本科专业培养计划材料科学与工程材料化学MicrosoftW.doc

材料科学与工程（材料化学）Materials Science & Engineering （Materials Chemistry）专业代码：080205 学 制： 4年　Speciality Code: 080205　　　　Schooling Years：Four years培养目标： 材料科学与工程专业（材料化学）致力于培养能坚持社会主义道路，德智体全面发展的高级技术和管理专业型人才，要求所培养的学生具有：目标1：（扎实的基础知识）培养学生具备材料科学的基本理论，掌握扎实的与材料相关化学的专业基本原理，合成、表征的方法和手段，以及应用等方面的基础知识，并通过接触和掌握材料设计、合成、结构分析表征，加工及其性能评价等方面的先进方法，为将所学基础知识应用到材料设计和开发的实践中去做好准备目标2：（解决问题能力）培养学生能够创造性地利用材料化学基本专业知识解决实践和工业需求遇到的问题，具有独立从事新产品设计和研发的技能目标3：（团队合作与领导能力）培养学生在团队中的沟通和合作能力，进而具备材料化学相关领域的领导能力目标4：（工程系统认知能力）让学生认识到材料化学是实现材料设计和制备的重要基础，并通过专业工程实践提升其工程运作技能，并使之服务于社会、服务于世界。

目标5：（专业的社会影响评价能力）培养学生正确看待化学在材料选择、设计和应用对人们日常生活、工商业的经济结构以及人类健康所产生的潜在影响目标6：（全球意识能力）培养学生能够在全球化的环境里保持清晰意识，有竞争力地、负责任地行使自己的职责目标7：（终身学习能力）培养学生可以从事新材料的合成与制备、新材料的研制与开发、材料现代测试、新材料制品设计与制造、材料成型加工和生产经营管理等工作，也可到科研、设计部门和高等院校从事科研、设计和教学工作，攻读硕士、博士学位，或到第三产业从事相关工作，通过理论与实践相结合，培养学生具有系统和强的自学能力，并具备终身学习的能力Educational Objectives:The students should be able to reach the following goals upon the completion of the degree program:Objective 1:[Foundations] To generate a solid understanding of the fundamental knowledge of materials science and engineering discipline, in particular the fundamental theories of methods and tools on the synthesis and characterization of materials, to get a preparation for the ability on materials design and R&D in practice by using acquire practical skills in designing, synthesizing, fabricating, processing, testing and evaluating of materials.Objective 2:[Professional Knowledge] To develop and improve problem solving skills in scientific research and engineering practices using professional knowledge and methodology of materials chemistry related knowledge.Objective 3:[Teamwork/Leadership] To develop communication and cooperation skills for team working, and gain project management abilities in the field of materials chemistry.Objective 4:[Engineered Systems] To realize the important role of materials chemistry in national economy, science and technology aspects; to become professionals in solving materials-related theoretical and/or technical problems through studies, trainings and practices.Objective 5:[Societal Impact] To appreciate the potential influence of chemistry on selection, design and application of materials to everyday life, economic structure and human health.Objective 6:[Global Awareness] To maintain clear global awareness with the growth in globalization trends and perform own duties in a responsible and competitive manner.Objective 7:[Lifelong Learning] To educate undergraduate students with professional ability who can pursue career in the fields of materials synthesis and processing, R&D in new functional materials, modern materials testing, design and processing of, and production management, also they can pursue chance in research positions in institute or universities; can pursue advanced studies and get master's or doctor's degrees. To become an compound talents who can through scientifically designed programs for studies and practices, and to gain abilities of practicing self-perfection, self-improvement and lifelong learning, in addition to commanding professional knowledge.专业特色：材料化学专业是化学与材料科学等多学科交叉领域中十分活跃的专业，对于科学及国民经济的发展至关重要，是21世纪化学发展中的重要学科。

该专业着重于材料的有机合成及制备通过学习，学生将掌握材料的组成﹑结构与性能的规律，掌握材料化学的基本理论和技能及材料化学的研究方法和现代测试技术，具备应用材料科学的基本理论和技能进行新材料研究和技术开发的本领学生毕业后可以从事材料科领域的科学研究﹑教学技术开发以及继续深造或相关的管理工作Speciality Features:The Materials Science and Engineering (Materials Chemistry）is one of active fields in interdisciplinary subjects between chemistry and materials science, and is also one of the most important subjects in Chemistry Science in 21 century. The undergraduate degree program of Materilas Chemistry emphasizes the study of the synthesis and formation of organical materials. It requires students acquire the interrelationships between structure, processing and properties of materials. The students are introduced to the fundamental concepts and core techniques of design, synthetic and testing of materials, The students are also required to necessary technological skills of research and development on new materials using basic theories and skills upon the completion of the specialty courses. The graduates should possess a solid understanding of the theoretical basis for this discipline and a broad appreciation of engineering related subjects, and have the potential and abilities to pursue higher degrees.培养要求：课程目标体系构成，每门课的设置都有相对应的培养目的，即学生所获得相应的知识、能力和素质。

Educational Requirement:The objective system of each course is composed of a corresponding set of cultivation purposes, which are the appropriate knowledge, ability and quality that students are supposed to gain.知识架构：(Knowledge Structure)A1 文学、历史、哲学、艺术的基本知识；A1 Fundamental knowledge of literature, history, philosophy and art;A2 社会科学学科的研究方法入门知识；A2 Fundamental knowledge of social science research methods;A3 自然科学与工程技术的基础知识和前沿知识；A3 Fundamental and frontier knowledge of natural science and engineering;A4 数学和逻辑学的基础知识；A4 Fu。