材料类创新班
Creative class of Materials Science
专业代码：080205 学 制： 4年
Speciality Code: 080205 Schooling Years：four years
培养目标：
材料类创新班致力于培养综合素质高、创新意识和创新能力强，具有熟练的外语和计算机应用能力，掌握坚实的理论基础和系统的专业知识，具有较强的独立科研能力，德、智、体全面发展的材料科学与工程领域的高级专门研究型人才。
目标1：（扎实的基础知识）培养学生掌握扎实的专业基本原理、方法和手段等方面的基础知识，并通过接触和掌握材料设计、加工、分析、建模和计算等方面的先进方法，为将所学基础知识应用到材料科学与工程实践中去做好准备。
目标2：（解决问题能力）培养学生能够创造性地利用材料科学和工程基本原理解决实践和工业需求遇到的问题。
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，进而能够具备材料科学和工程领域的领导能力。
目标4：（工程系统认知能力）让学生认识到材料是实现材料工程系统的设计和装备的重要组成部分，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）材料科学与工程毕业生能够胜任各种经历的职业生涯，具备终身学习的能力。
Educational Objectives:
Creative class of Materials Science is dedicated to preparing the senior research professionals specialized on materials science and engineering field with higher synthesis quality, stronger creativity consciousness and capacity. They are wished to have proficient facility in foreign language and computer application, be master of solid theoretical basis and systematic professional knowledge, be strong in independent scientific research ability, and meanwhile be well developed morally, intellectually and physically.
Objective 1:[Foundations]
To generate a solid understanding of the fundamental knowledge of materials science and engineering discipline, in particular, the interrelationships of composition-processing-structure-properties in materials; to study various characterization methods and their applications in different materials, and acquire practical skills in designing, fabricating, processing, testing and evaluating of materials.
Objective 2:[Professional Knowledge]
To develop and improve problem-solving expertise in scientific research and engineering practices using professional knowledge and methodology of materials science and engineering.
Objective 3:[Teamwork/Leadership]
To develop communication and cooperation skills for team work, and gain project management abilities in the field of materials science and engineering.
Objective 4:[Engineered Systems]
To realize the important role of materials science and engineering in national economy, science and technology aspects; to become professionals in solving materials-related theoretical and/or technical problems through training and practice.
Objective 5:[Societal Impact]
To assess the potential influence of selection, design and application of materials to the daily life, economic structures of industry and commerce, and health of human beings.
Objective 6:[Global Awareness]
To maintain a clear global awareness of the globalization trends and perform his(her) own duties in a responsible and competitive manner.
Objective 7:[Lifelong Learning]
To become versatile professional graduates 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：
材料科学与工程为国家一级重点学科，拥有由中科院院士、长江学者为特色组建的教师队伍，在秉承传统材料的人才培养优势的基础上，与高新技术材料相辅相成，在新兴前沿交叉学科，如光电材料与器件、高分子功能材料、高性能建筑材料、生物医学材料、金属新材料等领域的教学、科研和开发工作迅速发展。材料类创新班（本科-硕士-博士连读）在本科阶段实行“厚基础、深专业、高素质、强创新”培养，以材料微观结构与性能关系的核心理论为主要专业基础，培养学生掌握应用于机械、汽车、钢铁、石化、能源、建筑、交通等传统产业以及航空航天、电子信息和生物工程等高新技术产业领域的材料设计、制备及检测技术，并掌握应用材料制造器件及产品的理论和工艺技术，为攻读更高学历奠定坚实的基础。
Speciality Features:
Materials Science and Engineering is one of the key disciplines at the national level, which possesses the teacher ranks specially set up by a number of Academicians of Chinese Academic of Science and Yangtze River Scholars. Based on adhering to the advantage of talents training for traditional materials and been supplementary to each other with materials of high and new technology, the subject has its rapid development of instruction, scientific research and exploiture in the area of emerging advanced-edge interdisciplinary such as Optoelectronic Materials and Devices, Polymer Functional Materials, High Performance Building Materials, Biomedical Materials and New Metal Materials, etc. Creative class of Materials Science (involving undergraduate, postgraduate and doctoral continuously study) provides education of wide professional knowledge and relies the main specialty foundation on essential theories of relationship between micro structure and performance. The aims of it are to train students to grasp the technologies of materials design, manufacture and detection applied both in traditional industries (machinery, automobile, iron and steel, petrifaction, energy, construction and transportation industry, etc) and high-tech industries (aerospace, electronic information and biological engineering, etc), master the theory and technical skills of manufacturing components and products of application materials and lay the firm foundation in order to achieve a higher degree.
