What you'll learn
Understand the basic knowledge of robots, their structure, operation and applications in the automotive industry, mechanical manufacturing plants, ...
Teaching robots step by step, such as welding robots
You will be able to create basic programs, control sensors and actuators, and navigate your robot
You will have a solid understanding of the principles of robotics and how to program robots using various programming languages
Requirements
No programing experiance need. You will learn everthing you need to know
Description
The "How to Teaching/Programming Robot" online course is a specialized program designed for individuals interested in learning how to program and teach the ABB IRB120 robot. This course is ideal for professionals who are looking to enhance their skills in the field of industrial robotics, particularly those who work with ABB robots.The ABB IRB120 is a popular and versatile robot used in various industries, including automotive, electronics, and pharmaceuticals. This online course covers the fundamentals of the ABB IRB120 robot, including its components, capabilities, and programming techniques.The course covers programming the ABB IRB120 using ABB's proprietary programming language, Rapid. Students will also learn how to use ABB's programming software, RobotStudio, to create and simulate robot programs. In addition, the course covers techniques for teaching robot tasks using various methods such as manual guiding, teaching pendant programming, and offline programming.The course is taught by experienced instructors who have extensive knowledge of the ABB IRB120 robot and its programming. They provide step-by-step guidance to students throughout the course, including hands-on exercises to reinforce the concepts taught.Upon completion of the course, students will have the skills and knowledge required to program and teach the ABB IRB120 robot effectively. They will be equipped to work with this robot in various industries and contribute to the development of new robotic applications. The course offers a comprehensive learning experience for those interested in the ABB IRB120 robot, providing them with valuable skills that are in high demand in the industrial robotics field.
Overview
Section 1: Introduction
Lecture 1 Introduction
Lecture 2 Application Robot in industry, automotive
Section 2: Robot ABB IRB120
Lecture 3 Overview of the robot IRB120
Lecture 4 IRC5C Compact Controller
Lecture 5 FlexPendant
Section 3: Install software and simulate ABB's robot on computer
Lecture 6 Install software and simulate ABB's robot on computer
Lecture 7 Demo how to Robotstudio software work ?
Section 4: Instructions for starting the robot IRB120
Lecture 8 Safe working with robots
Lecture 9 Switch the robot's operating mode
Lecture 10 Working coordinate system of the robot
Lecture 11 Move the robot
Lecture 12 Setting robot parameters
Lecture 13 Synchronize data between computer and robot
Section 5: Basic robot movement programming commands
Lecture 14 Create an new program program
Lecture 15 Backup and restore robot program
Lecture 16 Basic robot movement commands
Lecture 17 Teaching/Programming to move the robot
Lecture 18 Common mistakes when moving, programming robots
Section 6: Change the robot's movement speed
Lecture 19 Change the maximum movement speed of the robot
Lecture 20 Change the speed of movement of all instructions in the program
Lecture 21 Change the movement speed by point in the program
Section 7: I/O declarations, variable declarations and conditional statements
Lecture 22 Robot I/O declaration
Lecture 23 Review I/O. Signals
Lecture 24 I/O shortcut on hand teaches programming
Lecture 25 Data, data variables
Lecture 26 Conditional statements Wait, If-Then, Test-Case, While-Do, For-To
Lecture 27 Write a program to move the robot with conditions (sensor, Start, Stop ..)
Section 8: Incorporating I/O signals in robot movement
Lecture 28 Set command
Lecture 29 Reset command
Lecture 30 Write a program for a robot to clamp an object from A and drop it to position B
Lecture 31 Write a program for a robot to clamp an object from A and drop it at position B
Section 9: Subroutines in robots
Lecture 32 Creating subroutines
Lecture 33 Call subroutine
Lecture 34 Write a robot program using subroutines
Section 10: Create a new work plane
Lecture 35 Create a new plane
Lecture 36 Changing the working plane of the robot
Section 11: Create TCP robot
Lecture 37 Create new TCP
Lecture 38 Change TCP robot on the work plane
Section 12: Point variable, robot move variable
Lecture 39 Coordinate displacement variable
Lecture 40 Plane variable
Section 13: Program to scan array
Lecture 41 Program to scan 2 dimensional array (Square) using loop
Lecture 42 Program to scan 3-dimensional arrays (Box) using loop
Section 14: Create an array containing data
Lecture 43 Create an array containing data
Lecture 44 Move data in a one-dimensional array
Section 15: IP Internet Communication
Lecture 45 TCP/IP communication
Lecture 46 IRB 120 robot communication connection and camera
Lecture 47 Review data transmitted through socket
Section 16: Welding Robot
Lecture 48 Application welding robot in automotive
Suitable for those who want to learn robot programming, work in car factories, mass mechanical production, and work in industrial environments that need high automation.


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