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[Smart Port Equipment Operation and Maintenance Technology] 2.Industrial Robots
#ICT# #IOT#

Lesson Code: TCEN2026I050

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Academic Hours
3.60hours
Publish Date
Nov 2026

Lecturer

1. Lecturer DENG KaiyinFangChengGang Polytechnic School

2. Lecturer FU ZhizhenFangChengGang Polytechnic School

3. Lecturer YAN XiaolinFangChengGang Polytechnic School

4. Lecturer YANG JiangyiFangChengGang Polytechnic School

5. Lecturer LIN XiaFangChengGang Polytechnic School

General Introduction
This course aims to develop students’ basic application ability in industrial robots. It mainly teaches the basic operation, teach pendant programming, debugging and simulation methods of ABB industrial robots. Relying on RobotStudio simulation software, the course conducts project-based teaching
around typical workstation tasks such as welding, drawing and handling, helping students master the basic ideas and methods of workstation setup, offline simulation and online debugging, and serving the demand for cultivating skilled talents for the port-adjacent intelligent manufacturing industry.

This Course is for
1. Helping trainees become familiar with the basic principles of industrial robots and the setup and layout of typical workstation systems.
2. Equipping trainees with the basic methods and procedures for motion instructions, teach pendant programming, and debugging of ABB industrial robots.
3. Equipping trainees with the ability to proficiently use RobotStudio simulation software to complete the design and simulation of workstations for welding, drawing, and handling.
4. Helping trainees understand typical application scenarios of industrial robots in port-adjacent industry and laying the necessary foundation for further study of integrated courses in the Industrial Robot major.

Learning Materials

1. Corresponding PPT
2. Online Course Video
3. Simulation Question Bank

Recognized By

Benefits of Learning

1. Being able to follow industrial robot safety operating procedures and correctly use simulation software and training equipment.
2. Acquiring the ability to create and lay out industrial robot workstations and correctly establish tool and workpiece coordinate systems.
3. Mastering the writing and parameter setting of motion instructions and common programming instructions for industrial robots.
4. Being capable of performing teach pendant programming, operation debugging and program packaging for workstations such as welding, drawing and handling.
5. Being able to use RobotStudio proficiently to complete offline simulation, online modification of RAPID programs and online debugging.
6. Being capable of backing up and restoring industrial robot system data and understanding common troubleshooting methods.
7. Understanding typical application scenarios of industrial robots in smart ports and port-adjacent industry, and establishing safety production awareness and professional quality.

Courses Videos
1.1 Course Overview.mp4play1.2 Introduction to ABB Robots and RobotStudio.mp4play1.3 Concept and Creation of a Robot Workstation.mp4play1.4 Layout of a Robot Workstation and Installation of the Robot System.mp4play1.5 Establishing the Tool Coordinate System.mp4play1.6 Establishing the Work Object Coordinate System.mp4play1.7 Robot Data Backup and Recovery.mp4play2.1 Explanation and Practice of Three Robot Motion Instructions.mp4play2.2 Creating a Welding Workstation, Layout and Establishing the Tool Coordinate System.mp4play2.3 Establishing the Work Object Coordinate System for the Welding Workstation.mp4play2.4 Inserting Motion Instructions and Setting Parameters.mp4play2.5 Program Running, Debugging and Packaging.mp4play2.6 Polygon Welding at the Welding Workstation .mp4play2.7 Design of a Simulation Workstation for Robot Container Lifting Motion Paths at the Port.mp4play2.8 Knowledge Extension：Loop Tasks in the “1+X” Certification.mp4play3.1 Creating a Drawing Workstation, Layout and Establishing the Tool and Work Object Coordinate Syst.mp4play3.2 Programming and Debugging the Robot Drawing Path.mp4play3.3 Comprehensive Simulation of the Drawing Workstation.mp4play3.4 Simulation Monitoring, Packaging and Backup of the Drawing Workstation.mp4play3.5 Design of a Simulation Workstation for Robotic Anti-Corrosion Spraying of Port Vessels.mp4play3.6 Knowledge Extension：Drawing Tasks in the “1+X” Certification.mp4play4.1 Understanding Basic Handling Instructions.mp4play4.2 Simulation of a Square Material Handling Workstation (1).mp4play4.2 Simulation of a Square Material Handling Workstation (2).mp4play4.2 Simulation of a Square Material Handling Workstation (3).mp4play4.3 Simulation and Hands-on Practice of Multi-Material Transport in Port Loading and Unloading.mp4play4.4 Screen Recording to Save Workstation Views.mp4play4.5 Knowledge Extension：Handling Tasks in the “1+X” Certification.mp4play5.1 Connecting RobotStudio to the Controller.mp4play5.2 Online Modification of RAPID Programs and File Transfer.mp4play5.3 Online Debugging and Program Verification.mp4play6.1 Application Needs for Industrial Robots in Port-Adjacent Industrial Cities.mp4play6.2 Typical Application Scenarios of Industrial Robots in Smart Ports and Port-Adjacent Industrial Cities.mp4play

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