培养要求：
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 Fundamental knowledge of mathematics and logic;
A5 材料专业领域内系统的核心知识；A5 Core knowledge of a certain professional area;
A6 专业技术知识；A6 Knowledge of specialized technique;
A7 管理知识；A7 Managemental knowledge;
A8 跨文化、国际化知识；A8 Cross-cultural, international knowledge.
能力要求：(Ability Requirements)
B1 清晰思考和用语言文字准确表达的能力；B1The ability of clear thinking and accurate language expression;
B2 发现、分析和解决问题的能力；B2 The ability of discovering, analyzing and solving problems;
B3 批判性思考和独立工作的能力；B3 The ability of critical thinking and independent working;
B4 与不同类型的人合作沟通的能力；B4 The ability of cooperating and communicating with different various people;
B5 对文学艺术作品的初步审美能力；B5 Preliminary aesthetic ability on the literary and artistic work;
B6 至少一种外语的应用能力；B6 At least one foreign language proficiency;
B7 终生学习的能力；B7 The capacity for lifelong learning
B8 组织管理能力；B8 Organizational and managemental capacity;
B9具有创新意识和创新能力；B9A sense of innovation and creativity;
B10 分析写作能力；B10 Analytical writing skills.
素质要求：(Quality Requirements)
C1 志存高远、意志坚强——以传承文明、探求真理、振兴中华、造福人类为己任，矢志不渝；
C1 Ambitious, strong-willed—with the pursuit of civilization heritage, the truth, the rejuvenate of nation, as well as the benefit of human race;
C2 刻苦务实、精勤进取——脚踏实地，不慕虚名；勤奋努力，追求卓越；
C2 Diligent, pragmatic, down to earth, hard working, excellence striving;
C3 身心和谐、视野开阔——具有良好的身体和心理素质；具有对多元文化的包容心态和宽阔的国际化视野；
C3 Physical and mental harmony, open-minded—with good physical and mental quality, as well as the tolerant mentality of multicultural and broad international perspective;
C4 思维敏捷、乐于创新——勤于思考，善于钻研，对于推陈出新怀有浓厚的兴趣，富有探索精神并渴望解决问题；
C4 Quick thinking, innovative awareness——diligent in thinking, good at research, with strong interest in innovation, full of curiosity and desire to solve problems;
C5崇高价值观念——具有正确的法律意识、职业道德及很强的社会责任感，具有较强的主动性、责任感与合作性。
C5Noble values—with the correct legal awareness, professional ethics and a strong sense of social responsibility, as well as strong initiative, responsible and cooperative awareness.
