Field of Knowledge
1. A solid foundation in natural sciences, a good foundation in humanities, arts and social sciences and the ability to express themselves correctly in the use of national language and writing;
2. A more systematic mastery of the broad technical and theoretical basics of this field of specialization, which mainly includes mechanics, mechanics, electrical and electronic technology, mechanical engineering materials, mechanical design Engineering, basic mechanical engineering, basic automation, market economy and business management and other basic knowledge;
3. Have the basic skills necessary for this specialty such as drawing, calculating, experimenting, testing, literature search and basic process operation;
4. Have the necessary professional knowledge of a professional direction within the field of expertise, and to understand the scientific frontier and development trend;
5. 5. Possess preliminary scientific research, scientific and technological development and organizational management ability;
6. Have strong self-learning ability and innovative consciousness.
Curriculum
Specialized core courses and major practical links: mechanical drawing, engineering mechanics, basic mechanical design, electrical and electronic technology, hydraulics and pneumatics, machinery manufacturing equipment, numerical control technology, automation control system, modern control engineering, machining internship, comprehensive practical training in modern machinery manufacturing technology, course design of specialized courses, graduation internship (design), etc., as well as the main characteristics of each university and the major courses of each school. as well as the main characteristic courses and practical links of each school.
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Fields of Further Study
Professional Directions Available: Mechatronics, Mechatronics Technology.
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Employment Direction
Employment Orientation: Installation, debugging, maintenance and management of machinery and equipment in industrial enterprises, technical sales and manufacturing of electromechanical equipment.
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Field Name
Mechanical Manufacturing and Automation
Occupational Positions
The major fields of this specialty are the following occupational positions: mechanical product design and development personnel, mechanical manufacturing process compilers, CNC machine tool operators, CNC process programmers, mold design and manufacturing personnel, the management of electromechanical equipment. Maintenance personnel.
Based on the demand of the talent market, combined with the characteristics and positioning of higher vocational education, this program is mainly positioned to: cultivate strong job adaptability, demand and shortage, with strong basic knowledge of mechanical design and manufacturing technology and application capabilities, can be engaged in the application of CAD/CAM technology in the field of mechanical design and manufacturing personnel.
Course duration
Three years
Enrollment object
High school graduates
School level
Higher vocational education
Cultivation form
This program cultivates the students who are able to adapt to the needs of the regional economic development, who can develop comprehensively in the aspects of morality, intellectuality, physique and aesthetics, who can have basic knowledge and application ability of the machinery design and manufacturing technology, and who are able to engage in the application of CAD/CAM technology in the field of machinery design and manufacturing. Basic knowledge and application of technology, can be engaged in the field of mechanical design and manufacturing in the application of CAD technology for the design and manufacture of mechanical products, scientific and technological development, applied research, operation and management work, for the first line of the machinery industry, specialized level of higher technology application specialists. Able to obtain CNC machine tools, electrician maintenance intermediate vocational qualification certificate, some students can obtain vocational qualification certificate.
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Cultivation program features
1, this program to train the main jobs for mechanical design, manufacturing and modern machine tool operators and maintenance personnel, the core competencies for mechanical design and manufacturing, mechanical CAD/CAM software applications, CNC programming and operation, modern machine tool operation and maintenance capabilities. Graduates should have the basic knowledge and application ability of mechanical design and manufacturing technology, and be able to engage in the application of CAD technology in the field of mechanical design and manufacturing mechanical product design and manufacturing, scientific and technological development, machine tool operation and maintenance, operation and management, etc., and become the first line of the mechanical industry for the application of higher technology specialists. In this teaching program, the practical aspects such as experiment, field teaching, practical training and internship are especially strengthened, the total credit hours of practical teaching is 1350, the total credit hours of theoretical teaching is 1551, and the ratio of theoretical teaching to practical teaching is 1:0.9. A large number of practical training, internships, and course design have been arranged for the purpose of exercising the practical working ability of the students in this program. In each classroom theory teaching course, more experiments and practical training are arranged. In order to improve the efficiency and effectiveness of practical teaching, this program integrates theoretical and practical courses, and combines classroom teaching with hands-on operation. This program emphasizes the implementation of "double certificate" education, which requires that students must pass the skill appraisal of CNC intermediate workers. It is hoped that some of the students will be able to obtain advanced vocational qualification certificate.
2. Considering the knowledge structure and skill level of vocational positions, we do not demand systematic and complete theory. In accordance with the need to support the core competencies of the job knowledge, skills courses as a principle, the teaching content of other courses are substantially selected and optimized. Focus on highlighting the application of computers in modern design and manufacturing, CNC machining knowledge to adapt to the modern requirements of the future machinery industry. The total hours of the general English courses have been substantially compressed, focusing on highlighting the requirements for professional English, to address the technical information required by the job reading, comprehension and translation skills.
