电子信息学院
School of Electronics and Information
电子信息学院最早可以回溯到1958年创建于西北工业大学的无线电系，这是全国最早设立的无线电技术专业和电子工程专业的单位之一。1970年哈尔滨军事工程学院空军工程系航空武器控制、航空武器设计专业整体并入，国防特色更加鲜明。2003年5月成立西北工业大学电子信息学院。60余年来，培养了我国70%以上的航空电子与火力控制系统总师，为我国航空工业系统信号与信息处理学科培养了第一位博士，研制了我国第一架无线电测控中小型无人机、第一部机载航行雷达、第一套无人机宽幅面航空摄影对地观测系统等。
The School of Electronics and Information (SEI) at Northwestern Polytechnical University (NPU) was established in May 2003, whose predecessor is the Department of Radio System founded in 1958.
SEI@NPU has 212 faculty members including 35 professors and 87 associate professors. It has one national-level teaching team, one national-level science and technology innovation team, and one Shaanxi provincial-level innovation Team and 6 Shaanxi provincial-level teaching teams.
SEI@NPU pays attention to the cooperation between schools and enterprises, and has signed a number of comprehensive cooperation agreements with the relevant institutions of China Aviation Industry Corporation, China Electronics Technology Group Corporation and China Aerospace Science and Technology Corporation, and has established Huawei-NPU Mobile Communication Technology Innovation Center and Haige-NPU Collaborative Innovation Center of Advanced Information Technology, NPU-Aviation Industry Optoelectronics Institute Collaborative Innovation Center of Mission System Technology and other school-enterprise joint teaching and research centers.
SEI@NPU pays great attention to international cooperation and exchanges, insists the path of international education, and cultivates talents with international vision and international competitiveness.
附件 Attachment：
8. 2025学年电子信息学院博士申请导师信息表 Supervisor List for 2025 PhDApplication School of Electronics and Information.pdf
重要提示 Notice:
1. 附件为电子信息学院2025年专业信息表与可接收博士的导师信息表。
The attachments are the Major List and the Spervisor List that can accept the PhD students of the School of Electronics and Information 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.
3. 博士申请导师接收函为必须文件。
For PhD application, the supervisor acceptance letter is the mandatory document.
电子信息学院博士专业介绍
The PhD Major Introduction for the School of Electronics and Information
一、信息与通信工程 Information and Communication Engineering
1. 研究方向 Research Direction:
信号与信息处理的理论与技术 Signal and Information Processing Theory and Technology
传感信号与信息的获取与处理 Sensing Signal/Information Acquisition and Processing
机器视觉与图像处理 Computer Vision and Image Processing
智能感知、目标识别与信息对抗 Intelligent Sensing, Target Recognition, and Information Warfare
无线通信、多媒体通信与组网技术 Wireless Communication, Multimedia Communication and Networking Technology
卫星导航与定位技术 Satellite Navigation and Positioning Technology
工业信息化 Industrial Informatization
2. 专业介绍 Major Introduction:
信息与通信工程一级学科含“通信与信息系统”和“信号与信息处理”两个二级学科。本学科由电子信息学院、航海学院、无人机所等共同建设。学科特色与定位：以创建世界一流“信息与通信工程”学科为目标，面向国际科技前沿和国家遥感、通信、导航的重大工程需求，开展先进遥感与智能信息处理、卫星通信与导航、下一代无线通信与物联网、临境声学与语音信号处理、海洋信息感知与水下通信等研究方向的人才培养和科学研究，培养具体家国情怀、追求卓越的信息与通信工程学科领军人才，为我国重要领域信息与通信科技发展做出了重要贡献。
The primary discipline of information and communication engineering includes two secondary disciplines: "communication and information system" and "signal and information processing". This discipline is jointly built by the school of electronic information, the school of navigation, the UAV Institute, etc. Discipline characteristics and orientation: Aiming at creating a world-class discipline of "information and Communication Engineering", facing the international scientific and technological frontier and the major engineering needs of national remote sensing, communication, and navigation, carry out advanced remote sensing and intelligent information processing, satellite communication and navigation, next-generation wireless communication and Internet of things, environmental acoustics and voice signal processing Personnel training and scientific research in the research direction of marine information perception and underwater communication, cultivating leading talents in the discipline of information and communication engineering with specific national feelings and pursuit of excellence, and making important contributions to the development of information and communication technology in important fields in China.
