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Updated in [September 19th, 2023]

What does this course tell?
(Please note that the following overview content is from the original platform)
Industrial Robotics Training Courses designed for teenagers aged 12-18 In the course students can acquire theoretical and practical knowledge of building robots especially for First Robotics Competition (FRC) covering robotic configuration assembling programming and electronic control Build a virtual robot from scratch and gain relevant technical knowledge with the FRC shooting robot as a practical case Find out how to use the development software in Quest2 and develop VR programs that can build robots in virtual space Using our supporting VR APP to build a complete industrial robot in the virtual space Our APP is free of charge on your purchase of our course With our supporting APP and a VR headset students can build industrial robots immersively without the limitation of space and costThe courses make the VR with the purpose to assemble and to learn virtually about robots that is to use both hands in a virtual environment to complete the selection and assembly of robots and finally building a complete robot The content of the courses mainly explains how to use the software used in Quest2 the names and functions of robot parts and the principle of robots This way students can build and learn in the VR virtual environment and achieve the purpose of learning robotics related knowledgeWe consider the value of this course from multiple aspects, and finally summarize it for you from three aspects: personal skills, career development, and further study:
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What skills and knowledge will you acquire during this course?
During this VR Industrial Robotics Training Course, students will acquire a range of skills and knowledge related to building robots, specifically for the First Robotics Competition (FRC). They will gain theoretical understanding and practical experience in areas such as robotic configuration, assembling, programming, and electronic control.

One of the key aspects of the course is the opportunity to build a virtual robot from scratch, using the FRC shooting robot as a practical case study. Through this process, students will develop relevant technical knowledge and skills. They will also learn how to use the development software in Quest2 and develop VR programs that can be used to build robots in a virtual space.

The course provides a supporting VR APP, which is free of charge upon purchasing the course. This APP, along with a VR headset, allows students to build industrial robots immersively, without the limitations of physical space and cost. By using both hands in a virtual environment, students can virtually assemble and learn about robots. They will learn how to select and assemble robot parts, understand their names and functions, and grasp the principles of robotics.

Overall, this course aims to provide students with a comprehensive understanding of industrial robotics through hands-on virtual experiences. By the end of the course, students will have acquired the skills and knowledge necessary to build and learn about robots in a VR environment.

How does this course contribute to professional growth?
This course on VR Industrial Robotics Training contributes significantly to professional growth. By participating in this course, individuals can acquire theoretical and practical knowledge of building robots, specifically for the First Robotics Competition (FRC). They will learn about robotic configuration, assembling, programming, and electronic control.

One of the key contributions of this course is the opportunity to build a virtual robot from scratch. Through this practical case of building an FRC shooting robot, participants can gain relevant technical knowledge and skills. They will also learn how to use the development software in Quest2 and develop VR programs that can build robots in a virtual space.

The use of a supporting VR APP further enhances the learning experience. By utilizing this app and a VR headset, students can build industrial robots immersively without the limitations of physical space and cost. This allows for a more comprehensive understanding of the robot-building process and fosters creativity and problem-solving skills.

The content of the course focuses on teaching students how to use the software used in Quest2, the names and functions of robot parts, and the principles of robotics. By learning and building in the VR virtual environment, participants can effectively grasp robotics-related knowledge and apply it in practical scenarios.

Overall, this course provides a unique and innovative approach to learning robotics. It offers hands-on experience, fosters technical skills, and promotes problem-solving abilities. By participating in this course, individuals can significantly contribute to their professional growth in the field of industrial robotics.

Is this course suitable for preparing further education?
The VR Industrial Robotics Training Courses appear to be suitable for preparing further education. The courses are designed for teenagers aged 12-18 and provide both theoretical and practical knowledge of building robots, specifically for the First Robotics Competition (FRC). Students have the opportunity to acquire technical knowledge through building a virtual robot from scratch and using the FRC shooting robot as a practical case.

The courses also focus on using development software in Quest2 and developing VR programs that can build robots in a virtual space. This allows students to build industrial robots immersively without the limitations of space and cost. The supporting VR APP provided with the course enables students to assemble and learn virtually about robots, using both hands in a virtual environment to complete the selection and assembly of robots.

Overall, the courses aim to teach students how to use the software used in Quest2, understand the names and functions of robot parts, and grasp the principles of robots. By providing a VR virtual environment for learning and building robots, the courses offer a comprehensive and immersive experience for students interested in robotics.

Course Syllabus

Introduction

Introduction to Robot Parts in VR Environment

Modes of Robot Power Transmission

Principles of Motor Operation

the Motor Control

Control of Motors-PWM

Angle Detection - Encoder