What are the courses in vehicle science at Harbin Institute of Technology (Weihai)?

Automobile structure, automobile theory, automobile design, automobile electronic technology

Course code: 0102200009

Course name: Fluid Mechanics

Credit hours : 2 Total credit hours: 40

Lecture content: Basics of hydraulic fluid mechanics, hydraulic oil, hydraulic pump (motor), hydraulic cylinder, hydraulic valve, hydraulic auxiliary device, hydraulic circuit and system analysis, hydraulic system Design calculations.

Course selection target: Automotive College

Prerequisite course:

Course code: 0102200018

Course name: Automotive Construction

Credit points: 2 Total credit hours: 40

Lecture content: Working principle and overall structure of automobile engine, crank connecting rod structure, valve train, gasoline engine supply system, diesel engine supply system, engine exhaust purification , the working principle and structure of the engine cooling system, lubrication system, ignition system, starting system, automobile transmission system, driving system, steering system, and braking system.

Course selection target: Automotive College

Prerequisite courses:

Course code: 0102400001

Course name: Automobile body design

Credit points: 2 Total credit hours: 36

Lecture content: Characteristics of the car body and related terms, traditional and modern car body design methods, general layout design of the car body of different models, ergonomics in the car body Application in design, preliminary car styling, car aerodynamic performance, drawing of body surface and spatial curved beams, body design methods and work steps, and computer-aided design process, etc.

Course selection target: Automobile College

Prerequisite course: Automobile construction

Course code: 0102400002

Course name: Automotive Design

Credit points: 2 Total credit hours: 40

Lecture content: selection of car form, selection of main parameters of car, selection of engine, body form, tire selection, general layout of car and movement Check; design of clutch; design of transmission; design of automatic transmission; design of universal drive shaft; design of drive axle; design of suspension, steering system and braking system.

Course selection target: Automobile College

Prerequisite courses: Automobile structure, mechanical design

Course code: 0102400003

Course name: Automobile Electronic Technology

Credit points: 2 Total credit hours: 36

Lecture content: The development process and application status of automotive electronic technology; the basic principles and design process of electronic control devices; centralized control of automobile engines The composition and working principles of major automotive electronic and electrical systems such as systems, engine auxiliary electronic control devices, automotive hydraulic automatic transmissions, ABS/ASR, driving and safety control systems, and communication information systems.

Course selection target: Automotive College

Prerequisite courses: Automobile structure, electrical and electronics

Course code: 0102400004

Course name: Automobile Theory

Credit points: 2.5 Total credit hours: 46

Lecture content: Evaluation of automobile economy, power, braking, handling stability, ride comfort, passability, etc. Indicators and evaluation methods; the impact of the structural form and structural parameters of the automobile and its components on the performance; basic calculation methods for performance prediction; selection of automobile power plant parameters, etc.

Course selection target: Automotive College

Prerequisite courses:

Course code: 0102000005

Course name: Introduction to Modern Automobiles

Credit points: 2 Total credit hours: 36

Lecture content: The development history of world automobiles and the evolution of automobile production, appearance, performance, distribution and other aspects in various eras; the development status of contemporary world automobiles , the development history of world-famous automobile companies and common knowledge about famous cars and other automobiles; the distribution and characteristics of my country's main automobile industries, industrial policies and the opportunities and challenges of China's automobile industry after joining the WTO; the development trends and main impacts of future automobiles Reasons and new technologies.

Course selection targets: All majors in the school

Prerequisite courses: None

Course code: 0102000006

Course name: Modern Automotive Systems Engineering

Credit points: 2 Total credit hours: 36

Lecture content: This course provides a comprehensive discussion of systems engineering in the automobile and automotive industry from theory to practice. The first part is the general introduction, which introduces system thinking, system science and system engineering methods; the second part discusses automobile technical regulations, prediction methods and evaluation index systems; the third part discusses automobile system analysis methods, system design foundation and system management technology; The fourth part comprehensively develops the system engineering of the automobile industry and the method of optimizing the automobile transportation system; the fifth part discusses the human-vehicle-environment system engineering.

Course selection target: undergraduates and graduate students in science and engineering related majors

Prerequisite courses:

Course code: 0102000007

Course name: Finite element analysis software

Credit points: 2, total credit hours: 36

Lecture content: Basic theory of finite element calculation; commonly used software for finite element calculation: anasys, patran/dytran, i-deas, etc. The basic status and characteristics of finite element software; the basic steps and result processing of finite element analysis; the basic operations of finite element software.

Course selection: Computer and near-machine majors

Prerequisite courses:

Course code: 0102000008

Course name: Problem Solution

Credit points: 36 Total credit hours: 2

Lecture content: This is a general outline of some methods on how to use mathematical methods to solve problems, and also provides some techniques and processes Specific examples, and also put forward many guiding opinions on how to make analogies, how to use auxiliary equipment, and how to solve problems from the target to known conditions and think backwards.

