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XuetangX

Conceptual Design of Mechatronics

via XuetangX

Overview

Mechatronics is a core course in vocational and technical colleges for majors such as Mechanical Manufacturing and Automation, Intelligent Manufacturing Equipment Technology, Automation Technology, and Mechatronics. This course primarily utilizes the Mechatronics Concept Designer (MCD) of the UG NX platform, using existing digital models that imitate various physical scenarios to create conceptual design solutions suitable for mechatronic integrated products through case studies. The course is designed to progress from simple to complex, from single to multiple elements, seamlessly integrating software operations and knowledge explanations into the case studies. This approach allows students to become familiar with the software while grasping the basic structure and motion forms of mechanical systems, understanding the fundamental principles of mechatronic conceptual design, gaining knowledge of mechatronic integrated product conceptual design, and learning how to perform virtual-to-virtual and virtual-to-real line integration. The main objective of this course is to cultivate students' comprehensive application abilities in practical skills, innovation, and practical application in the field of mechatronic conceptual design.

Syllabus

  • Project 1 Introduction to the Basic Interface of Software Platform
    • Introduction to Conceptual Design of Mechatronics
  • Project 2 Basic Mechanical and Electrical Fundamentals
    • Case Study 1 Material Collection at the End of Conveyor Belt
    • Case Study 2 Material Transformation During Conveyor Belt Transportation 1
    • Case Study 2 Material Transformation During Conveyor Belt Transportation 2
  • Project 3 Mechanical and Electrical Automation Technology
    • Case Study 3 Crank-slider Mechanism
    • Case 4 Linear Cylinder and Rotary Cylinder 1
    • Case 4 Linear Cylinder and Rotary Cylinder 2
    • Case 5 Material Handling 1
    • Case 5 Material Handling 2
    • Case 6 Gear Transmission System (Part 1)
    • Case Study 6 Naming Explanation (Part 2)
  • Project 4 Mechanical and Electrical Control
    • Case Study 7 Simple Handling Production Line 1
    • Case Study 7 Simple Handling Production Line 2
    • Case Study 7 Simple Handling Production Line 3
    • Case Study 7 Simple Handling Production Line 4
  • Project 5 Integration and Collaboration
    • Case Study 8 Drag Chain
    • Case 9 Laser Engraving Unit 1
    • Case 9 Laser Engraving Unit 2
  • Project 6 Mechanical and Electrical Logic
    • Case Study 10 Motor Forward and Reverse Control 1
    • Case Study 10 Motor Forward and Reverse Control 2
    • Case Study 10 Motor Forward and Reverse Control 3
    • Case Study 11 Virtual Axis Control 1
    • Case Study 11 Virtual Axis Control 2
  • Project 7 Production Line Unit Debugging
    • Case Study 12 Intelligent Vision (MCD1)
    • Case Study 12 Intelligent Vision (MCD2)
    • Case Study 12 Intelligent Vision (PLC1)
    • Case Study 12 Intelligent Vision (PLC2)
    • Case Study 13 Intelligent Laser 1(1)
    • Case Study 13 Intelligent Laser 1(2)
    • Case Study 13 Intelligent Laser 2

Taught by

GUANGXI TECHNOLOGICAL COLLEGE OF MACHINERY AND ELECTRICITY

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