专业名称与代码:材料科学与工程 080401
专业培养目标:培养出具有坚实数理化基础、系统材料科学与工程基础理论,掌握现代材料研究方法,富有创新精神、知识面宽、综合素质高、较强科研能力的创新型、研究型人才。毕业生能从事材料基础研究、材料设计、性能改进及新材料新技术研发。为国内外著名高校、研究机构以及知名企业集团提供优秀生源。
专业毕业要求
1.系统掌握材料科学与工程基本理论、基本知识和基本技能,掌握材料科学与工程现代研究方法和相关知识。
2.掌握并能科学地应用材料组分-结构-工艺-性能之间关系的基本原理。
3.具有材料研究、性能改善、材料设计、工艺设计、新材料新技术研发的能力。
4.具有材料性能检测的基本知识和能力。
5.具有材料应用、材料选择能力。
6.富有创新精神和较强的科研能力,具有较强的综合分析、论文撰写和学术交流能力。
7.具有电工与电子技术、计算机应用等知识和技能。
8.掌握英语,能较熟练地阅读英文专业文献资料,并能用英语进行学术交流。
9.具有较强的自学能力,具备不断拓展知识和终身获取新知识的能力。
10.具有良好的团队协作能力和一定的社会交往能力,具有一定的管理知识和能力。
毕业要求及实现途径
主干学科:材料科学与工程。
专业核心课程:晶体及晶体结构、材料力学、材料科学基础、材料工程基础、材料物理、材料合成与制备、材料性能与检测、功能材料、现代测试技术、电子显微分析技术。
主要专业实验:材料合成与制备实验、材料性能检测实验、X射线分析实验、电子显微分析实验、矿物材料工艺实验、复合材料成型与加工实验。
主要实践性教学环节:C语言课程设计、材料设计性综合实验、教学实习、毕业(生产)实习、毕业论文(设计)。
修业年限:四年。
授予学位:工学学士。
相近专业:功能材料、材料物理、无机非金属材料工程。
Program for Materials Science and Engineering
(Experimental Class)
Specialty and Code:Materials Science and Engineering 080401
Education 0bjective:The program aims to train talents with spirit of innovation,comprehensive knowledge and strong research abilities.The students are required to master the basic theories of mathematics,physics,chemistry,and systematic fundamental theories of materials science and engineering,and modern research methods on materials.The students are expected to be the specialists in materials field for research,design,and development of new materials and new technology.They will be excellent candidates for the world famous institutions of higher learning,research institutes and industries.
Graduation Requirements
1.To master systematically the basic theory,knowledge,technology and modern research method about materials science and engineering.
2.To demonstrate an understanding of the fundamental principles underlying and connecting the structure,processing,properties,and performance of material systems.
3.To be able to design and conduct experiments and to analyze and interpret data.
4.To have the basic knowledge and skill of materials performance testing.
5.To have the knowledge of contemporary issues within the discipline.
6.To possess the innovative spirit and strong ability of scientific research,and academic competence in analysis,paper writing and communications.
7.To master electrical and electronic techniques,and computer operations.
8.To master English,proficient in literature reading and academic exchanges in English.
9.To demonstrate strong ability of self-study and life-long learning.
10.To be able to function in multidisciplinary teams and demonstrate the ability of leadership. Graduation Requirements and Ways to Achieve
Major Disciplines:Materials Science and Engineering.
Main Courses:Crystals and Crystal Structures,Material Mechanics,Fundamentals of Materials Science,Fundamentals of Materials Engineering,Material Physics,Synthesis and Preparation of Materials,Materials Properties and Testing,Functional Materials,Modern Testing Technology,Electron Microscopic Analysis.
Lab Experiments:Experiments for Synthesis and Preparation of Materials,Testing Experiments of Materials Properties,Experiments for X-Ray Diffraction,Experiments for Electron Microscopic Analysis,Experiments of Composite Materials Molding and Processing,Experiments of Mineral Materials Technology.
Practical Work:Course Design for Computer High-level Language C,Metal-working Practice, Comprehensive Experiments of Materials design,Teaching Practice,Graduate Internship(Research or Engineering),Bachelor Thesis(Design).
Duration:four years.
Degree Granted:Bachelor of Engineering.
Related Specialties:Functional Materials,Material Physics,Inorganic Non Metallic Materials Engineering.
材料科学与工程(实验班)专业课程教学计划表
Course Descriptions of Materials Science and Engineering(Experimental class)
注:1.通识教育选修课(12学分)和创新创业自主学习(5学分)未列入具体学期。
2.专业选修课,至少修满10.5学分。
3.如下学分可记为“专业选修课”学分:高于本教学计划标准选择数理化必修课程获得的额外学分;跨大类、跨专业选择其他专业的专业必修课获得的学分;学校认定的境内外交流学习本专业课程所转换的学分;科技竞赛获奖、公开发表的本学科原创性学术论文、授权发明创造、科技成果转化所认定的学分;学校认定的本学科在线课程(如MOOC、Khan Academy)所转换的学分。
材料科学与工程(实验班)专业课程分类统计
Course Category Statistics of Materials Science and Engineering(Experimental Class)
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