中国地质大学（武汉）材料化学专业培养方案

专业名称与代码:材料化学 080403

专业培养目标:培养系统掌握材料科学和化学的基本理论及基本知识、基本实验技能,综合素质高,专业能力强,具有创业意识和创新意识的材料化学,特别是高分子材料化学和无机材料化学方面的专门人才,同时培养志在材料科学与工程、化学及其他相关领域从事研究、教学、科技开发及相关管理工作的研究型人才。

专业毕业要求

1.具有良好的人文社会科学素养、社会责任感和职业道德。

2.具有本专业所需的数学、物理、机械、电子、计算机及经济、管理等基本理论和基础知识。

3.系统掌握化学基础理论知识,并具有较强的化学实验技能及实验设计能力。

4.具备良好的外语水平和计算机基础知识及应用能力。

5.具备一定的实验设计能力及创造实验条件、系统地归纳整理和分析实验结果、撰写论文和参与学术交流的能力。

6.系统掌握材料科学与工程学科基础理论、基础知识,掌握常规的材料制备方法、材料性能及结构检测技术,掌握材料组成、结构、制备、性能、使用效能之间关系的基本规律,具有材料学、化学工程领域工程实践的学习经历,了解无机材料及高分子材料等发展现状和趋势。

7.具有文献查阅、熟练阅读专业文献、获取相关信息及信息有效应用的能力。

8.具有不断学习和适应发展的能力。

毕业要求及实现途径

主干学科:材料科学与工程。

核心课程:材料学导论、晶体学、材料科学基础、材料工程基础、材料物理、无机合成与制备化学、材料物理性能、现代测试技术、复合材料原理、高分子化学、高分子物理、高分子合成工艺学、高分子材料成型加工。

主要专业实验:高分子物理实验、高分子化学实验、高分子合成与制备实验、高分子材料产品设计实验、材料科学与工程基础实验、无机合成与制备实验、材料性能测试实验、现代测试技术实验、专业选修课实验、材料化学综合实验。

主要实践性教学环节:军事训练、化学实验基础技能训练、无机化学实验B、物理化学实验B、有机化学实验A、分析化学实验B、工程制图、电工及电子技术C、晶体学、C语言课程设计、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:材料科学与工程、化学。

Program for Material Chemistry

Specialty and Code:Material Chemistry 080403

Education 0bjective:Training to master the basic theory and basic knowledge of materials science and chemistry,basic experimental skills,comprehensive high-quality,professional ability,material chemistry and innovation with a sense of entrepreneurship,especially chemical and polymer materials expertise in inorganic materials chemistry.The training aimed at materials science and engineering, chemistry and other related fields in research,teaching,technology development and related management research talents.

Graduation Requirements

1.Having a good quality,social responsibility and ethics,humanities and social sciences.

2.Having the basic theory and basic knowledge required for the profession of mathematics,physics,mechanics,electronics,computer and economy,knowledge management.

3.To master the basic theory of chemistry knowledge and skills with a strong chemical experiments and experimental design capabilities.

4.Having a good foreign language skill,basic computer knowledge and application ability.

5.Having a certain ability to experimental design and the creation of experimental conditions, systematically collating and analysing results,writing papers and ability to participate in academic exchanges.

6.To master the materials science and engineering basic theory,basic knowledge and grasp of conventional preparation methods,material properties and structural testing technology,to master the material composition,structure,preparation,performance,effectiveness of the relationship between the basic law,with materials science,chemical engineering practice learning experience,understanding of inorganic materials and polymer materials developmental status and trends.

7.With a literature review,skilled reading professional literature,access to relevant information and the ability to use information effectively.

8.Having the ability to study further and adapt to the development of society. Graduation Requirements and Ways to Achieve

Major Disciplines:Materials Science and Engineering.

Main Courses:Introduction of Materials science,Crystallography,Fundamentals of Materials Science,Fundamentals of Materials Engineering,Material Physics,Inorganic synthesis and Preparative Chemistry,Physical Properties of Materials,Modern Testing Technology,Composite Materials Theory,Polymer Chemistry,Polymer Physics,Synthesis of Polymer Technology,Polymer Materials Forming and Processing.

Lab Experiments:Polymer Physics Experiments,Polymer Chemistry Experiments,Polymer Synthesis and Preparation Experiments,Polymer Material Product Design Experiments,Basic Experiments for Materials Science and Engineering,Inorganic Material Synthesis and Preparation Experiments,Material Properties Testing Experiments,Modern Testing Technology Experiment,Elective courses Experiments,Comprehensive Experiment of Material Chemistry.

Practical Work:Military Training,Basic Training of Chemical Experiments,Inorganic Chemistry Experiments B,Physical Chemistry Experiments B,Organic Chemistry Experiments A,Analytical Chemistry Experiments B,Engineering Drawing,Electrician and Electronic Technology C,Crystallography,Course Design for C Language Programming,Factory Practice,Bachelor Thesis(Design).

Duration:four years.

Degree Granted:Bachelor of Engineering.

Related Specialties:Materials Science and Engineering,Chemistry.

材料化学专业课程教学计划表

Course Descriptions of Material Chemistry

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.专业选修课需至少修满7.0学分。
3.创新创业学分参照《材化学院创新创业学分认定(建议稿)》(见附件)中认定的学分。
4.下列学分可登记为“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;与材料学科相关的创新创业学分;学校认定的本学科在线课程(如MOOC、Khan Academy)所转换的学分。

材料化学专业课程分类统计

Course Category Statistics of Material Chemistry

附件:材化学院创新创业学分认定(建议稿)

注:1.依据中国地质大学(武汉)关于修订新一轮本科人才培养方案及教学计划的意见[地大发(2014)60号]《本科生创新创业自主学习学分认定一览表(建议稿)》。
2.国家级大学生创新创业训练计划申报表的人数要求:创新训练项目,项目组成员一般不超过4人(含项目负责人);创业训练项目,项目组成员一般不超过6人(含项目负责人);创业实践项目,按照项目需求合理安排项目组成员。