1, introduction of disciplines and specialties
1) digital textile equipment technology
This paper mainly uses digital design and control technology to research and develop new textile equipment. At present, it mainly focuses on the digital control of computerized jacquard circular knitting machine, flat knitting machine and hosiery machine, digital sewing technology and equipment, development of virtual design platform for sewing equipment, digital printing, online non-contact measurement of yarn tension and so on.
2) Design and research of new textile machinery.
This direction uses computer-aided mechanical design, calculation and testing, control technology and information technology, and combines new textile technology and new materials to develop new textile machinery and explore new theories and methods of textile machinery design.
3) CNC technology and equipment
It mainly focuses on textile measurement and control technology and equipment, numerical control technology and digital manufacturing, intelligent diagnosis and dynamic measurement and control theory and technology, network manufacturing and enterprise informatization, precision and special processing technology.
4) Electromechanical control and automation technology
Mainly train students to use modern information technology to engage in mechanical system design and manufacturing, including product CAD, CAPP, CAM, CAE and other related technologies.
5) Intelligent structure and control
Mainly engaged in intelligent mechanical system design, product development and related technology research.
6) Production process control and field bus
This paper mainly studies the intelligence, automation instrument, field instrument, software and hardware of network equipment based on field bus, control system and configuration technology.
7) Fluid transmission and control technology
Research and development of fluid transmission and control, automatic control and detection technology.
8) Machine Vision and Motion Control
Mainly devoted to the research of independent processing technology based on machine vision and PCB rapid inkjet processing technology.
9) Intelligent machinery and computer simulation technology
It mainly involves computer aided design, expert system development, intelligent design and simulation technology, virtual experiment of mechanical design, three-dimensional mechanical design and so on.
10) product digital design method and technology
Including product innovation design theory and method for product life cycle, product concept design, reverse engineering and redesign, digital definition and pre-assembly, collaborative design and engineering analysis in different places, CAE and comprehensive optimization, virtual prototype for product performance, virtual experiment and virtual reality technology.
1 1) Mechanical condition monitoring and fault diagnosis
This paper mainly studies rotor dynamics, fault mechanism of rotating machinery, vehicle fault mechanism and non-disassembly monitoring and fault diagnosis, fault mechanism of hydraulic system, nonlinear and non-stationary signal processing and feature extraction, including wavelet analysis, artificial neural network and other directions, dynamic performance and fatigue characteristics of component materials.
Computer graphics and iconology and its application.
It mainly involves the cross field of computer science, mathematics and engineering graphics. In this paper, computer is used as a tool to study the theory, method and engineering technology of how to convert data into graphics and output them on display and drawing equipment.
13) material forming and computer simulation
It mainly focuses on the non-equilibrium phase diagram and phase transition of metallic materials, mechanical CAD/CAM/CAPP and its optimal design, ion implantation and PVD coating of superhard materials, solidification and control of metallic materials, research on functional composites, material design and forming simulation, etc.
14) production organization and management
This paper mainly studies how to improve the production efficiency and reduce the cost by using the method of industrial engineering according to the principle of scientific management and the idea of system engineering in the production and operation of enterprises. This direction has a strong correlation with enterprise application and pays attention to engineering practice. It mainly involves: optimization and adjustment of production line, design and optimization of production plan, inventory management, logistics engineering, human factors engineering (ergonomics), facility layout and planning, etc. To meet the actual needs of manufacturing and service-oriented enterprises for engineering management talents.
15) modern product modeling design
This direction integrates engineering design, industrial art and humanities, and mainly studies the relationship between the function and modeling of industrial products, products and people, and products and the environment.
2. Training purpose
Master of Mechanical Engineering is a professional degree related to mechanical engineering qualification. In order to cultivate applied and compound high-level engineering technology and engineering management talents in this field, the specific requirements are as follows:
1) The winner of the master's degree in engineering should support the party's basic line, principles and policies, love the motherland, abide by laws and regulations, have good professional ethics and professionalism, have a scientific, rigorous and pragmatic learning attitude and work style, have good professional ethics and entrepreneurial spirit, be physically and mentally healthy, and actively serve China's economic construction and social development.
2) As a senior engineering technology and engineering management talent who is engaged in the design, manufacture, automation, detection and control, use and maintenance of machinery and electromechanical equipment, the winner of engineering master's degree is required to master modern mechanical design theory and method, modern manufacturing technology (including process, manufacturing equipment and system), modern control theory, electromechanical integration technology, testing technology, use and maintenance theory and technology, engineering management technology and other basic theories and advanced technologies. Have the ability to independently engage in engineering design, engineering implementation, engineering research, engineering development and engineering management. Not only should you have a solid theoretical foundation, understand the technical status and development trend in this field, you can engage in theoretical research, but more importantly, you should have some practical work experience and be able to solve practical technical problems in engineering practice.
3) Master a foreign language, be proficient in reading foreign scientific and technological materials or documents in this field, and have certain foreign language writing ability.
3. Training methods and years of study
1) adopts the training mode of combining course learning, practical teaching and thesis defense.
The courses are mainly professional practice courses and engineering practice courses. Focus on cultivating students' awareness and ability to study practical problems.
Practice teaching is an important link in the training of full-time master of engineering in mechanical engineering. The combination of centralized internship and segmented internship can be adopted to encourage graduate students to practice in tutor courses or enterprises. During the study period, you must ensure no less than 1 year of practical teaching. Pay attention to cultivating practical research and innovation ability, increase practical work experience, and improve professional quality and employment and entrepreneurship ability.
The topic of the thesis should come from engineering practice or have a clear engineering background.
2) The duration of study is generally 3 years, which can be extended to 4 years with the approval of the school in special circumstances.
3) Graduate students implement the system of mid-term assessment and diversion. In the second semester of the second grade, the assessment team will assess the level of each graduate student, and those who pass the examination can enter the next stage of study.
4. Courses and credits
1) Courses and credits
The curriculum includes: (1) required courses: including two courses of ideological and political theory and one required course of first foreign language, major (at least two math courses are required) and research direction; (2) Elective courses: Elective courses are courses for graduate students to broaden their knowledge; (3) Make-up lessons: refers to the required courses for undergraduates of this major. Make-up lessons are mastered by graduate tutors, and no credits are counted.
The course hours and credits offered by the school shall be implemented according to the regulations of the school; Professional courses are generally 1 credit 18 class hours, and elective courses do not exceed 3 credits/class and 2 credits/class; Course study must be completed in the fourth semester.
The field of mechanical engineering covers the first-class discipline of mechanical engineering and several adjacent disciplines. In order to ensure that engineering master students not only have a solid theoretical foundation, but also broaden and update their professional knowledge and management knowledge, so as to meet the requirements of training objectives, the cumulative credits of required courses for engineering master students in mechanical engineering should be above 42 credits.
2) Course teaching requirements
For the courses identified in the training plan, a course outline should be prepared. The syllabus should include the course number, Chinese and English names, starting term, teaching purpose, course content, teaching requirements, prerequisite courses, assessment methods and bibliography.
The teaching content should be extensive and comprehensive, reflecting the forefront of the development of contemporary engineering science and technology. Among them, the requirement of foreign language course is to read foreign language materials in this field skillfully; The requirement of mathematics course is to master mathematical methods to solve practical engineering problems; Specialized courses should emphasize the study and practice of new technologies, methods and processes in this field. In addition, a series of academic lectures should be set up by academic leaders in various research directions to broaden and update their knowledge.
This course emphasizes broadening knowledge. In addition to the basic theory and professional knowledge of this major, we should also take professional quality courses such as engineering and project management, economic management and computer, such as professional English.
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