3. 专业核心课程名称与先修课程 Core Courses and Prerequisite Courses:
专业核心课程 Core Courses | 先修课程 Prerequisite Courses |
D08M12003 Wireless Communication Networking Technology | 通信原理、计算机通信网络基础 （Principle of Communications, Computer Networking） |
D08M12004 Digital Image Processing | 无 NO |
D08M12005 Analysis and Processing or Remote Sensing Images | 数字图像处理 （Digital Image Processing） |
D08M12007 Advanced Digital Communications | 通信原理、数字信号处理 (Communication Principal、Digital Signal Processing) |
D08M12008 Computer Communication Networks | 信号与系统、脉冲数字电路、通信原理 （Signal and System、Pulse Digital Electronics、Communication Theory） |
D08M12009 Statistical Signal Processing | 数字信号处理,随机过程 （digital signal processing、stochastic processes） |
D08M12010 Pattern Recognition | Probability and Statistics, Linear Algebra, Calculus, Constrained Optimization, and Knowledge of Basic Computer Science. |
D08M12011 Feature Extraction and Object Recognition | 数字图像处理 （Digital Image Processing） |
D08M12012 Array Signal Processing | 矩阵论、线性代数 (Matrix Theory、Linear Algebra) |
D08M12013 Data Communication | 计算机网络、概率论、随机过程 （Data Communications、Probabilities、Stochastic Process） |
二、专业名称 Major： 电子科学与技术 Electronic Science and Technology
1. 研究方向 Research Direction:
电路与系统 Electronic Circuit and System
电磁场与微波技术 Electromagnetic Field and Microwave Technology
微电子与固体电子学 Microelectronics and Solid State Electronics
物理电子学 Physic Electronics
航空电子综合技术 Integrated Avionics Technology
2. 专业介绍 Major Introduction:
电子科学与技术一级学科含“电路与系统（国家重点学科）”、“电磁场与微波技术”、“微电子学与固体电子学”、“物理电子学”、“航空电子综合技术”五个二级学科。本学科由电子信息学院、微电子学院、柔性电子研究院、无人机所等共同建设。学科特色与定位：立足航空、航天、航海，面向工业化、信息化、网络化和智能化，以服务国家国防现代化建设、经济社会发展和推动世界科技进步为宗旨，以建成特色鲜明的“电子科学与技术”世界一流学科为目标，瞄准世界电子科技前沿，开展航空电子系统工程、电磁场与微波技术、信息感知与智能处理、集成电路、微纳电子与智能电子系统、柔性电子与物理电子学等领域高素质拔尖创新人才和行业领军人才培养，形成一批具有重要影响力的科学研究成果，为国民经济和国防建设做出重要贡献。
The first-level discipline of Electronic Science and technology includes five second-level disciplines: "circuit and system (national key discipline)", "electromagnetic field and microwave technology", "microelectronics and solid-state electronics", "Physical Electronics" and "integrated avionics technology". This discipline is jointly built by the school of electronic information, the school of microelectronics, the Institute of flexible electronics, the UAV Institute, etc. Discipline characteristics and orientation: Based on aviation, aerospace and navigation, facing industrialization, informatization, networking and intelligence, aiming at serving the national defense modernization, economic and social development and promoting world scientific and technological progress, aiming to build a world-class discipline with distinctive characteristics of "Electronic Science and technology", aiming at the forefront of World Electronic Science and technology, Carry out the training of high-quality top-notch innovative talents and industry leaders in the fields of avionics system engineering, electromagnetic field and microwave technology, information perception and intelligent processing, integrated circuits, micro nanoelectronics and intelligent electronic systems, flexible electronics and physical electronics, so as to form a number of influential scientific research achievements and make important contributions to the national economy and national defense construction.
