柔性电子研究院
Institute of Flexible Electronics
柔性电子研究院（Institute of Flexible Electronics, IFE）成立于2017年10月，研究院设有机电子研究所、塑料电子研究所、生物电子研究所、印刷电子研究所、柔性电子产业促进中心以及柔性电子增材制造中心。2020年4月2日，国务院学位委员会正式批准增列“柔性电子学”交叉学科博士授权点。现有教职工140余人（含外籍教师、荣誉学衔专家），各类国家级、省部级青年人才60余人次，各类人才计划和青年学者100余人次，正教授及以上人员占专任师资总数的48%以上，全部核心成员具有多年海外学习和工作经历。中心（研究院）面向新一代信息显示、存储计算、数据加密、生物传感、健康医疗和可再生能源等应用领域，以柔性电子这一高度交叉融合的颠覆性科技形式为核心，拟解决柔性光电材料、半导体性质、器件物理机制、器件工艺和集成中的关键科学问题和核心技术难点。旨在通过解决柔性电子研究中的关键科学问题，孕育颠覆性技术，引领柔性电子基础研究和国际科技前沿，服务国家重大战略需求，助推以柔性电子为代表，包括人工智能、材料科学、泛物联网、空间科学、健康科学、能源科学、数据科学在内的八大关键核心技术与战略性产业的变革，实现“开道超车”和领跑全球。
Institute of Flexible Electronics (IFE) at Northwestern Polytechnical University is a comprehensive and interdisciplinary frontiers institute, which is led by the fellow of Chinese Academy of Science, Prof. Huang Wei, one distinguished scholar in organic electronics and flexible electronics. IFE aims flexible electronics (including organic electronics, plastic electronics, printing electronics, nano-electronics, biological electronics, etc.), a highly cross-integrated and disruptive discipline form as the research core, and takes the key scientific problems and technical difficulties in flexible photoelectric materials, semiconductor properties, device physical mechanism, device process and integration as the research objects. The institute aims to make both innovative and practical contributions to the application fields of new generation information display, storage computing, data encryption, biosensing, health care and renewable energy.
Institute of Flexible Electronics Website: http://ife.nwpu.edu.cn/English.htm
附件 Attachment：
28. 2025学年柔性电子研究院硕士申请导师信息表 Supervisor List for 2025 Master Application Institute of Flexible Eletronics.pdf
重要提示 Notice:
1. 附件为柔性电子研究院2025年专业信息表与可接收硕士的导师信息表。
The attachments are the Major List and the Spervisor List that can accept the Master students of the Institute of Flexible Electronics in 2025 Academic Year.
2. 请根据此表中导师的教师主页信息以及研究方向选择并联系与你研究方向一致或相似的导师，请不要群发邮件。
Please contact the supervisor according to the their researsh direction and Teacher Website Page information.
Do not send the MASS EMAIL.
柔性电子研究院硕士专业介绍
The Major Introduction for the Institute of Flexible Electronics
一、 专业名称 Major：材料学 Materials Science
1. 研究方向及介绍 Research Direction and Introduction:
金属材料 Metal Materials
主要研究：新型金属材料及其设计、有色金属材料、高温合金与难熔金属、稀有金属材料、生物医用材料、环境材料。
It focuses on new metal materials and design、non-ferrous materials、high temperature alloy with refractory metal rare metal material、biomedical materials、environmental materials.
无机非金属材料 Inorganic Materials
主要研究：陶瓷材料、先进碳材料、特种陶瓷及玻璃、半导体材料、耐火材料、涂层材料。
It focuses on ceramic Materials,advanced Carbon Materials,Special Ceramics and Glass,List of semiconductor materials,Refractory materials,Coating material.
复合材料 Composite Materials
主要研究：陶瓷基复合材料、碳/碳复合材料、金属基复合材料、树脂基复合材料。
It focuses on ceramic matrix composite,C/C matrix composite,metal matrix composite,resin matrix composite.
功能材料 Functional Materials
主要研究：光电子材料与器件、晶体生长原理与方法、光学材料、薄膜材料、纳米材料、能源材料。
It focuses on photoelectrons materials and devices、principles and methods of crystal growth、optical materials、thin film materials、nanomaterial、energy material.
材料的组织结构与性能 Materials Structure and Performance
主要研究：材料的力学性能、材料的物理化学性能、材料的环境效应、材料的环境效应、单晶、非晶及微晶材料、先进分析、测试及表征技术、材料基因工程。
It focuses on mechanical properties of materials,physical chemistry properties of materials,environmental effects of materials,single crystal, amorphous and microcrystalline materials,advanced analysis, testing and characterization techniques,genetic engineering of materials.
材料的腐蚀科学与表面技术Corrosion Science and Surface Technology of Materials
主要研究：材料表面结构与性质、表面损伤及防护原理、表面防护与改性技术、工程结构环境耐久性与寿命预测、表面防护新材料与新技术、腐蚀机理、诊断与控制。
It focuses on surface structure and properties of materials, surface damage and protection principle, surface protection and modification technology, environmental durability and life,prediction of engineering structures, new materials and technologies for surface protection, corrosion mechanism, diagnosis and control.
