材料科学与工程专业培养计划

材料科学与工程专业本科培养计划

Undergraduate Program for Specialty in

Materials Science & Engineering

一、业务培养目标

1、Educational Objectives

本专业培养具备材料科学、材料工程方面较宽的基础知识，能在各种材料的制备、加工成型、材料结构与性能、材料应用等领域从事科学研究与教学、技术开发、工艺和设备设计、技术改造及经营管理等方面工作，适应社会主义市场经济发展的高层次、高素质、全面发展的科学研究与工程技术人才。

Materials Science & Engineering (MSE) is a major that is concerned with the structure and properties of all engineering materials. After graduation, MSE students have wide basic theory in materials science and technology, and can become materials research workers or materials engineers who are responsible for designing, producing, examining and testing diverse materials. Students graduated with honor, can also do some research, education, development and management work related to materials designing and producing, materials processing, manufacturing and relative areas etc.

二、业务培养要求

2、Educational Requirement

本专业学生主要学习材料科学与工程的基础理论，掌握材料的制备、组成、组织结构与性能之间关系的基本规律，接受各种材料的制备、性能分析与检测技能的基本训练，掌握材料设计和制备工艺设计，使学生具有开发新材料、研究新工艺、提高和改善材料性能和提高产品质量的基本能力。

毕业生应获得以下几方面的知识和能力:

1.掌握材料科学的基础理论和材料合成与制备、材料复合、材料设计等专业基础知识；

2.掌握材料性能检测和产品质量控制的基本知识，具有研究和开发新材料、新工艺的初步能力;

3.掌握材料加工的基本知识，具有正确选择设备进行材料研究、材料设计、材料开发的初步能力；

4.具有本专业必需的机械设计、电工与电子技术、计算机应用的基本知识和技能；

5.掌握中外文资料查询、文献检索以及运用现代信息技术获取相关信息的基本方法，具有初步的科学研究和实际工作能力。

The undergraduate programs of MSE are designed to help students develop the knowledge and capabilities needed to meet the challenges of modern society. After the end of the 4th year, students can have good command of the relationships of among materials compositions, structure, performance and their production techniques.

For students with this specialty knowledge the courses represent, they can start their academic or industrial careers involving the design, development and applications of materials. The students awarded their Bachelor degree of MSE have the capacities and knowledge as follows:

1. A grasp of the fundamental theory of MSE in materials synthesis and production, materials composition and design;

2. A proficiency in materials performance measurement and quality control, primary ability in new materials developing and processing;

3. fundamental theory of materials processing, the abilities of right choose equipment for materials study and design;

4. Fundamental skill and knowledge in machine design, electrical and electronic engineering and computer application in engineering;

5. Familiarity to the method of inquiring about speciality literature by information network.

三、主干学科与主要课程

3、 Major Disciplines & Major Courses

主干学科：材料科学与工程、化学、物理学

Major Disciplines: Material Science and Engineering, Chemistry, Physics

主要课程：物理化学、电工与电子技术基础C、机械设计基础B、材料概论、工程力学、材料科学基础、材料工程基础、材料研究与测试方法A、计算机在材料科学与工程中应用

Major Courses:Physical Chemistry, Electrical and Electronic Engineering, Fundamentals of Machine Design, Introduction to Materials, Engineering Mechanics, Fundamentals of Materials Science, Fundamentals of Materials Engineering, Micro-analysis of Materials, Computer in Materials Science Techonlogy

四、特色课程

4、Characteristic Courses

材料科学基础、材料工程基础、材料概论、材料研究与测试方法A、计算机在材料科学与工程中应用、专业综合实验

Material Science and Engineering, Fundamentals of Materials Engineering, Introduction to Materials, Micro-analysis of Materials, Computer in Materials Science Techonlogy, Integrated Experiments for Specialty

五、学制与学位

5、Length of School and Degree

修业年限：四年

Duration: 4 years

授予学位：工学学士

Degrees Conferred: Bachelor of Engineer

六、最低毕业学分规定

6、Graduation Credit Criteria

七、理论教学进程表

八、集中性实践教学进程表

九、教学环节学时分配表

十、其它要求

10、Other Demands

《形势与政策》课程，平均每学期16学时，一般按专题进行，在第七学期末考核，计 2个课外学分，具体由学校学生工作部、各学院学工办负责组织落实。

Situation & Policy, a 16 hours/term with 2 credits course, is taught according to topics and tested at the end of the 7th term . The course will be arranged by the University Students’Affairs’Department and implemented by Students’

Affairs Offices in each school.