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[Intelligent Equipment Technology] 1.Industrial Robotic Systems Integration
#ICT# #IOT#

Lesson Code: TCEN2025H026

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Academic Hours
9.50hours
Publish Date
Nov 2025

Lecturer

1. Lecturer CHEN WeiguoGuangxi Technological College of Machinery and Electricity

2. Lecturer ZHANG YixinGuangxi Technological College of Machinery and Electricity

3. Lecturer ZHOU YuquanGuangxi Technological College of Machinery and Electricity

General Introduction
This course is designed to meet the demands of the intelligent manufacturing era by cultivating highly skilled technical professionals proficient in the integration and application of industrial robotic systems. Through systematic learning, the course aims to stimulate trainees’ interest in advanced manufacturing technologies,
enhance their technical competence, and foster professional ethics and a sense of social responsibility. It is expected that these well-trained professionals will play a vital role in the intelligent manufacturing sector and contribute to the transformation and upgrading of the manufacturing industry in the near future.

This Course is for
1. Helping trainees master the fundamental knowledge of industrial robotic system applications.
2. Enabling trainees to proficiently understand and apply technologies related to robotic control logic, workstation design, debugging, and optimization.

Learning Materials

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

Recognized By

Benefits of Learning

1. Knowing the basic principles and structural composition of industrial robots.
2. Understanding the operational process and manipulation methods of industrial robots.
3. Being able to operate FANUC industrial robots proficiently.
4. Being capable of designing, debugging, and optimizing FANUC robot workstations.

Courses Videos
Course Introduction.mp4play1.1 Classification of FANUC Robot IO Signals.mp4play1.2 Configuration of FANUC Robot IO Signals.mp4play1.3 Specific Application and Complementary Settings of FANUC Robot RI or RO.mp4play1.4 Functions and Allocation of FANUC Robot Peripheral Equipment (UOP).mp4play2.1 Macro Program Call.mp4play2.2 Manual Operation of Macro Programs, UK, SU, and Action Groups Concept.mp4play3.1 Reference Point Setting and UO7 Output Variation.mp4play4.1 Modbus TCP Communication and MB_Client Instruction.mp4play4.2 Modbus Teaching Pendant Settings.mp4play4.3 Configuration, Programming and Effect Demonstration of Siemens PLC Hardware.mp4play5.1 TCP or IP Communication Protocol and Socket.mp4play5.2 Introduction to KAREL Programming Language.mp4play5.3 TCP or IP Communication Instructions TSEND_C and TRCV_C in Siemens PLC.mp4play5.4 TCPIP Protocol Network Communication Test.mp4play5.5 Robot Parameter Setting of TCPIP Protocol Network Communication.mp4play5.6 Connection between TCPIP Protocol Network Communication Robot and Server.mp4play5.7 Data Sending and Reception between TCPIP Protocol Network Communication Robot with the Server.mp4play5.8 Data Sending and Reception between PLC and Clients via TCP or IP Protocol Network Communication.mp4play5.9 Data Sending and Reception between Robot and PLC via TCPIP Protocol Network Communication.mp4play5.10 Demonstration of Karel Program Automatic Running after the Robot is Power-on.mp4play6.1 DeviceNet Bus.mp4play6.2 Example of FANUC Robot Master-Slave Communication Setup on Devicenet—Robot as Master Station.mp4play7.1 Integration of FANUC Robots with Conveyor Belt.mp4play8.1 Integration of FANUC Robot with Weighing Device.mp4play8.2 Workpiece Quantity Transmission and Display of the Integration of FANUC Robot with Weighing Device.mp4play8.3 Demonstration of Data Transmission and Reception between Group Input and Output Function of FANUC Robot and PLC.mp4play9.1 Communication between Siemens S7-1200 and Automated Warehouse.mp4play9.2 Communication between Siemens s7-1200 and Robot.mp4play9.3 Data Interaction between FANUC Robot and Automated Warehouse.mp4play10.1 Motion Control Instructions of Siemens PLC-.mp4play10.2 Motion Control of Rotary Feeding Tray.mp4play10.3 Integration Application Programming of FANUC Robot and Rotary Feeding Tray.mp4play11.1 Mechanical Structure and Servo Drive System of Positioner.mp4play11.2 Modbus RTU Communication Instructions and PLC Communication Programming.mp4play11.3 Communication Configuration of Siemens 1200 PLC for Controlling Positioner.mp4play11.4 Siemens HMI-Controlled Positioner.mp4play11.5 Three Views of Positioners Rotation Angle.mp4play12.1 Industrial Vision Systems Composition.mp4play12.2 Cognex Smart Camera Hardware.mp4play12.3 Composition of Industrial Camera.mp4play12.4 Ethernet Communication Simulation Between Cognex In-Sight Software and Debug Assistant.mp4play12.5 Ethernet Communication Between Cognex In-Sight Software and Debug Assistant in Physical Camera Mode.mp4play12.6 Cognex Camera Color Recognition for Workpieces.mp4play12.7 Cognex Camera Angle Recognition for Workpieces.mp4play12.8 Profinet Communication for Cognex Camera and Siemens S7-1200 PLC.mp4play12.9 Integration of FANUC Robots with Cognex Cameras.mp4play12.10 Programming of PLC and Robot for Vision-guided Motor Assembly Task.mp4play

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