授予学位：工学学士学位
Degree Conferred: Bachelor of Engineering
主干课程：
无机化学、有机化学、分析化学、物理化学、材料科学与工程导论、材料科学基础、材料化学、材料近代测试方法、材料成型加工基础等。
Main Courses:
Inorganic Chemistry, Organic Chemistry, Analytical Chemistry, Physical Chemistry, An Introduction to Materials Science and Engineering, Fundamentals of Materials Science, Materials Chemistry, Modern Methods for Materials Characterization and Analysis, Brief Introduction to Material Molding and Processing
特色课程：
全英语教学课程：纳米材料与纳米技术
双语教学课程：材料科学与工程导论、绿色化学导论、纳米材料与纳米结构、高分子物理、高分子化学功能材料
讨论型课程：纳米世界的奥妙与奇妙、有机高分子固体电子过程
创新实践课程：有关材料加工、材料测试、材料性能的综合实验课程
创业教育课程：先进材料产业模式与创新发展
Featured Course:
Courses Taught in English: Nanomaterials and Nanotechnologies
Bilingual Courses: An Introduction to Materials Science and Engineering, Introduction to Green Chemistry, Nano-material and Nano-structure, Polymer Physics, Polymer Chemistry, Functional Materials
Seminar: Profound and Wonderful in Nano-world, The Electronic Process and Related Phenomena in Organic Solids
Innovation Practice Courses: Comprehensive Experiment of Materials Processing, Test Technology, Structure and Properties
Entrepreneurship Education Courses: Industry Model and Business Start-up Related to Advanced Materials
一、教学计划总体安排表（Teaching Plan Schedule）
学年
学
期
教 学 进 度 安 排 （周）
理论教学
考
试
入学教育
军
训
课程设计
大
作
业
工
程
训
练
电子实习
综合实验
社会实践
生产实习
毕业实习
其
它
实
习
中外合作项目
毕业设计
就业安排
机
动
假
期
小
计
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
A
B
C
D
E
F
G
H
I
J
K
L
M
N
O
P
Q
R
一
1
C
A
A
A
A
A
A
A
A
A
A
A
A
A
B
B
D
D
D
13
2
1
3
19
2
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
Q
Q
B
B
16
2
2
20
二
3
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
Q
Q
B
B
16
2
2
20
4
G
G
A
A
A
A
A
A
A
A
A
A
A
A
A
Q
E
E
B
B
13
2
2
2
1
20
三
5
A
A
I
I
A
A
A
A
A
A
A
A
A
A
A
Q
B
B
K
K
13
2
2
2
1
20
6
A
A
I
I
I
A
A
A
A
A
A
A
A
A
A
A
A
A
B
B
14
2
3
1
20
四
7
L
L
L
L
L
5
5
8
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
15
15
合 计（周）
word/media/image1.png
12
1
3
2
2
5
2
5
15
5
word/media/image2.png
二、各类课程学分登记表（Registration Form of Curriculum Credits）
课程类别
Course Category
课程要求
Requirement
学分
Credits
学时
Academic Hour
备注
Remarks
理论教学
Lectures
公共基础课
General Basic Course
必修
Compulsory
62.0
924
通识
Elective
10.0
160
学科基础课
Disciplinary Basic Courses
必修
Compulsory
46.0
796
选修
Elective
3.0
48
专业领域课
Specialty- related Courses
必修
Compulsory
4.5
72
选修
Elective
18.5
296
高分子方向
19.5
312
无机非方向
20.5
328
金材方向
合计
Total
必修
Compulsory
112.5
1792
选修
Elective
31.5
504
高分子方向
32.5
520
无机非方向
33.5
536
金材方向
集中实践教学环节（周）
Practice Training (Weeks)
37.0
37周
高分子方向
36.0
36周
无机非方向
35.0
35周
金材方向
毕业生学分要求
Graduation Credit Required
144.0+37.0=181.0
高分子方向
145.0+36.0=181.0
无机非方向
146.0+45.0=181.0
金材方向
注：专业领域课设置分三个方向，导师指导学生选择方向，并按方向课程进行培养。三个方向分别为：高分子材料与工程（含光电）方向、无机非金属材料科学与工程（含生物材料、光纤、电材）方向、金属材料科学与工程方向。
每学期建议修读学分表
学期
第1学期
第2学期
第3学期
第4学期
第5学期
第6学期
第7学期
第8学期
合计
学分
29.5
32
22
21
28.5
28
5
15
181
三、专业教学计划表（Teaching Schedule）
类别
Course Category
课 程
代 码
Course No.