Course selection target: undergraduate and postgraduate students majoring in engineering and economics and management

Prerequisite courses:

Course code: 0102000009

Course name: Modern automotive electronic equipment

Credit points: 2 Total credit hours: 36

Lecture content: The basic structure of major automotive electronic devices such as batteries, starters, ignition systems, instrument communication systems, wiring harnesses, etc. , detection and maintenance; principles and applications of automobile multimeters, engine fault diagnostic instruments and other equipment.

Course selection target: Automobile College

Prerequisite course: Automobile construction

Course code: 0102000010

Course name: MATLAB language

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Credit points: 2 Total credit hours: 36

Lecture content: Data structure, basic functions, usage methods of engineering computer language matlab, basic knowledge of programming, and solutions to specific engineering calculation problems; The application fields and usage methods of matlab's main toolboxes and their simulation processes.

Course selection target: the whole school

Prerequisite course:

Course code: 0102000011

Course name: CAD/CAM software

Credit points: 2 Total credit hours: 36

Lecture content: Overview and development history of automotive CAD/CAM technology, CAD modeling technology, group technology, CAPP technology, CAM technology, CAE technology foundation, CAD/CAM/CAPP integration technology, comparison and usage skills of commonly used software, etc.

Course selection target: Automotive College

Prerequisite course:

Course code: 0102000012

Course name: Ergonomics

Credit points: 2 Total credit hours: 36

Lecture content: human body parameters; human perception and response characteristics; display device; control device; work space design; human-machine system; vehicle in vehicle collision accident Human body protection technology for interior occupants; riding comfort of vehicle occupants in vehicle form; driving suitability of vehicle drivers; vehicle noise control; micro-environmental climate in vehicle cabs and compartments.

Course selection target: Automobile College

Prerequisite courses: Automobile structure, Automobile design

Course code: 0102000013

Course name: Automobile Professional English

Credit points: 2 Total credit hours: 36

Lecture content: Use of automotive English professional vocabulary, English descriptions of engine and chassis assemblies, English of automobile body and electronic control unit Description, car English literature translation.

Course selection target: Automotive College

Prerequisite course:

Course code: 0102000014

Course name: Automobile vibration and noise

Credit points: 2 Total credit hours: 36

Lecture content: data processing; engine vibration and noise; cooling system vibration and noise; intake and exhaust vibration and noise; vibration isolation technology; plate damping Vibration and noise; transmission system vibration and noise; body and frame vibration and noise; vehicle vibration and noise.

Course selection target: Automotive College

Prerequisite course:

Course code: 0102000015

Course name: Modern Design Method

Credit points: 2 Total credit hours: 36

Lecture content: Through the teaching of modern mechanical design methods, students should be able to understand modern mechanical design and understand the basic ideas of modern mechanical design. Modern mechanical design plays an important role in mechanical design. role and its development overview. Preliminarily master the methods of modern mechanical design, master basic design methods, and have a certain ability to solve actual mechanical engineering problems using modern mechanical design methods. Further broaden the mind, design and create new modern mechanical design methods and theories, so that students can not only solve some of the modern design methods learned in this course, but also draw inferences from one example, update concepts, develop modern mechanical design disciplines, and train students to apply other disciplines Knowledge is integrated to solve modern mechanical design problems. It also provides essential basic knowledge for future topic design and graduation thesis.

Contents include: system analysis and design method, creative design method, value analysis, fuzzy evaluation and matrix strategy, technology prediction method, similarity theory and similar design method, mechanical reliability design, finite element analysis method, optimization Design methods, dynamic analysis and design methods, experimental design methods, computer-aided design, and expert systems*** four aspects.

Course selection targets: undergraduates and graduate students in engineering-related majors

Prerequisite courses:

Course code: 0102000016

Course name: Automobile Marketing

Credit points: 2 Total credit hours: 36

Lecture content: General introduction to automobile marketing; market classification; marketing environment; target marketing; market competition strategy; market Marketing mix; marketing product strategy; marketing pricing strategy; marketing channel strategy; promotion strategy; market research.

Course selection targets: undergraduates and graduate students in engineering-related majors

Prerequisite courses:

Course code: 0102000017

Course name: Rapid prototyping and reverse prototyping technology

Credit points: 2 Total credit hours: 36

Lecture content: Rapid prototyping technology and reverse prototyping technology are a combination of CAD, CNC, precision machinery, laser, The high-tech technology integrating polymer materials and other disciplines can quickly turn CAD three-dimensional models into physical prototypes, which not only improves the visibility and intuitiveness of CAD models, but can also be used for functional testing.

The content includes: the principles and characteristics of current typical rapid prototyping technology, prototype production materials, rapid prototyping equipment systems and their selection, rapid prototyping and rapid mold making process flow and key technologies, rapid prototyping data preparation and deal with. Reverse technology mainly introduces the mathematical method of surface reconstruction and the surface model reconstruction technology in reverse engineering, and analyzes the sources of errors in the process of reconstructing the surface.

Course selection targets: undergraduates and graduate students in engineering-related majors

Prerequisite courses: