professional Development: Provides hands-on experience with concepts students will encounter in engineering, logistics, manufacturing, and technology careers.

What's Included

• ESP32 controller board with WiFi and Bluetooth
• Robotic arm with precision servo motors
• Conveyor belt system with drive motor
• Colour sensors for intelligent sorting and quality control
• Warehouse structure and inventory management components
• Complete mechanical and electronic parts
• Comprehensive educational resources and structured curriculum materials
• Teacher guides and student workbooks

Learning Outcomes

Students will gain substantial practical knowledge in:

• Automated manufacturing processes and workflow design
• Robotic arm programming and multi-axis coordination
• Sensor-based quality control and automated sorting
• Logistics and inventory management systems
• System integration and device-to-device communication
• Critical thinking and complex engineering problem-solving
• Real-world applications of STEM in industry and manufacturing
• Teamwork, project planning, and professional collaboration

Technical Specifications

• Recommended Age: 8-16 years (designed for classroom education)
• Skill Level: Intermediate to advanced
• Assembly Time: Multiple sessions (approximately 8-10 hours total for complete system)
• Programming Languages: Arduino, ACECode (Scratch-based)
• Controller: ESP32 with WiFi and Bluetooth
• Projects: 3 major interconnected systems (robotic arm, sorting line, smart warehouse)
• Curriculum: Part of Year 5, Level 1 in ACEBOTT's comprehensive 6-year educational progression

Ideal for secondary schools, STEM programmes, technology colleges, and educational institutions preparing students for careers in engineering, advanced manufacturing, and Industry 4.0 technologies.