课程名称
Course Title
是否必修
C/E
学时数
Total Curriculum Hours
学分数
Credits
开课学期
Semester
知识架构
Knowledge Structure
能力要求
Capacity Requirements
素质要求
Quality Requirements
总学时
Class Hours
上机
Computer-aided Class Hours
实验
Lab Hours
公 共 基 础 课General Basic Course
143093
思想道德修养与法律基础
Cultivation of Thought and Morals & Fundamental of Law
必
修
课
(48)
(36)
3.0
1
A1
B3
C5
143106
毛泽东思想和中国特色社会主义理论体系概论
Thought of Mao ZeDong and Theory of Socialism with Chinese Characteristics
(96)
48
6.0
2
A1
B3
C5
143091
中国近现代史纲要
Skeleton of Chinese Modern History
(32)
24
2.0
3
A1
B3
C5
143090
马克思主义基本原理
Fundamentals of Marxism Principle
(48)
36
3.0
4
A1
B3
C5
143094
形势与政策
Analysis of the Situation & Policy
(128)
2.0
1-8
A1
B3
C5
144001
大学英语（一）
College English(1)
64
4.0
1
A8
B6 B7
C3
144002
大学英语（二）
College English(2)
64
4.0
2
A8
B6 B7
C3
145268
C++程序设计基础
C++ Program Designing Basics
48
3.0
1
A3
145271
面向对象程序设计
Object-Oriented Programming
32
2.0
2
A3
152001
体育（一）
Physical Education (1)
32
1.0
1
B7
C3
152002
体育（二）
Physical Education (2)
32
1.0
2
B7
C3
152003
体育（三）
Physical Education (3)
32
1.0
3
B7
C3
152004
体育（四）
Physical Education (4)
32
1.0
4
B7
C3
106001
军事理论
Military Principle
(16)
1.0
2
A5
B2
C1
140189
微积分I（一）
Calculus (1)
80
5.0
1
A4
B1
C4
140190
微积分I（二）
Calculus (2)
64
4.0
2
A4
B1
C4
140197
线性代数与解析几何
Linear Algebra & Analytic Geometry
48
3.0
1
A4
B1
C4
140019
概率论与数理统计
Probability & Mathematical Statistics
48
3.0
2
A4
B1
C4
141001
大学物理I（一）
General Physics (1)
48
3.0
2
A3
B1
C4
141002
大学物理I（二）
General Physics (2)
48
3.0
4
A3
B1
C4
141007
大学物理实验（一）
Physics Experiment (1)
32
32
1.0
2
A3
B2
C4
141008
大学物理实验（二）
Physics Experiment (2)
32
32
1.0
4
A3
B2
C4
130139
工程制图（一）
Engineering Drawing (1)
48
3.0
1
A3
B1
C4
130140
工程制图（二）
Engineering Drawing (2)
32
2.0
2
A3
B1
C4
人文科学领域
Humanities Field
通识课
96
6.0
A1
B4
C2 C5
社会科学领域
Social Science Field
64
4.0
A2
B7
C2 C5
合计
1084
word/media/image3.png.0
三、专业教学计划表（续）
类别
Course Category
课 程
代 码
Course No.
课程名称
Course Title
是否必修
C/E
学时数
Total Curriculum Hours
学分数
Credits
开课学期
Semester
知识架构
Knowledge Structure
能力要求
Capacity Requirements
素质要求
Quality Requirements
总学时
Class Hours
上机
Computer-aided Class Hours
实验
Lab Hours
学科基础课Disciplinary Basic Courses
147005
无机化学III
Inorganic Chemistry
必
48
3.0
1
A3
B1
C4
147003
无机化学实验I
Experiment of Inorganic Chemistry
必
16
16
0.5
1
A3
B2
C4
147020
有机化学I
Organic Chemistry
必
48
3.0
2
A3
B1
C4
147007
有机化学实验I
Organic Chemistry Experiments
必
32
32
1.0
2
A3
B2
C4
147008
分析化学I
Analytical Chemistry
必
32
2.0
4
A3
B1
C4
147010
分析化学实验I
Analytical Chemistry Experiment
必
16
16
0.5
4
A3
B2
C4
147058
物理化学I
Physical Chemistry
必
48
3.0
5
A3
B1 B2
C4
147012
物理化学实验I
Physical Chemistry Experiment
必
16
16
0.5
5
A3
B2
C4
135092
电工与电子技术II
