计划学制：四年          Duration: 4 Years    

授予学位：工学学士      Degree Granted: Bachelor of Engineering

一、培养目标与毕业要求(Educational Objectives & Graduation Requirements)

（一）培养目标

1.身心健康，具有良好的人文素养，关注社会发展，有强烈的社会责任感和历史使命感。

2.能够独立思考，具有批判性思维、严密的逻辑推理和组织论证能力。

3.掌握系统深入的自然科学、材料科学与工程的基础理论，能够独立和合作开展创新研究。

4.掌握材料学科与交叉学科相关的专业知识，并能自主构建独特的知识体系，针对国内、国际需求和材料学科发展前沿，具备运用以上知识解决复杂的材料科学与工程领域相关问题的能力。

5. 具有与国际化业界同行及不同学科、行业、背景的人有效沟通能力，团队协作能力以及领导力。

1.Have a strong sense of social responsibility and commitment with a sound body and mind.

2.Able to think and perform independently, critically and dialectically.

3.Able to conduct innovative researches independently and collaboratively by mastering systematically and in-depth the basic theories of natural science and materials science and engineering.

4. Targeting the domestic and international demands as well as the research frontiers of materials, able to solve complicated problems related to materials science and engineering using the professional knowledge of materials science and interdisciplinary areas, as well as the self-established unique knowledge system.

5.Able to communicate effectively with people from the same or different professional fields, industries and with a variety of culture backgrounds, and have a spirit of teamwork and leadership.

（二）毕业要求

1. 具有良好的人文社会科学素养、社会责任感，公正、自信，能够在实践中理解并遵守职业道德和规范，履行责任。

2. 具有批判性思维及逻辑分析能力。

3. 具有扎实的数学、物理、化学以及工程技术基础，掌握专业领域的基本原理和材料测试与分析技术，且能够结合现代工程工具和信息技术工具，针对材料科学与工程中的实际问题，提出新方案、研制新材料或发明新技术。

4. 设计满足国家和国际特定需求的实施方案中能体现技术创新、经济效益和可持续发展的意识，并兼顾到社会、健康、安全、法律、文化以及环境等因素。

5. 能够洞察当下材料科学技术的前沿与存在的问题，提出科学有效的研究方案，并能将复杂问题分解成具体问题，进行有效组织实施的能力。

6. 具备分析问题、解决问题的能力，能基于科学的研究方法，分析研究数据，并形成科学、合理的研究结论。

7. 在多学科合作背景下，能够独立和团队协作开展工作，具有领导能力。

8. 具有国际视野，能够进行有效沟通交流（包括个体口头交流、演讲和论文撰写）和合作。

9. 具有自主学习和终身学习的意识和能力，适应并推动社会发展和行业的科学技术进步。

10. 结合材料学科的专业知识和技术经验，具有在交叉学科领域开展创新性研究的能力。

1. High quality of humanity and social science, strong social responsibility, justice and confident, be able to understand and comply with professional ethics and norms in practice, and fulfill their responsibility.

2. Strong critical, logical and analytical thinking.

3. Have a solid base of knowledge in mathematics, physics, chemistry and engineering technology, master the basic principles and materials testing and analysis techniques in the field of expertise, be able to propose novel project, discover new materials and invent new technology to solve practical problems in materials science and Engineering with modern engineering tools and information technology tools.

4. Make implementation plan to exhibit technological innovation, economic benefits and sustainable development with consideration of social, healthy, safety, law, culture and environmental issues to meet the specific national and international demands.

5. Able to gain insight into the leading edge and existing problems of materials science and technology, propose scientific and effective research plan, capable to decompose complex problems into specific issues to organize and implement efficiently.

6. Able to analyze and solve problems, make scientific and reasonable researching conclusion based on proper research method and data analysis.

7. Function effectively both individually and on teams under interdisciplinary cooperation, with leadership.

8. With global horizon, be effective in communication (oral communication, speech delivering and paper writing) and cooperation.

9. Have the awareness and ability to self-learning and lifelong learning.

10. Able to conduct innovative research in interdisciplinary field with the knowledge and technical experience in materials science.

二、专业核心课程与专业特色课程 （Core Courses and Characteristic Courses）

（一）专业核心课程：

专业核心课程：材料科学基础、高分子化学与物理、材料制备原理与技术、材料研究与测试方法B、材料工程基础。

Core Courses: Fundamentals of Materials Science, Polymer Chemistry and Physics, Principle and Technology of Materials Preparation, Methods of Materials Research and Testing B, Fundamentals of Materials Engineering.

