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[New Energy Vehicle Application and Maintenance] 1.Construction and Inspection of New Energy Vehicle Chassis
#ICT# #IOT#

Lesson Code: TCEN2024G014

Clicks：
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Academic Hours
6.20hours
Publish Date
Nov 2024

Lecturer

1. Lecturer: HUANG Zudong, Guangxi Transport School（GXTS）

2. Lecturer: LI Yuanzhong, Guangxi Transport School（GXTS）

3. Lecturer: LU Desheng, Guangxi Transport School（GXTS）

4. Lecturer: YANG Huaming, Guangxi Transport School（GXTS）

5. Lecturer: LI Daibin, Guangxi Transport School（GXTS）

6. Lecturer: HUANG Mashi, Guangxi Transport School（GXTS）

7. Lecturer: QIN Haoyuan, Guangxi Transport School（GXTS）

8. Lecturer: DENG Fu, Guangxi Transport School（GXTS）

9. Lecturer: ZHANG Zhen, Guangxi Transport School（GXTS）

10. Lecturer: XUE Huajie, Guangxi Transport School（GXTS）

General Introduction
This course is based on the fundamental theories of the new energy vehicle chassis structure, integrating basic knowledge and maintenance techniques of various chassis systems. It aims to develop trainees' basic knowledge and skills for the correct disassembly, assembly, and inspection of new energy vehicle chassis components.
Trainees will master operational skills and techniques for chassis repair, correctly use machines, tools, and measuring instruments, enhance awareness of safety and civilized production, cultivate good professional ethics, and achieve an intermediate technical level in this field, combining both theoretical and practical aspects.

This Course is for
● Enabling trainees to be familiar with basic safety production knowledge and to correctly use common tools and measuring instruments.
● Helping trainees correctly disassemble and assemble various assemblies and attachments of the new energy vehicle chassis.
● Teaching trainees to accurately inspect and repair major components of the new energy vehicle chassis.
● Guiding trainees to conduct preliminary analysis and diagnosis of faults based on symptoms in various chassis systems.
● Developing basic professional thinking skills, enabling trainees to think and reason about professional issues from a technical perspective, providing necessary knowledge and skills for subsequent professional courses and future careers.

Learning Materials

● Corresponding PPT
● Online Course Video
● Simulation Question Tanks

Recognized By

Benefits of Learning

● Knowing the nature and characteristics of frontline technical work, cultivating a love for work, good professional ethics, and compliance with laws and regulations.
● Capable of effective interpersonal communication and interaction.
● Knowing how to possess strong team spirit and customer service awareness.
● Being able to demonstrate organizational and coordination skills.

Courses Videos
1.1 Master the basic knowledge of new energy vehicle chassis(Theory)play 1.2 Identify the chassis system layout and features of new energy vehicles(Theory) play 2.1 Structure, function, types of wheels(Theory)play 2.2 Tire specifications and markings(Theory)play 2.3 Common forms and causes of abnormal tire wear(Theory)play 2.4 Wheel Removal and Installation(Theory)play 2.4.1 Wheel and tire removal and mounting (practical)play 2.5 Dynamic balancing of tires(Theory)play 2.5.1 Specification of dynamic balancing of tires (practice)play 2.6 Types, functions and principles of wheel alignment(Theory)play 2.7 Procedure for wheel alignment(Theory)play 2.7.1 Testing and adjustment of four-wheel alignment (practical)play 3.1 Composition and working principle of steering system(Theory)play 3.1.1 Routine maintenance checks of the steering system (practice)play 3.2 Common Failure Analysis of Steering System(Theory)play 3.2.1 Replacement of steering gear cross ties and ball joints (practice) play 3.2 Motor temperature monitoring and fault diagnosis play 3.3 Composition and working principle of electric power steering system（Theory) play 3.3.1 Electric power steering with cross tie assembly replacement (practice) play 3.3.2 Electric Power Steering (EPS) Indicator Light Always On Troubleshooting (practice)play 4.1 Components, Types and Structures of Suspension Systems（Theory) play 4.1.1 Routine inspection and maintenance of the suspension system (practice)play 4.2 Structure and working principle of the shock absorber（Theory)play 4.2.1 Replacement of shock absorber springs (practice)play 4.3 Composition, working principle and overhaul method of electronically controlled suspplay 5.1 Overview of the braking system(Theory)play 5.2 Wheel Brake Recognition (Theory)play 5.2.1 Routine inspection and maintenance of brake systems (practical)play 5.2.2 Measurement of Brake Disc Thickness and Rear Face Runout of Equipment (practice) play 5.3 Recognition of vacuum boost systems(Theory)play 5.3.1 Vacuum booster assembly repair and replacement(practical)play 5.4 ABS system awareness(Theory)play 5.4.1 Inspection and maintenance of ABS systems(practical)play 5.5 ABS warning light always on troubleshooting(Theory)play 5.6 Recognition of the brake pressure regulator(Theory)play 5.6.1 Brake pressure regulator assembly replacement (practice)play 5.7 Recognition of Electronic Parking Systems(Theory)play 5.8 Troubleshooting EPB Warning Light Always On(Theory)play 6.1 Functions, Types and Structures of Reducers(Theory)play 6.2 Principle of operation of the speed reducer(Theory)play 6.3 Reducer Assembly inspection and maintenance(Theory)play 6.3.1 Decelerator oil filling and changing (practice)play 6.4 Principle of operation of the reducer controller(Theory)play 6.4.1 Reducer assembly disassembly and inspection (practical)play 6.4.2 Troubleshooting and Troubleshooting of Reducer Controllers (practical) play 6.5 Types of Hybrid Vehicle Drivetrains(Theory)play 6.5.1 Removal and installation of drive shafts (practice)play 6.6 Hybrid Vehicle Drivetrain Inspection and Maintenance(Theory)play

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