Relying on Foshan ZEKEEP Technology Co., Ltd.'s technical accumulation and industrial practice in the field of industrial intelligence, this educational tour focuses on the core track of "Robotics + Industrial AI." By stepping out of the classroom and into a real tech enterprise, the participants aim to achieve three major goals:

Foshan ZEKEEP Technology Co., Ltd. is a tech enterprise deeply engaged in the field of industrial intelligence. Operating under the philosophy of "Tech innovation empowers smart manufacturing, ingenious and simple application, high efficiency boosts production," the company focuses on the application of light industrial robots. Centered around robotics and Industrial AI technology, ZEKEEP targets the pain points of the manufacturing industry, providing a one-stop intelligent service covering "raw materials inbound - AI processing - AI inspection - AI warehousing - finished products outbound."

Foshan Wanyang Sci-Tech Innovation Park

The enterprise insists on full-chain independent research and development, covering core technologies such as underlying operating systems and embedded hardware. It not only supports AI retrofitting for older equipment but can also build entirely new intelligent operational chains. Utilizing safe, easy-to-use, stable, and precise solutions, ZEKEEP breaks down the cost barriers of intelligent factory transformation. By leveraging robotics and AI technology to liberate human labor from repetitive tasks, it enhances efficiency and empowers the manufacturing sector.

Real-world Applications of Robotics + Industrial AI

Theme 1: What problems can industrial robots solve?

Taking real factory scenarios as examples, we will explain the application of robotic arms in AI sorting, part handling, product inspection, and material loading/unloading. By comparing the efficiency and precision differences between traditional manual labor and robot operations, students will understand "how robots liberate repetitive labor."

ZEKEEP robotic arm application in loading and unloading

Theme 2: How do robots integrate with AI models?

Taking the enterprise's self-developed AI vision solution as an example, we will deconstruct the complete logic of "visual recognition - data processing - robotic arm execution." Combined with product displays, we will explain the implementation of technologies like ROS2 and YOLO in industrial scenarios, helping participants understand "how AI makes robots smarter."

Students learning robotic arm principles hands-on

Dine at the enterprise's partner restaurant. During this time, participants can share their morning tour experiences in the rest area, and engineers will be available for relaxed Q&A interactions.

Practical Session I: Robot AI Model Training · Data Collection Experience

Led by enterprise engineers and using the ZEKEEP industrial robotic arm as the medium, participants will learn the basic processes of AI model training, focusing on data collection for AI visual recognition:

1.Basic Explanation：

Explain the "importance of data" in AI model training, along with the standards, specifications, and precautions for AI data collection in industrial scenarios.

Engineers explaining basic theories

2.Hands-on Collection：

Work in groups using robotic arms and vision modules to complete multi-angle, multi-scenario data collection of target objects, laying the foundation for subsequent model training. Engineers will provide full-process guidance to solve practical issues.

Engineers guiding students to operate the robotic arms

Design Highlight:

Conduct practical operations with authentic industrial-grade equipment, allowing participants to experience the most fundamental and critical part of industrial AI projects and understand that "data is the foundation of AI models."

Practical Session II: Tech Creative Project Production and Debugging

Themed "Robotics + AI Basic Applications" and combining the robotic arm principles and AI data collection knowledge learned in the morning, participants will work in groups to create simple tech creative projects, with engineers providing technical support.

1.Scheme Conception：

Combine basic robotic arm functions with foundational AI vision logic to design a simple creative project (e.g., simple sorting, object recognition, and grasping).

2.Hands-on Production：

Use the robotic arms, electronic components, and development tools provided by the enterprise to complete the assembly, wiring, and basic debugging of the project.

Students creating tech creative projects

3.Project Debugging：

Under the guidance of engineers, solve problems encountered during debugging, complete functional verification of the project, and experience the engineering process "from idea to realization."

Students controlling the robotic arm to solve problems

Design Highlight：

Combine theory with practice using lightweight, easy-to-implement creative projects. This allows participants to experience a simplified workflow of industrial projects, exercising their hands-on and problem-solving skills.

Participants will share their takeaways and insights from this educational tour. Engineers will review and comment on the creative projects and award commemorative certificates to the participants. Afterward, everyone will gather for the return journey.

Students sharing their tour takeaways and insights

Through sharing and feedback, we will consolidate the core knowledge of the tour and strengthen participants' understanding of industrial intelligence. The commemorative certificates will serve as a perfect conclusion to this educational journey.