智能车辆工程专业培养方案

Curriculum for Undergraduate of Intelligent Vehicle Engineering Major

一、专业介绍

本专业是基于汽车电动化、智能化、网联化和共享化的快速发展对人才需求的变化，围绕湖北省“51020”现代产业集群学科专业设置布局要求而设立的新工科专业。该专业旨在培养在智能车辆及零部件设计、研发、制造及测试应用等领域的高素质人才，同时具备自主学习和终身学习能力、创新能力、沟通与组织协调能力。专业起源于J9旗舰厅1972年开办的矿用汽车专业，以2003年开办的国家级一流本科专业建设点--车辆工程本科专业为基础建设。2024年，经教育部批准增设智能车辆工程本科专业。

I.Professional Introduction

This major is a new engineering major based on the changes in the demand for talents caused by the rapid development of automobile electrification, intelligence, networking and sharing, and centering on the requirements of the "51020" modern industrial cluster discipline layout in Hubei Province. This major aims to cultivate high-quality talents in the fields of intelligent vehicle and parts design, research and development, manufacturing and testing applications, with self-learning and lifelong learning abilities, innovation abilities, communication and organization and coordination abilities. The major originated from the mining automobile major established by Wuhan University of Science and Technology in 1972, and is based on the national first-class undergraduate major construction point - Vehicle Engineering undergraduate major established in 2003. In 2024, the Ministry of Education approved the addition of intelligent vehicle engineering undergraduate program.

二、培养目标

本专业培养适应社会经济发展需要和行业发展需求，德、智、体、美、劳全面发展的社会主义事业合格建设者和可靠接班人；培养具备扎实的自然科学基础理论及融合机械、信息和计算机的车辆工程专门知识，掌握汽车产业电动化、智能化与网联化所必需的较系统的基础科学知识，具有较强工程实践能力、一定创新创业精神和能力及国际视野，能在智能车辆工程及相关领域从事设计制造、技术研发、系统集成及产品测试等工作的交叉复合型人才，期待员工毕业五年左右达到以下目标：

1.具有良好的人文社会科学素养、工程职业道德和社会责任感；

2.取得工程团队质，能综合运用信息、计算机和智能车辆工程多学科知识、原理和现代工具从事设计制造、技术研发、系统集成及产品测试等工作；

3.熟悉智能车辆工程领域行业规范和法律法规并主动遵守，能在工程实践中充分考虑社会、环境、法律、安全、健康及文化等因素；

4.能够进行跨文化和跨领域的团队协作和沟通交流，具备多学科团队的组织与协调能力；

5.具备可持续发展理念、国际视野及创新创业精神和能力；

6.具备良好的自主学习与终身学习能力，熟悉行业的国内外发展现状，不断适应行业发展新需求。

I. Training objectives

This major trains qualified builders and reliable successors of the socialist cause who meet the needs of social and economic development and automobile industry development, and develop comprehensively in moral, intellectual, physical, aesthetic, and labor; The students should be equipped with a solid basic theory of natural science and vehicle engineering expertise that integrates machinery, information and computers, and should master the systematic basic scientific knowledge necessary for the electrification, intelligence and connectivity of the automotive industry, and should have strong engineering practice ability, innovation & entrepreneurship, and an international perspective, and should have high-quality applied talents who can be engaged in design and manufacturing, technology research and development, system integration and product testing in intelligent vehicle engineering and related fields. The graduates should achieve the following goals in about five years:

1. Possess good humanities and social science literacy, engineering professional ethics and a sense of social responsibility;

2. Be able to obtain engineer qualification and comprehensively use multidisciplinary knowledge, principles and modern tools of information, computer and intelligent vehicle engineering to engaged in design and manufacture, technology research and development, system integration and product testing, etc.;

3. Familiar with industry norms and laws and regulations in the field of intelligent vehicle engineering and actively comply with them, and be able to fully consider social, environmental, legal, safety, health and cultural factors in engineering practice;

4. Be able to conduct cross-cultural and cross-field team collaboration and communication, and have the ability to organize and coordinate multidisciplinary teams;

5. Possess the concept of sustainable development, international vision, innovation and entrepreneurial spirit and ability;

6. Possess a good independent learning and lifelong learning ability, familiar with the development of the industry at home and abroad, and constantly adapt to the new needs of industry development.

