机电学院
School of Mechanical Engineering
机电学院历史悠久，源于北洋大学、浙江大学、交通大学和中央大学等当时众多著名高等学府的机械与航空制造等相关学科，汇集了南北两大工科学脉。在八十余年的发展历程中，已为国防科技工业和国民经济建设培养输送了众多领军人物和科技人才。学院承担了大批国家重要科研项目，重大科技成果突出。“十一五”以来，获得国家科学技术奖8项。学院依托一流学科优势资源，始终贯彻“厚基础、宽口径、重实践、求创新”人才培养理念，立足服务国家航空、航天及其他领域高端装备研制重大需求，培养德智体美劳全面发展，具有国际化视野、掌握智能制造多学科知识，在机械工程等领域引领未来发展的领军人才。
Originated from Beiyang University, Zhejiang University, Jiaotong University and Central Univeristy,School of Mechanical Engineering has a long history, which brings together Northern and Southern engineering faculties at the same time. During the 80 years progress, School of Mechanical Engineering has cultivated many leading scholars and technical scientists of the Science and Technology Industry for National Defense as well as national economic construction.
Famous professors have taught here, such as Pan Chengxiao, Yang Pengji, Jiang Changying, Li Shouxuan, Peng Yanwu, Zhou Guangcheng, Pu Lianggui and Sun Heng. A group of academicians of outstanding reputation also came from here, such as Shi Shaoxi, Chen Bingcong, Fu Hengzhi and Tang Changhong. Meanwhile, there are senior political and military officials such as Zeng Shenda, Ma Zhongping, Hao Peng and Mi Dong; well-known private entrepreneurs such as Wu Changjiang, Yu Fei; as well as more than 80 chief designers of National Defense enterprises and institutions such as Wu Weiren, Yang Haicheng, Tang Jun.
In past five years, the School has achieved much in innovation research with more than 700 programs, including NSFC, 973, 863 and National Support Schemes. The amount of research funding increases year by year. The School has achieved 30 Provincial and Ministerial Awards for Scientific Progress. In recent years, the school has earned five national awards, including three for Technological Invention and two for Science and Technology Progress. One of them was ultimately selected as “China’s top ten scientific and technological progress in higher education” in 2006. More than 1300 patents have been applied and 900 patents have been authorized, including 300 patents for invention. 10 academic monographs have been published.
附件 Attachment：
5. 2025学年机电学院博士申请导师信息表 Supervisor List for 2025 PhD Application School of Mechanical Engineering.pdf
重要提示 Notice:
1. 附件为机电学院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 Mechanical Engineering 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，导师接收函为必要文件。
For PhD application, the supervisor acceptance letter is the mandatory document.
机电学院博士专业介绍 The PhD Major Introduction for the School of Mechanical Engineering |
专业名称 Major | 专业方向名称 Research Direction | 专业介绍 Major Introduction | 专业核心课程名称 Core Courses |
机械工程 Mechanical Engineering
| 航空宇航制造工程Aeronautical and Astronautical Manufacturing Engineering | 机械工程是一门应用物理和材料科学原理对机械系统进行分析、设计、制造和维护的工程学科。它以自然科学和技术科学为理论基础，结合生产实践的技术经验，专注于复杂航空航天产品的研发。机械工程知识可应用于汽车、飞机、建筑、工业仪表、发动机等多个层次。
该学科涉及利用物理定律为分析、设计和生产机械系统提供支持。它要求学生深入理解应用力学、热学和其他基本科学原理，利用这些原理分析静态和动态材料系统，创建和设计实用装置、设备、仪器、工具等。此外，要求学生将自动化技术和信息技术与机械设备和系统相结合，形成一系列先进的制造技术，推动传统的加工操作和制造管理系统优化实现质的飞跃。
Mechanical Engineering is a discipline of engineering that applies the principles of physics and materials science for analysis, design, manufacturing, and maintenance of mechanical systems. It is based theoretically in nature science and technology science, combining the technology experience of production practice, and focused on the research and development of complex aerospace products. The knowledge of mechanical engineering can be used in automobile, aircraft, architecture, industrial instrument, engine and other levels.
The discipline involves in offering support to analyze, design and produce mechanical system by using the laws of physics. It requires students to deeply understand applied mechanics, thermology and other basic scientific principles, using which to analyze static and dynamic material system, create and design practical device, equipment, instrument, tools, etc,. Besides, students are required to combine automatic technology and information technology with mechanical equipment and system in order to form a series of advanced manufacturing technology, promoting the traditional machining operation and Manufacturing management system optimization in a qualitative leap forward. | 几何建模、理论结构优化和有限元分析、系统可靠性理论和应用、机电一体化设计和控制的仿生方法、智能机器人、MEMS和NEMS简介、结构疲劳和断裂的原理和应用
Principles and Applications for Geometric Modeling，Theoretical Structural Optimization and Finite Element Analysis，System Reliability Theory and Applications，Biomimetic Approach to Design and Control Mechatronics，Intelligent Robotics，Introduction to MEMS and NEMS，Fatigue and Fracture of Structure |
微机电系统及纳米技术 MEMS and Nano Technologies |
仿生机电及智能机器人 Biomimetic Mechatronical System and Intelligent Robotics |
智能制造系统 Intelligent Manufacturing System |
工业设计 Industrial Design |