3. According to the characteristics of higher vocational education, this program adopts the "2+1" mode, i.e. in the last academic year, in principle, no classroom teaching is arranged. The fifth semester mainly arranges various course designs and skills training, etc. The sixth semester mainly arranges job training and enterprise internship for students, while solving the problem of student employment.
4. This program gives more consideration to the knowledge structure requirements of the enterprises employing people, and the cultivation program has a certain degree of advancement. The implementation of this program can be adjusted according to the specific situation, in order to cultivate talents not only with the characteristics of higher vocational education and in line with the actual teaching of the University, but also to adapt to the work requirements of the enterprise employers.
The development trend
After joining the WTO, China's economic integration into the world economy to speed up the pace of adjusting the industrial structure of the national policy, so that China has rapidly become the world's processing and manufacturing power. With the large influx of foreign-funded enterprises, China has become one of the important bases for processing and manufacturing. The need for a large number of mechanical design and manufacturing and automation of applied senior engineering and technical personnel, especially both the use of computers for the auxiliary design of mechanical products, but also the application of CNC technology for the manufacture of talents is in short supply, has a broad employment prospects.
Employment prospects
1, machinery manufacturing and automation professional employment prospects
Mainly to the front line of industrial production in the field of machinery manufacturing design and manufacturing, scientific and technological development, applied research, operation and management and sales and other aspects of the work. Due to the importance of the machinery industry and the huge scale, the need for a large team of specialized personnel. In the coming period of time, mechanical talents will still have a greater demand. CNC talents with development capability will become the target of competition among enterprises, and the supply and demand ratio of mechanical design, manufacturing and processing professionals is also high. From the point of view of the development of the machinery industry, printing machinery, CNC machine tools, power generation equipment, engineering machinery and other heavy products is still a good prospect. In addition to these traditional industrial areas, the industry will further develop to the integration of machine optoelectronics, to optical processing, environmental protection, such as the expansion of emerging areas.
2, the direction of employment: the graduates of this program can be in the electromechanical equipment manufacturing industry, engaged in mechanical drawing and computer graphics, mechanical manufacturing process and on-site implementation, machining and testing, electromechanical equipment installation, commissioning and maintenance, the use of CAD/CAM technology and other jobs.
Cultivation specifications
This major is mainly to cultivate the 21st century, to adapt to the needs of socialist modernization, with the spirit of innovation and practical ability, moral, intellectual and physical all-round development, facing the grassroots and capable of modern secretarial work of the application of specialists.
1. Political and ideological aspects:
Love the socialist motherland, support the leadership of the Communist Party of China (CPC), earnestly study Marxism-Leninism, Mao Zedong Thought, Deng Xiaoping Theory, and the important thought of the "Three Represents", and establish a correct outlook on the world, life, and values; unity and cooperation, and abide by the law, with good moral character, social and public morality. good moral character, social morality, professional ethics and the spirit of serving the construction of socialist modernization.
2. In terms of professional knowledge and business ability:
Students should master the basic theories, basic knowledge and basic skills of mathematics and science, electrical machinery and drag, automatic control theory, engineering drawing, electrical and electronic converter technology, control technology and other basic theories necessary for this kind of specialties; they should have a certain degree of ability to engage in the installation of automatic control equipment and systems, the use of testing, repair and simple design, and the ability to solve the practical problems of this specialty. The ability to solve the practical problems of the work of the profession; preliminary understanding of the general knowledge of the organization and production management; understanding of the new achievements of science and technology of the profession and the development trend; have a certain level of foreign language skills, with the help of tools to read the profession of foreign materials; master the basic theoretical knowledge of the computer and the basic operating techniques.
3. Have certain basic knowledge of sports, master the basic skills of scientific physical exercise, develop good habits of physical exercise and hygiene, meet the national standards of physical fitness of college students, have a healthy body and good mental quality, be able to fulfill the sacred obligation of building and defending the motherland, and be able to work energetically.
Teaching Management
The curriculum of this major consists of three parts: compulsory courses, elective courses and practical sessions. The main courses include university physics, advanced mathematics, university English, basic engineering drawing, mechanical engineering drawing, electrical technology, basic mechanical manufacturing, applied mechanics, electronic technology, basic mechanical design, microcomputer principles and applications and other courses.
