重庆大学机自专业本科人才培养方案_改

机械设计制造及其自动化专业本科培养方案

Undergraduate Program for Specialty in Mechanical Design and Manufacture and Automation

一、修业年限及授予学位名称

四年；工学学士

Ⅰ、Length of Schooling and Degree

Four Years; Bachelor’s of Engineering.

二、培养目标

本专业培养复合型、开放型、创新型的本领域优秀人才，掌握扎实的自然科学知识、机械设计制造及自动化技术的基础理论和专业知识，具有一定的交叉学科背景和良好的人文科学素养，具备较强的机械工程应用能力和科学研究能力，具有良好的终身学习和发展能力、独立思考和判断能力、实践和创新能力，较强的表达、人际交往、团队协作能力，能在机械工程领域从事研究开发、设计制造、技术经济管理的高素质工程技术人才。

Ⅱ、Educational Objectives

This program cultivates students to be the inter-disciplinary, open and innovative talents in this field. The graduates may be mastered of the solid knowledge in natural science, have a comprehensive grasp of the fundamental theories and with professional capabilities in Mechanical Design, Manufacture and Automation technology. These students should have a good cross-disciplinary background and human sciences knowledge. With the sense in lifelong learning and self-development, independent thinking, making judgment, Engineering practice and innovations, they will have the strong capabilities for engineering and research in the field of mechanical engineering. They should have the skills in presentations, interpersonal communications and teamwork. The graduates should have abilities to work for R&D, Design and Manufacturing, Technical Economy as well as Management in Mechanical Engineering.

三、培养规格及要求

本专业学生主要学习机械设计制造及其自动化专业的基础理论和专业知识，接受本专业领域的基本训练，具有学习、创新和分析解决工程实际问题的基本能力。

毕业生应获得以下几方面的知识和能力：

1．掌握本领域相关的自然科学基本理论，具有较好的人文和社会科学基础；

2．系统掌握机械工程领域的技术理论和专业知识；

3．具有本专业必需的制图、计算、文献检索等基本技能，具有制订实验方案、进行实验、分析和解释数据的能力；

4．具有对于机械工程问题进行系统表达、建立模型、分析求解和论证的能力，具有设计机械系统、部件和过程的能力；

5．具有在机械工程实践中初步掌握并使用各种技术、技能和现代化工程工具的能力；

6．具有社会责任和对职业道德的认识，具有在多学科团队中发挥作用的能力和较强的人际交流能力；

7．知识面宽广，并具有对现代社会问题的知识，进而足以认识机械工程对于世界和社会影响的能力，具有终生教育的意识和继续学习的能力。

III、Skills Profile

The aim of this program is to systematical deliver the fundamental theories, professional knowledge, engineering training to the students in the Mechanical Design, Manufacture and Automation Engineering. The students graduated from this program should have capabilities in self-learning, innovative thinking and solving engineering problems listed as follow: 1．Have the fundamental knowledge in natural science, backgrounds in humanities and social sciences;

2．Mater the technical theories and professional knowledge in Mechanical Engineering;

3．Have the knowledge in mechanical drawing, analyses, literature survey, et. al.. Have the abilities on design of experiments, analyzing and data milling;

4．Can well understand, model, and solve the problems in Mechanical Engineering, who also has the ability in design of mechanical components, mechanical system and mechanical process;

5．Have basic knowledge in use of the diverse technologies, skills and modern engineering tools in Mechanical Engineering;

6．With fully consciousness in social responsibility, professional ethics, good team spirits and communication skills;

7．With widely range of knowledge in multi-fields and can well understanding of modern social problems, and know how the mechanical engineering changes the world, recognize the importance of lifelong learning and continuous study.

Graduation Requirements

主干学科：机械工程

主要课程：机械制图、理论力学、材料力学、机械原理、机械设计、电工电子学、机械制造技术基础、流体传动与控制、机械电气控制及自动化、机械工程测试技术、现代设计方法、计算机辅助设计与制造。

IV、Major Disciplines and Courses

Key Disciplines: Mechanical Engineering.