Electrical Engineering and Elecrontechnics
必
68
4.0
4
A3
B1
C4
135081
电工与电子技术实验
Experiment of Elctrical Engineering and Elecrontechnics
必
24
24
1.0
5
A3
B2
C4
130083
机械设计基础
Basis of Mechanical Design
必
48
3.0
5
A3
B1 B2
C4
130311
机械基础综合实验II
Poly-experiment of Mechanical Fundamentals
必
16
16
0.5
5
A3
B2
C4
133091
工程力学I
Engineering Mechanics
必
48
3.0
5
A3
B1
C4
136001
固体物理
Solid Physics
必
48
3.0
3
A3
B1
C4
136191
材料科学与工程导论
An Introduction to Materials Science and Engineering
必
48
3.0
3
A3
B2
C4
136253
材料科学基础
Fundamentals of Materials Science
必
64
4.0
6
A5
B2
C4
136195
材料化学
Materials Chemistry
必
64
4.0
5
A5
B2
C4
136254
材料近代测试方法
Modern Methods for Materials Characterization and Analysis
必
48
3.0
6
A5
B2
C4
136206
材料成型加工基础
Brief introduction to Material molding and processing
必
64
4.0
6
A5
B2
C4
科技论文写作
Writing for Science & Technology
选
16
1.0
5
A3A6
B1B10
C4
136221
材料科学进展(讲座)
Indexing and Retrieval of Scientific Literature
选
16
1.0
3
A3A6
B3B9
C4
136101
计算机技术在材料科学中的应用
Application of Computer Technology in Materials Science
选
32
2.0
6
A3
B2B7
C4
136041
绿色化学导论
Introduction to Green Chemistry
选
24
1.5
6
A6
B2B6
C4
136053
化工仪表及自动化
Chemical Instrumentation and Automation
选
24
1.5
6
A6
B2
C4
合 计
Total
必C
796
46.0
选E
选修课修读最低要求3.0学分
专业领域课Specialty- related Courses
136250
纳米世界的奥妙与奇妙
Profound and Wonderful in Nano-world
必
16
1.0
1
A3
C4
136251
有机高分子固体电子过程
The Electronic Process and Related Phenomena in Organic Solids
必
16
1.0
2
A3
C4
实验室安全规范
Safety Code of laboratory
必
8
0.5
3
A5
B3
C4
先进材料产业模式与创新发展
Industry Model and Business Start-up Related to Advanced Materials
必
16
1.0
6
A7
B8B9
C1C4
材料科技英语
Specialty English for Materials Discipline
必
16
1.0
3
A6
B10
C4
高分子材料与工程（含光电）方向
136115
流体力学与传热Ⅱ
Fluid Mechanics and Heat Transfer
选
48
3.0
5
A3
B1
C4
137021
传质与分离工程Ⅱ
Mass Transfer and Separation Processes
选
40
2.5
6
A3
B1
C4
137063
化工原理实验（一）
Experiment of Chemical Engineering Principles(1)
选
16
16
0.5
5
A3
B2
C4
137064
化工原理实验（二）
Experiment of Chemical Engineering Principles(2)
选
16
16
0.5
6
A3
B2
C4
136155
高分子化学
Polymer Chemistry
选
64
4.0
5
A5
B1
C4
136156
高分子物理
Polymer Physics
选
64
4.0
5
A5
B1
C4
136030
高分子材料成型加工设备
Processing Equipment of Polymer Materials
选
48
3.0
6
A6
B1
C4
136228
有机半导体材料
Organic Semiconductor Materials
选
48
3.0
6
A6
B1
C4
无机非金属材料科学与工程（含生物材料、光纤、电材）方向
136113
材料物理化学
Physical Chemistry of Materials
选
80
8
5.0
4
A5
B1
C4
136085
材料物理性能
Physical Property of Materials
选
48
3.0
5
A5
B1
C4
136084
粉体工程
Powder Technology
选
32
2.0
5
A3
B1
C4
136069
水泥与混凝土工艺原理
Cement and Concrete Technology
限三选一
48
8
3.0
5
A6
B1
C4
136070
陶瓷工艺原理
Ceramic Technology
48
8
3.0
6
A6
B1
C4
136071
玻璃工艺原理
Glass Technology
32
4
2.0
6
A6
B1
C4
136226
热能工程基础
Basis on Engineering Thermodynamics
选
32
2.0
5
A5
B1
C4
136131
纳米材料与纳米结构