Main Courses
1. University Physics
University Physics is a public ****basic course for the majors of Radio and Television University's Manufacturing, Electronic Information, and Civil Engineering. Through the teaching of this course, can make students have a more comprehensive and systematic understanding of the basic content of physics, understanding of nature's more complete physical image, the recent development and achievements of physics and physics in engineering and technology have a preliminary understanding of the application of physics in the initial training in the basic methods of scientific experiments, data processing, the basic operating skills of commonly used instruments and pragmatic style and so on. The content of this course has far-reaching influence on improving students' scientific literacy, which not only lays the necessary foundation of physics for students' further study of specialized knowledge, but also provides students with a shallow foundation for accepting, applying and managing high technology in the future.
2. Fundamentals of Engineering Drawing
This course is 3.5 credits, 63 hours in class, and is offered for one semester.
This course is a basic drafting course for mechanical manufacturing and automation majors. Through the study of this course, so that students can correctly use the drawing tools and instruments; master the basic theory of orthographic projection and drawing methods; develop the ability to solve spatial problems; master the skills and methods of drawing; understanding of the basic knowledge of computer graphics, a preliminary grasp of the flag CAXA drawing software; for further study of the professional course drawing to lay a foundation.
The main content of the course: introduction, basic knowledge and basic skills of cartography, basic knowledge of projection, projection of points, lines and planes, commutative method, three-dimensional, combinatorial, axonometric projection, threads, mechanical drawings, computer graphics.
3. MECHANICAL ENGINEERING DRAWING
This course is 3.5 credits, 63 in-class hours. offered one semester.
This course is a compulsory course for mechanical manufacturing and automation majors. Through the study of this course, it can make students master the basic ability of drawing and map reading, and lay the necessary foundation for the subsequent courses and course design and graduation design.
The main content of the course: basic knowledge and basic skills of cartography; basic knowledge of projection; projection of straight lines and planes; commutative method; drawing and reading of three-dimensional, combinatorial methods and steps; axonometric projection drawings; drawing of machine parts; parts drawings and assembly drawings computer graphics.
4. APPLIED MECHANICS
This 4.5-credit course is offered for one semester with 8l credit hours in class.
Applied mechanics is a required course for mechanical manufacturing and automation majors. Through the teaching of this course, students master the general engineering mechanics theory and calculation methods, for learning the subsequent courses, but also for the cultivation of the ability to analyze and solve basic engineering mechanics problems to lay a good foundation.
The main content of the course: mechanical problems in engineering, the task of the course, the object of study, research methods; basic concepts in mechanics and the basic methods of static analysis, the simplification and equilibrium conditions of the basic force system and its application, the simplification and equilibrium conditions of the plane general force system and its applications, the basic knowledge of the general force system in space, the analysis of internal forces in elastic rods, the analysis of the stresses on the elastic rods in the cross-section, the analysis of stresses, strength analysis, the analysis of rigidity, and the analysis of stresses, the analysis of stresses, and the analysis of stresses. State Analysis, Strength Analysis, Stiffness Analysis, Mechanical Properties of Materials, Stabilization of Compression Rods, Energy Method, Fatigue Strength Problems, Fundamental Motion of Rigid Bodies, Synthetic Motion of Points, Plane Motion of Rigid Bodies, Universal Theorem of Dynamics and its Applications, Dynamic Static Method and its Applications.
5. Fundamentals of Mechanical Design?
This course is 5.5 credits, 99 in-class hours, 8 lab hours, and is offered for one semester.
Foundation of mechanical design is a basic course for mechanical manufacturing and automation majors. Through the teaching of this course, students can master the working principle and movement characteristics of commonly used mechanisms, and initially have the ability to analyze the mechanism and choose the transmission scheme; grasp the function and structural characteristics of common mechanical parts, and initially have the ability to analyze the simple machinery and design transmission devices; have the ability to use standards, specifications, manuals, atlases and other related technical information, and lay a foundation for further study of professional courses.
The main content of the course: the composition of the machine; the design process and design principles of the machine; plane mechanism of the degree of freedom calculation; plane linkage mechanism, cam mechanism, gear mechanism and other transmission mechanism design and analysis; mechanical parts design overview; belt drive, gear drive working capacity analysis and design; shaft design and verification; rolling bearings, plain bearings, calculations and selection; Threaded coupling design and selection; key, pin, the design and selection of interference fit coupling; coupling and clutch selection; spring selection; mechanical parts of the structural analysis and design.
6. Fundamentals of Automatic Control Engineering
This course is 5 credits, 90 hours of in-class study, 10 hours of laboratory work, one semester.
This course is a specialized course in mechanical manufacturing and automation. Through the teaching of this course, students can master the basic theory and method of automatic control, and lay the foundation for further study of specialized courses.
