Program Overview & Core Objectives
Leveraging ZEKEEP Technology’s industrial expertise and proprietary robotic platforms, the Industrial AI & Robotics STEM Immersion Tour bridges the gap between academic theory and physical manufacturing. By moving students from classrooms into live production and R&D facilities, the program achieves three foundational milestones:
Cognitive Grounding
Direct observation of industrial robot lifecycles—from R&D and calibration to turnkey deployment—replacing abstract textbook concepts with concrete factory experience.
Hands-On Engineering Capabilities
Practical mastery of industrial AI data acquisition, hardware integration, and multi-axis commissioning to build systems-engineering problem-solving skills.
Career Path Vision
Exposure to frontline technical disciplines (embedded hardware, computer vision, kinematics control), inspiring future engineering careers in smart manufacturing.
About ZEKEEP Technology
Foshan ZEKEEP Technology Co., Ltd. is a high-tech enterprise dedicated to making smart manufacturing accessible. Driven by our philosophy of "Empowering Manufacturing with Innovation, Simplifying Applications with Precision, and Driving Production with Efficiency," ZEKEEP specializes in lightweight industrial robotics and industrial AI.
佛山万洋科技众创园
We deliver end-to-end automation across raw material warehousing, AI-driven machining, automated inspection, and intelligent storage.
With full-stack proprietary technologies spanning real-time operating systems, embedded motor controllers, and machine vision frameworks (ROS2, YOLO, OpenCV), ZEKEEP breaks down the cost and complexity barriers of automation—freeing human labor from hazardous, repetitive tasks.
Comprehensive One-Day Itinerary
Comprehensive One-Day Itinerary
09:30-09:45 | Arrival, Orientation & Icebreaker |
09:50-11:00 | Behind-the-Scenes: R&D and Manufacturing Facility Tour |
11:00-12:00 | Keynote: Real-World Applications of Robotics + Industrial AI |
12:00-13:30 | Networking Lunch & Open Q&A |
13:30-15:00 | Workshop 1: AI Model Training & Industrial Dataset Acquisition |
15:00-16:30 | Workshop 2: Rapid Prototyping, Wiring & Motion Commissioning |
16:30-17:00 | Project Demonstrations, Expert Feedback & Certification |
09:30–09:45 | Welcome & Orientation
Participants gather at ZEKEEP headquarters for orientation, safety guidelines, and a warm-up introduction against the core technology exhibition wall.
开营仪式全员合照
09:50–11:00 | Guided R&D & Manufacturing Tour
Robotics Assembly & Testing Lines: Follow senior production engineers to observe precision assembly, joint motor calibration, and stress-testing of ZEKEEP light industrial robotic arms.
工程师讲解工业机器人的诞生过程
Engineering Workspace Immersion: Tour embedded hardware labs, vision testing cells, and project integration bays. Engineers share insights into day-to-day responsibilities, toolchains, and collaborative workflows.
环节2：企业岗位与职业场景介绍
走进研发室、测试室、项目对接室，观察工程师日常工作场景，由企业技术人员介绍岗位分工（硬件工程师、算法工程师、项目实施工程师等）、工作内容与技能要求。
学员现场观察体验工作环境
11:00–12:00 | Tech Keynotes: Real-World Industrial AI in Action
Topic 1: How Robotics Eliminates Factory Bottlenecks: Real-world case studies detailing how robotic arms optimize sorting, machine tending, and inspection cycles over manual labor.
指擎机械臂在上下料方面的应用
Optical Capture ➔ Vision Processing ➔ Coordinate Mapping ➔ Arm Trajectory Execution using ROS2 and YOLO frameworks.
学员动手学习机械臂原理
13:30–15:00 | Hands-On Workshop 1: Vision AI Dataset Acquisition
Led by ZEKEEP vision engineers, teams use industrial robotic arms and high-resolution camera modules to execute standardized dataset collection:
Understanding data variance, lighting parameters, and annotation standards.
Programming multi-angle trajectories to capture target workpieces in dynamic real-world environments.
工程师讲解基础理论
工程师指导学员操纵机械臂
15:00–16:30 | Hands-On Workshop 2: Rapid Prototyping & Motion Commissioning
15:00–16:30 | Hands-On Workshop 2: Rapid Prototyping & Motion Commissioning
Teams integrate mechanical arms, pneumatic end-effectors, and sensor modules to build automated sorting and handling prototypes:
Circuit Wiring & Sensor Mounting: Interfacing digital I/O with safety sensors and actuators.
Trajectory Tuning & Logic Debugging: Programming pick-and-place logic to validate end-to-end task execution.
学员制作科技创意作品
Students debugging motion trajectories and executing automated picking logic.
16:30–17:00 | Engineering Review & Certification
参与者分享本次游学的收获与感悟，工程师对创意作品进行点评，为参与者颁发游学纪念证书，随后全员集合返程。
Project presentation, engineering feedback, and certificate awarding ceremony.
通过分享与点评，梳理本次游学的核心知识，强化对工业智能的认知，以纪念证书为载体，为本次游学画上完整句号。