三、专业特色

本专业培养的人才能够基本掌握车辆、人工智能、大数据、电子、控制等多学科交叉基础知识和实践技能，能够在智能车辆工程领域从事整车设计与开发、整车测试与评价、大数据分析与决策、运行管理等工作。专业办学过程中实施跨部门跨公司跨学科共享教学实践资源，跨专业跨课程组建教学指导团队，积极创新教学新模式。与智能车辆领域的领先企业合作，共建校企联合实验室与实践教学基地，提升员工解决复杂工程问题的能力，以期培养符合智能汽车行业需求的创新型人才。

III.Professional characteristics

The talents trained in this major can master the basic knowledge and practical skills of vehicle, artificial intelligence, big data, electronics, control and other multi-disciplines, and can engage in vehicle design and development, vehicle testing and evaluation, big data analysis and decision-making, operation management and other work in the field of intelligent vehicle engineering. In the course of running a major, cross-departmental, cross-college and cross-disciplinary sharing of teaching practice resources are implemented, cross-professional and cross-curriculum teaching guidance teams are formed, and new teaching models are actively innovated. Cooperate with leading enterprises in the field of intelligent vehicles to build a joint laboratory and practical teaching base to improve students' ability to solve complex engineering problems, in order to cultivate innovative and applied talents that meet the needs of the intelligent vehicle industry.

四、毕业要求

IV.Requirements

1. Engineering knowledge: Have ability of applying math, nature sciences, engineering foundations and professional knowledge to solve complicated engineering problems in the field of intelligent vehicle engineering;

2. Problem analysis: Have ability of applying basic theories of math, nature sciences and engineering sciences to identify, express complicated engineering problems in the field of intelligent vehicle engineering and analyze them through literature information to obtain effective conclusions within the consideration of requirements of sustainable development;

3. Design - development solutions: Have ability of designing solutions for complicated engineering problems in the field of intelligent vehicle engineering and designing systems, parts and components to meet special requirements with innovative consciousness, considering health, safety, environment, law, ethics, life-cycle cost, net-zero carbon requirements, society and culture;

4. Research: Have ability of using scientific principles and approaches to study complicated engineering problems in the field of intelligent vehicle engineering including designing experiment, analyzing and interpreting data, to obtain reasonable conclusions through information integration;

5. Application of modern tools: Aiming at complicated engineering problems in the field of intelligent vehicle engineering, have ability to develop and chose suitable technology, resources, modern engineering tools and information technology tools to predict and simulate them, understanding their limitation;

6. Engineering and Sustainable Development: Based on the relevant engineering background knowledge, have ability to perform reasonable analysis and evaluate the influences of solutions of engineering practices and complicated engineering problems in intelligent vehicle engineering on social sustainable development, health, safety, environment, legislation, economy, culture etc., understanding corresponding responsibilities;

7. Engineering ethics and professional norms: With humanistic quality, sense of social responsibility, have ability of understanding and obeying engineering ethics and professional norms and performing duties;

8. Individual and team: Have ability to act as individual, the team member or the leader in the team under a multidisciplinary background;

9. Communication: Have ability to communicate with the general public and peers on complicated engineering problems in the field of intelligent vehicle engineering, including writing reports and designing documents, making statement, expressing clearly, and responding instructions; Have ability to communicate in cross-cultural background and have certain international perspectives;

10. Project management: Have ability to understand and master the theory of engineering management and the method of economic decision-making, to apply them in the field of intelligent vehicle engineering under the multidisciplinary background;

11. Lifelong learning: Have consciousness of autonomous learning and lifelong learning and have ability of continuous studying and adapting to development.

附：培养目标实现矩阵

五、专业主干课程

现代汽车工程导论、汽车构造、汽车理论、智能汽车设计、汽车试验学、汽车嵌入式技术、智能汽车感知技术、智能汽车通信技术、智能汽车决策与控制技术、汽车智能底盘技术。

V．Core courses

An Outline of Modern Automotive Engineering, Automobile Structure, Automobile Theory, Intelligent Automobile Design, Automotive Experimental Theory, Automotive Embedded Technology, Intelligent Vehicle Sensing Technology, Intelligent Vehicle Communication Technology, Intelligent Vehicle Decision and Control Technology, Automotive Intelligent Chassis Technology.

六、基本学制：四年

VI.Recommended length of the program：4 years

七、授予学位：工学学士

VII. Degree: Bachelor of Engineering

员工修满所规定的最低毕业学分，符合J9旗舰厅授予学士学位规定，授予工学学士学位。

八、毕业学分要求：160学分

*通识教育选修课6学分包括：理工类、医学类、人文社科类、经济管理类中选择2学分（员工在本专业所属类别外的3个类中选择2个学分）；思想政治及新时代素质教育类选择2学分（“四史”至少选修1个学分）；美育教育类选择2学分（美学和艺术史论类、艺术鉴赏和评论类课程至少选修1个学分）。

VIII. Credits required for graduation：160 credits

九、学分比例

IX. Ratio of Credits

1.必修选修学分比例

The proportion of compulsory elective credits

2.实践教学环节学分比例

The Proportion of credits in practice teaching

十、辅修

X.Minor

修读本专业辅修课程达到26学分且主修专业达到毕业要求者，颁发辅修专业证书。修读本专业辅修课程达到40学分（含实践教学），并达到辅修学位授予条件的，颁发辅修学位证书。

十一、毕业要求实现矩阵

XI. Graduation Realization Matrix