The main content of the course: the automatic control system of multi-purpose machine tool frame as an example of the task of automatic control, the composition, the classification of control modes and other general concepts of automatic control in order to highlight the characteristics of the mechanical and electrical specialties; the system's description of the differential equations, the transfer function and its acquisition of the control system's mathematical model and the dynamics of the structure of the map; the control system of the time-domain analysis of the time domain of the system to describe the system's time-domain performance, the dynamic analysis of the first order system, the dynamic analysis of the second order system. The time domain analysis of the control system is about the description of the time domain performance of the system, the dynamic analysis of the first-order system, the dynamic analysis of the second-order system, the stability analysis of the system and the analysis of the steady-state error, the relationship between the system's zero and pole distributions and the step response; the frequency domain analysis of the control system is about the frequency characteristics of a typical link, the plotting of the system's open-loop logarithmic frequency characteristic curve, the stability analysis in the frequency domain and the stability criterion, the logarithmic frequency characteristic curve and the steady-state error, the logarithmic frequency characteristics of the relationship between the series Calibration of the basic laws of series correction, series correction device and its characteristics, the theoretical design of series correction, feedback correction, composite correction and other control system correction; computer control system of the basic characteristics of the Z-transform, the mathematical description of the discrete system, computer control system of the sampling period of the computer control of the basics of knowledge.
7. Mechanical Engineering (1)(2)
This course is an 8-credit course with 144 in-class hours and is offered for one academic year.
This course is a specialized course in mechanical manufacturing and automation. Through the teaching of this course, students can master the basic principles of metal cutting principles related to mechanical manufacturing, cutting tools, metal processing machine tools and mechanical manufacturing machining process, assembly process, the basic methods to improve the performance-price ratio of industrial products, and master the basic ideas to improve the industrial production environment, so as to make the necessary knowledge and ability reserves for students to enter the economic construction as soon as possible after graduation.
The main content of the course: metal cutting principles and tooling part including the basic definition of metal cutting, tool materials, the basic laws of the cutting process, to improve the effectiveness of metal cutting countermeasures, etc.; metal cutting machine tools part including an overview of metal cutting machine tools, lathes, gear machine tools, etc.; mechanical manufacturing process part including process procedures, machining accuracy analysis, machining surface quality, typical process examples, Assembly process and new developments in machinery manufacturing equipment technology.
8. Social Survey Research and Methods
This course is a 3-credit course with 54 in-class hours and is offered for one semester.
The teaching purpose of this course is to enable students to grasp the basic principles and basic methods of social survey research initially, and to cultivate students' ability to engage in related work.
The teaching content of this course includes two major parts, theory and operation, mainly including: basic principles and procedures of social survey research; comprehensive and non-comprehensive surveys; questionnaire survey method; interview method; observation method; literature method; pilot survey method; conference survey method; organization of data; analysis of survey data; writing of survey report.
Career Areas
(1) Mechanical Manufacturing Processes and Equipment;
(2) CNC Programming and Machining;
(3) Mechanical Design and Manufacturing;
(4) Mechatronics Engineering;
(5) Mechanical Equipment and Management;
(6) Metallic Materials and Heat Treatment;
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Magazine of the same name
Magazine: Mechanical Manufacturing and Automation
Magazine Introduction
The journal is a comprehensive mechanical and electrical technology periodical disseminating the new achievements of the mechanical and electrical industry, new technologies, new products, new materials, new processes, new equipment, as well as cutting-edge information on domestic and foreign mechanical and electrical industry and enterprise management, personnel training, teaching research and practical experience, and also It is also the only technical journal of advanced manufacturing technologies such as CNC, intelligentization, mechatronics and agile system in Jiangsu Province's electromechanical industry.
Editorial
Main Columns
Machinery Manufacturing and Research
Review
Electrical Technology and Automation
Information and Dynamics
Journal Information
Supervisor: Nanjing Mechanical and Electrical Industry Management Office
Organizer: Nanjing Mechanical Engineering Society Nanjing Ltd.
Editor-in-Chief: Yi Hong
ISSN: 1671-5276
CN: 32-1643/TH
Address: Rm. 1903, No. 280, Zhujiang Road, Nanjing City, Jiangsu Province, P.R. China
Postal Code: 210018
Editorials
The Journal Hot Majors
The 2010 Employment Blue Book "2010 China College Students' Employment Report" written by McKesson Research Institute and published by Social Sciences Academic Press pointed out that the highest employment rate of senior colleges and universities was in the category of resource development and surveying and mapping (89.5%), and the lowest was in the category of law (73.2%).
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