（二）专业特色课程：

专业特色课程：材料概论、材料科学基础、高分子化学与物理、材料制备原理与技术、材料研究与测试方法B、材料工程基础、材料科学基础实验A、高分子化学与物理实验、材料研究与测试方法实验、计算材料学。

Characteristic Courses: General Introduction to Materials, Fundamentals of Materials Science, Polymer Chemistry and Physics, Principle and Technology of Materials Preparation, Methods of Materials Research and Testing B, Fundamentals of Materials Engineering, Fundamentals of Materials Science: Lab A, Polymer Chemistry and Physics: Lab, Experiments on Testing Techniques of Materials, Computational Materials Science.

三、 理论课程列表（Theory Course Schedule）

（一）公共基础必修课程（Public Basic Compulsory Courses）

4220001110 思想道德修养与法律基础 Morals, Ethics and Fundamentals of Law 3学分 

4220002110 中国近现代史纲要 Outline of Contemporary and Modern Chinese History 2学分

4220003110 毛泽东思想和中国特色社会主义理论体系概论 Introduction to Mao Zedong Thought and Socialism with Chinese Characteristics 4学分

4220005110 马克思主义基本原理 Marxism Philosophy 3学分

1060003130 军事理论 Military Theory 1学分 

42100011702 体育1 Physical EducationⅠ 1学分

42100021702 体育2 Physical Education Ⅱ 1学分

42100031702 体育3 Physical Education Ⅲ 1学分

42100041702 体育4 Physical Education Ⅳ 1学分

4030004980 大学英语A3 College English A Ⅲ 3学分

4030005980 大学英语A4 College English A Ⅳ 3学分

4260001160 实验室安全学 Laboratory Safety Science 1学分 教学大纲 学习资源

4120397980 程序设计 Programming 2学分

4120398980 程序设计实验 Programming (Experiment) 1学分

（二）通识选修课程（Public Elective Courses）

创新创业类 Innovation and Entrepreneurship Courses

人文社科类 Arts and Social Science Courses

经济管理类 Economy and Management Courses

科学技术类 Science and Technology Courses

艺术体育类 Art and Physical Education Courses

（三）专业必修课程（Professional Required Courses）

4260016140 材料概论 General Introduction to Materials 2学分 教学大纲 学习资源

4050063980 高等数学A上 Advanced Mathematics Ⅰ 5学分 教学大纲

4050064980 高等数学A下 Advanced Mathematics Ⅱ 3学分 教学大纲

4050229980 线性代数 Linear Algebra 2.5学分 教学大纲

4050058980 概率论与数理统计B Probability and Mathematical Statistics 3学分 教学大纲

4260003160 普通化学 General Chemistry  3学分 教学大纲

4200361980 普通化学实验1 General Chemistry Experiment Ⅰ 1学分 教学大纲

4200345980 普通化学实验2 General Chemistry Experiment Ⅱ 1学分 教学大纲

4050021110 大学物理A上 Physics Ⅰ 3.5学分 教学大纲

4050466980 物理实验A上 Physics Lab. Ⅰ 1学分 教学大纲

4050022980 大学物理A下 Physics Ⅱ 3.5学分 教学大纲

4050467980 物理实验A下 Physics Lab. Ⅱ 1学分 教学大纲

4200256980 物理化学C Physical Chemistry 4学分 教学大纲

4200367980 物理化学实验B Physical Chemistry Experiment 1学分 教学大纲

4080374980 工程图学C Engineering Graphics 3学分 教学大纲

4100012980 电工与电子技术基础C Fundamentals of Electrical Engineering & Electric Technology  4学分 教学大纲

4080457980 机械设计基础B Fundamentals of Mechanical Design 2.5学分 教学大纲

4260028110 材料科学基础 Fundamentals of Materials Science 4.5学分 教学大纲 学习资源1 学习资源2

4260191110 材料科学基础实验A Fundamentals of Materials Science: Lab 1学分 教学大纲

4260017140 材料工程基础 Fundamentals of Materials Engineering 4学分 教学大纲 学习资源

4260006160 固体物理 Solid state physics 2学分 教学大纲 学习资源

4260002160 高分子化学与物理 Polymer Chemistry and Physics 4学分 教学大纲 学习资源

4260007160 高分子化学与物理实验 Polymer Chemistry and Physics: Lab 1学分 教学大纲

4260036140 材料研究与测试方法B Methods of Materials Research and Testing B 2.5学分 教学大纲 学习资源

4260281140 材料研究与测试方法实验 Experiments on Testing Techniques of Materials 2学分 教学大纲

4260008160 材料制备原理与技术 Principle and Technology of Materials Preparation 3学分 教学大纲 学习资源

4260009160 计算材料学 Computational Materials Science 2学分 教学大纲 学习资源

（四）专业选修课程（Professional Elective Courses）

选修课模块一 （Elective Courses Ⅰ）

4050587980 工程力学D Engineering Mechanics 2学分 

4050588980 材料力学E Mechanics of Materials 2学分

说明：至少选修2学分。NOTE: Minimum subtotal credits: 2.