2. 专业核心课程名称 Core Courses:
材料科学与工程 Materials Science and Engineering
凝固技术 Solidification Technology
复合材料基础 Fundamentals of Composites
固相焊接 Solid-State Welding
高温合金 Superalloys
纳米合金 Nanoalloy
材料电子显微和分析 Electron Microscopy and Analysis for Materials
碳碳复合材料 Carbon-carbon Composites
材料物理 Materials Physics
高温材料的表面防护与涂层技术 Surface Protection and Coating Technique for High-temperature Materials
碳材料介绍 Introduction to Carbon Materials
纳米结构材料与纳米技术 Nanostructured Materials and Nanotechnology
材料计算建模与设计 Computational Materials Modelling and Design
半导体的物理和材料特性 Physics and Materials Properties of Semiconductors
熔体特性与熔体生长技术 Melt Characteristics and Melt Growth Techniques
3. 有无先修课程要求 Whether has Prerequisite Courses: Yes
4. 先修课程名称 Prerequisite Courses:
材料科学与工程 Materials Science and Engineering
先修课程：高等数学、物理化学、材料力学；
高温合金 Superalloys
先修课程：Fundations of Material Science
碳碳复合材料 Carbon-carbon Composites
先修课程：Fundamentals of Materials Science，Physical chemistry；
材料物理 Materials Physics
先修课程：Physics/Chmistry/Fundations of Materials Science/Physical Properties of Materials
材料计算建模与设计 Computational Materials Modelling and Design
先修课程：Fundamentals of Materials Science
半导体的物理和材料特性 Physics and Materials Properties of Semiconductor
先修课程：半导体物理
熔体特性与熔体生长技术 Melt Characteristics and Melt Growth Techniques
先修课程：Fundamentals of Materials Science
二、专业名称 Major：化学 Chemistry
1. 专业核心课程名称 Core Courses:
Modern Research Methods in Polymer
Progress in Materials Processing
The Progress of New Energy Material & Technology
Polymeric Biomaterials
2、 研究方向及介绍 Research Direction and its introduction:
① 高分子化学与物理Polymer chemistry and Physics
高分子结构与性能 Polymer structure and properties
功能拓扑高分子 Functional topology
生物医用高分子 Biomedical polymer
高性能高分子 High performance polymer
高分子复合体系 Polymer composite system
高分子控制成型 Polymer controlled molding
② 有机化学Organic Chemistry
空间有机合成与组装 Space organic synthesis and assembly
绿色有机合成 Green organic synthesis
超分子化学 Supramolecular chemistry
生物大分子化学 Biomacromolecule chemistry
天然产物化学生物学 Chemical biology of natural products
③ 无机化学 Inorganic Chemistry
无机纳米材料合成与自组装 Synthesis and self-assembly of inorganic nano materials
纳米表面化学及液体化 Nano surface chemistry and fluidization
无机粒子表面有机化 Organic surface of inorganic particles
有机/无机杂化材料界面 Organic / inorganic hybrid material interface
④ 分析化学 Analytical Chemistry
化学分离与纯化 Chemical Separation and Purification
超临界流体萃取、膜分离及色谱分离 Supercritical Fluid Extraction, Membrane Separation and Chromatographic Separation
分子印迹材料 Molecularly Imprinted Materials
⑤ 材料化学 Material Chemistry
杂化高分子合成与自组装 Synthesis and Self-assembly of Hybrid Polymers
聚合物复合凝胶电解质 Polymer Composite Gel Electrolyte
新能源物质 New Energy Substances
水处理与资源化利用 Water Treatment and Resource Utilization
⑥ 物理化学physical chemistry
化学热力学与动力学 Chemical thermodynamics and kinetics
胶体与界面化学 Colloid and Interface Chemistry
电化学 Electrochemistry
功能材料体系物理化学 Physical chemistry of functional material system
大分子体系物理化学 Physical chemistry of macromolecular system
超分子体系物理化学 Physical chemistry of supramolecular systems
三、专业名称 Major：生物医学工程 Biomedical Engineering
1. 研究方向 Research Direction:
航天医学工程 Astromedical Engineering
蛋白质工程与药物设计 Protein Engineering and Drug Design
生物电磁技术 Biological Electromagnetic Technology
生物医学材料 Biomedical Materials
2. 专业介绍 Major Introduction:
生物医学工程系成立于2011年10月，共有32名教师，包括7名教授、11名副教授、9名讲师、5名博士后研究员。生物医学工程系拥有一流的生物医学工程博士学位，由航空医学工程、蛋白质工程和药物设计、生物电磁技术、生物医学材料、生物医学图像和信息处理五门学科组成。本专业依托的教学科研平台包括：工业和信息化部“空间生物实验模拟技术国防重点学科实验室”、 “陕西省生命科学实验教学示范中心”、“陕西省柔性电子与健康科学国际联合研究中心”、西安市“特种医学与健康工程重点实验室”等。
Department of biomedical engineering was founded in October 2011,with a total of 32 teachers, including 7 professors, 11 associate professors, 9 lecturer, 5 postdoctoral researcher. Department of Biomedical Engineering has one first-class doctor degree---discipline biomedical engineering and consists of five disciplines: aerospace medical engineering, protein engineering and drug design, bio electromagnetic technology, biomedical materials, biomedical image and information processing. The teaching and scientific research platforms supported by this major include "national defense key discipline laboratory of space biological experiment simulation technology" of the Ministry of industry and information technology "," Shaanxi life science experiment teaching demonstration center "," Shaanxi international joint research center of flexible electronics and health science ", Xi'an" Key Laboratory of special medicine and health engineering ", etc.
3. 专业核心课程名称 Core Courses:
发酵工程 Fermentation Engineering
生物信息学 Bioinformatics
基因工程 Genetic Engineering
合成生物学 Synthetic Biology
蛋白质与酶工程 Protein and Enzyme Engineering
免疫学 Immunology
细胞工程 Cell Engineering
生化分离与分析技术 Biochemical Separation and Analysis Technology
生物工程综合实验 Bioengineering Comprehensive Experiment
生物物理学 Biophysics