Major courses: Mechanical Drawing, Classical Mechanics, Mechanics of Materials, Theory of Machinery, Machine Design, Electrical and Electronic Engineering, Fundamental of Mechanical Manufacturing, Hydraulic Drive and Control, Electrical Control and Automation for Machinery, Test Technology of Mechanical Engineering, Modern Design Theory and Methods, CAD/CAM.

五、研讨型课程

现代质量工程、工程机械设计

V、Seminer Courses

Advanced Quality Engineering, Design of Construction Machinery Equipment

六、全英文课程

流体力学、热力学基础

VI、Foreign Language Taught Courses

Fluid Mechanics, Fundamentals of Thermodynamics

七、课程体系的构成及学分、学时分配和最低毕业学分

八、集中实践环节及要求

金工实习四周，通过实习了解热、冷加工及机器的装配过程，初步掌握一定的机械设备的基础知识及数控加工的基础知识，具备一定的操作能力。

电子实习一周，掌握电子产品工作原理、制作过程及产品测试技术。

机械原理课程设计二周，机构运动学、动力学设计及机械系统运动方案设计。

机械设计课程设计三周，机械传动装置设计及其综合训练。

工艺课程设计二周，工艺设计、工装夹具设计。

生产实习三周，了解机械产品的组成及其制造过程；机械设备的工作原理性能及控制；工厂生产组织管理；收集专业设计资料。

专业课程设计三周，制造方向为综合课程设计；设计方向是单体设备的设计。

毕业设计十四周，设计（科研）综合能力的培养与训练。

Ⅷ、Professional Training and Requirements

Metal Workshop Program (4 weeks): Understanding the hot forming process, machining process, and mechanical assembly process, basic knowledge and operations in CNC machining after the program.

Electrical Workshop Program (1 week): Knowledge in working principle of electronics, manufacturing procedure and testing technologies after the program.

Course Project in Theory of Machinery (2 weeks): Kinematics of mechanism, Kinetic Design and Mechanical System Design;

Course Project in Machine Design (3 weeks):Comprehensive training in design of mechanical transmission;

Mechanical Process Design (2 weeks)：Mechanical processing design and CAFD;

Factory Tour (four weeks)：To understand the components of the mechanical product and its manufacturing process, the working principle of manufacturing equipments and its control system, organization and management of the production process, collects the data of mechanical design;

Specialty Training Project (3 weeks)：Comprehensive training in mechanical design for the students in the branch of Manufacturing Engineering, and the machine design for Mechanical Design Engineering; Final Year Project (14 weeks)：Integrated training for systematically improving the abilities in engineering design and scientific research.

九、教学安排指导表

Ⅸ、Table of Teaching Arrangement

培养方案制订人：严兴春培养方案审核人：易树平

机械设计制造及其自动化专业辅修、第二专业培养计划

Undergraduate Program for Minor/Second Specialty in Mechanical Design and Manufacture and Automation

一、专业名称

机械设计制造及其自动化

I、Specialty

Mechanical Design and Manufacture and Automation

二、培养目标

本专业培养掌握机械设计制造及其自动化专业的基础理论、专业知识、基本技能和具有解决工程实际问题能力，具有从事机械产品开发、机械制造企业管理能力的高素质工程技术人才。

II、Educational Objectives

The main object of education is for education is for students to have basic knowledge of general principles about mechanical design and manufacture and automation. The graduate will have the abilities in mechanical engineering related design, manufacturing enterprise management.

三、培养规格及学分要求

掌握本专业领域的技术理论、基础知识和设计方法；具有本专业必需的制图、计算、实验、文献检索等基本技能；具有在生产现场处理和解决实际技术问题的能力；具有较强的创造意识；具有初步的科研能力、科技开发和企业管理的能力。

III、Skills Profile and Minimum Credits

1. The education emphasizes on the general mechanical principles, technical theory and design method.

2. Application abilities of drawing, calculate, experiment, document retrieval are required. Thus capability of dealing with technical factual matters in production field is encouraged. The graduate has sense of creation, initial capacity of scientific research and enterprises management.

辅修要求修满25学分。教学课程安排指导表中带“*”的为辅修专业选修课程。

25 Credits are required for Minor. These are elective courses of minor specialty with “*” in table of teaching arrangement.

第二专业要求修满55学分。

55 Credits are required for Second Specialty.

四、课程设置

培养方案制订人：严兴春培养方案审核人：易树平