选修课模块二 （Elective Courses Ⅱ）

4260010160 光电子材料 Optoelectronic Materials 2学分

4260011160 半导体材料 Semiconductor Materials 2学分

4260012160 电介质材料 Dielectric Materials 2学分

4260013160 磁性材料 Magnetic Materials 2学分

4260014160 能量转换与储存材料 Energy Conversion and Storage Materials 2学分

4260015160 电磁波材料 Electromagnetic Wave Materials 2学分

4260018160 仿生材料 Biomimetic Materials 2学分

4260019160 功能材料与器件 Functional Materials and Devices 2学分

说明：至少选修4学分。NOTE: Minimum subtotal credits: 4.

选修课模块三 （Elective Courses Ⅲ）

4260020160 无机非金属材料学 Inorganic and Non-metallic Materials Engineering 2学分

4260021160 复合材料学 Composite Materials 2学分

4260022160 高分子材料学 Polymer Materials 2学分

4260023160 金属材料学 Metallic Materials 2学分

4260024160 胶体与功能纳米复合材料 Colloid and functional Nanocomposites 2学分

说明：至少选修2学分。NOTE: Minimum subtotal credits: 2.

选修课模块四 （Elective Courses Ⅵ）

4260025160 薄膜材料 Thin-film Materials 2学分

4260026160 纳米材料 Nano Materials 2学分

4260027160 玻璃非晶态材料 Glass and Non-crystalline Materials 2学分

说明：至少选修2学分。NOTE: Minimum subtotal credits: 2.

（五）个性课程（Personalized Electice Courses）

4260027160 环境与材料 Environment and Materials 1学分

4260028160 能源与材料 Energy and Materials 1学分

4260029160 信息与材料 Information Technology and Materials 1学分

4260030160 空间与材料 Space and Materials 1学分

4260031160 海洋与材料 Ocean and Materials 1学分

4260032160 生物与材料 Biology and Materials 1学分

4260033160 传感器与材料 Sensors and Materials 1学分

4260034160 建筑与材料 Construction and Materials 1学分

说明：至少选修3学分。NOTE：Minimum subtotal credits: 3. 

四、 集中性实践教学环节（Concentrated Practice）

1060002110 军事训练 Military Training 1.5学分

4080151110 机械制造工程实训C Training on Mechanical Manufacturing Engineering 2学分

4100069110 电工电子实习B Practice of Electrical Engineering & Electronics 1学分

4080146110 机械设计基础课程设计 Practice of Fundamentals of Mechanical Design 2学分

4260216140 认识实习 Practice of Engineering Cognition 1学分

4260339130 毕业论文 Graduation Thesis 11学分

五、课外创新实践环节（Extracurricular Innovation Practice）

专业启发研讨 Specialized Motivated Seminars 3学分

演讲组织与实践 Speech Organization and Practice 2学分

科研技能训练 Specialized Skill Training 4学分

科研创新训练 Specialized Innovative Training 8学分

工程实践实习 Engineering Practice 4.5学分

六、修读指导（Recommendations on Course Studies）

1、《形势与政策》和《心理健康教育》课程为课外必修课程，分别计 2个和1个课外学分。

These courses, Situation and Policy and Mental Health Education, are compulsory courses for extracurricular courses, with 2 credits and 1 credit respectively.

2、《大学英语》课程可以选择以下修读方式：

以考代修：学生网上选课后申请以考代修并办理相关手续，即可免修，但必须参加期末口试和笔试。口试成绩占总评成绩10%，笔试成绩占总评成绩90%。免修免考：学生取得了全国大学英语四六级、雅思、托福相应的成绩，或获大学英语竞赛三等奖以上，可以申请免修免考大学英语。用英语四六级、雅思、托福的成绩折算出大学英语的期末成绩；大学英语竞赛成绩则直接记为大学英语期末考试成绩。学生如在英语四六级、TOEFL、IELTS获得相应考分，对折算英语成绩不满意或想学英语课程的，可选择参加正常大学英语课程学习，成绩计算时，期末总评成绩与社会考试折算成绩就高不就低。具体折算方法见下表。

For the course College English, students can apply to only take its final exam, without participating in classroom learning. The final exam includes Oral English Test(10%) and Written English (90%). On the other hand, students can also use other English test cores instead of College English course scores, such as CET, IELTS, TOEFL and College English Contest.The score of College English can be calculated as follows: 

学院教学责任人：官建国

专业培养方案责任人：付承菊