3. 专业核心课程名称与先修课程 Core Courses and Prerequisite Courses:
专业核心课程 Core Courses | 先修课程 Prerequisite Courses |
D08M12001 Advanced Topics in Communication | 通信原理、计算机通信网络基础 （Principle of Communications, Computer Networking） |
D08M12002 Advanced Topics on Signal and Information Processing | 数字信号处理”或“数字图像处理”； “神经网络”或“模式识别”（“Digital Signal Processing” or “Digital Image Processing”; “Neural network” or “Pattern Recognition”） |
D08M12003 Wireless Communication Networking Technology | 通信原理、计算机通信网络基础 （Principle of Communications, Computer Networking） |
D08M12005 Analysis and Processing or Remote Sensing Images | 数字图像处理 （Digital Image Processing） |
D08M12009 Statistical Signal Processing | 数字信号处理,随机过程 （digital signal processing、stochastic processes） |
D08M12010 Pattern Recognition | Probability and Statistics, Linear Algebra, Calculus, Constrained Optimization, and Knowledge of Basic Computer Science. |
D08M12015 Advanced Topics on Control and Decision | 飞行原理概论、航空概论、概率论 （Introduction to principles of flight、Introduction to aviation、Probability theory） |
D08M12016 Unmanned Systems Cooperative Control & Optimization | 高等数学 （Advanced Mathematics） |
D08M12017 Principles of Data Mining | 数据库原理,概率论与数理统计 （Database Principles、Probability and Statistics） |
D08M12018 Military Operational Research | 飞行原理概论、航空概论、概率论 （Introduction to principles of flight、Introduction to aviation、Probability theory） |
D08M12021 Content-based Vision Information Retrieval | 数字图像/视频处理 （Digital image/video processing） |
D08M12023 The theory of artificial intelligence and its applications | 概率论，图论 （Probability Theory, Graph Theory） |
D08M12024 Microwave Measurements | 电磁场、微波工程、微波电路 （Electromagnetics、Microwave Engineering、Microwave Circuits） |
D08M12026 Introduction to Design of Microwave Communication System | 通信原理、微波技术基础、信号系统、电路基础 (Communication Principles, Fundamentals of Microwave Technology, Signals and Systems, Fundamentals of Circuits ) |
D08M12027 The theory of compressive sensing and its applications | 概率论，信号与系统 （Probability Theory, Signals and Systems） |
D08M12028 Advanced Computational Electromagnetics Method | 高等电磁理论 （Advanced electromagnetic theory） |
D08M12029 Electromagnetic Metamaterial Theory and Application | 高等电磁理论 （Advanced electromagnetic theory） |
D08M12032 Multidisciplinary Optimization Design of Electronic Equipments | 电磁场与电磁波、结构有限元分析、最优化方法 (Electromagnetic field and electromagnetic wave, structural finite element analysis, optimization methods) |
D08M12033 Non-stationary Signal Analysis and Processing | 信号与系统、数字信号处理、矩阵论 （Signals and Systems, Digital Signal Processing, Matrix Theory） |
D08M12034 Topics on the progress of modern optics | 大学物理 （College Physics） |
D08M12035 Optical Bioimaging | 《现代分析技术》、或《物理电子学》、或《光电子学》 Modern Analytical Technology, or Physical Electronics, or Optoelectronics |
D08M12036 Two Dimensional Semiconductor Physics | 半导体物理或 固体物理 （Semiconductor physics OR Solid state physics） |
D08M12037 Introduction to Nanobiosensors | 高等物理、高等化学 （advanced physics, advanced chemistry） |
D08M12038 Modern Semiconductor Physics and Devices | 大学物理 (College Physics) |
D08M12039 Progress in Advanced Energy | 电化学原理 （Principles of Electrochemistry） |
D08M12040 Organic Micro-/nano-semiconductors | 有机化学或者半导体物理 （Organic chemistry OR Semiconductors） |
D08M12041 Lithium Ion Battery Technology | 无 NO |
D08M12042 Progress of Organic Electronics | 高等有机化学 （Advanced Organic Chemistry） |
D08M12043 Introduction to Organic Optoelectronics | 半导体物理 （Physics of semiconductors） |