Nano-material and Nano-structure
选
32
2.0
6
A3
B1
C4
136077
复合材料
Composite
选
32
2.0
6
A5
B1
C4
p
136270
材料制备过程控制与模拟
Control and Simulation of Material Product
选
32
2.0
5
A6
B1
C4
p
金属材料科学与工程方向
p
130098
机械制造技术基础
Fundamentals of Manufacturing Technology
选
64
6
4.0
5
A5
B1
C4
p
130172
材料的力学与物理性能
Mechanical and Physical Properties of Materials
选
56
3.5
6
A5
B1
C4
p
130173
金属材料及热处理
Metallic Materials and Heat Treatment
选
72
4.5
6
A6
B1
C4
p
130249
金属腐蚀与防护
Corrosion and Prevention of Metals
选
32
2.0
5
A6
B1
C4
p
136224
电子封装与制造概论
Introduction to Electronic Packaging and Manufacturing
选
32
2.0
6
A6
B1
C4
p
130296
功能材料
Functional Materials
选
48
3.0
5
A5
B1 B6
C4
p
130307
纳米材料与纳米技术
Nanomaterials and Nanotechnologies
选
32
2.0
6
A5
B1 B6
C4
p
136223
薄膜材料与技术
Thin Film Materials Science and Technology
选
32
2.0
6
A6
B1
C4
p
合 计
Total
必
C
72
4.5
p
选
E
由导师指导学生选择修读方向
选修课修读最低要求18.5学分（高分子方向）；19.5学分（无机非方向）；20.5学分（金材方向）
四、集中实践教学环节(Practice-concentrated Training)
课 程
代 码
Course No
课程名称
Course Title
是否必修
C/E
学时数
Total Curriculum Hours
学分数
Credits
开课学期
Semester
知识架构
Knowledge Structure
能力要求
Capacity Requirements
素质要求
Quality Requirements
实践
Practice
weeks
授课
Lecture Hours
106002
军训
Military Training
必
3周
3.0
1
A6
B4 B7
C1
105001
公益劳动
Public Service
必
1周
1.0
假期进行
A6
B4 B8
C5
130356
工程训练Ⅰ
Engineering Training
必
2周
2.0
4
A3
B2
C4
136138
认识实习
Basic Specialized Training
必
3周
3.0
5
A6
B2
C4
136163
毕业实习
Technical Training
必
5周
5.0
7
A6
B2 B4 B8
C4
130195
机械设计基础课程设计
Course Project of the Basis of Mechanical Design
必
2周
2.0
4
A3
B2 B3
C4
136162
毕业设计（论文）
Research (Thesis)
必
15周
15.0
8
A6
B2 B3 B9
C4
高分子材料与工程（含光电）方向
136026
高分子化学综合实验
Comprehensive Experiment of Polymer Chemistry
必
2周
2.0
5
A5
B2 B7
C4
136021
高分子物理综合实验
Comprehensive Experiment of Polymer Physics
必
2周
2.0
6
A5
B2 B7
C4
136152
高分子材料加工工艺综合性实验
Comprehensive Experiment of Polymer Processing Techniques
必
2周
2.0
6
A6
B3 B7
C4
合 计
Total
必
31+6周
37.0
无机非金属材料科学与工程（含生物材料、光纤、电材）方向
136128
材料物理化学与测试方法综合实验
Compositive Experimentation of the Material Physical Chemistry and Test Technology
必
2周
2.0
5
A6
B2 B7
C4
136123
材料物理实验
Materials Physics Experiments
必
1周
1.0
6
A6
B2 B7
C4
136168
水泥和混凝土综合实验
Practical Course of Cement and Concrete Materials
必
限三选一
2周
2.0
5
A6
B3 B7
C4
136167
陶瓷材料结构与性能综合实验
Practical Course of Ceramic Materials Structure and Properties
2周
2.0
5
A6
B3 B7
C4
136227
玻璃材料结构与性能综合实验
Comprehensive Experiment of Glass Materials Structure and Properties
2周
2.0
5
A6
B3 B7
C4
合 计
Total
必
31+5周
36.0
金属材料科学与工程方向
141073
电子工艺实习II
Practice of Electronics Technology
必
2周
2.0
5
A5
B2
C4
130215
金属材料综合实验
Comprehensive Experiment of Metal Materials
必
2周
2.0
6
A6
B3 B7
C4
合 计
Total
必
C
31+4周
35.0
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