A good direction for graduate school majors about mechanical 5

10426 Qingdao University of Science and Technology.

Other schools dare not say that the employment rate of this school's undergraduate mechanical major is indeed high......

Hehe, generally you only need to look at the re-examination scores of each school to know, who is higher and who is better, general machinery and electronics, the mechanism is more popular.

1. Mechatronic Engineering

Mechatronic Engineering (Discipline**: 080202) is a sub-discipline under Mechanical Engineering. Major in Mechatronic Engineering.

Commonly known as mechatronics.

It is one of the most promising directions in mechanical engineering and automation. The mechatronic engineering major includes basic theoretical knowledge and mechanical design.

Manufacturing methods, computer software and hardware application capabilities, can undertake the design, manufacturing, testing and development of various mechanical and electrical products and systems.

2. Mechanical design and theory

Mechanical Design and Theory (Discipline**: 080203) is one of the secondary disciplines under Mechanical Engineering. It is a basic technical discipline that analyzes and synthesizes the function of machinery, quantitatively describes and controls its performance, and is a detailed workflow of positioning mechanical engineering.

and a brief theoretical introduction to the inductive summary of the procedure. His research interests include the working principle, motion and dynamic properties, strength and life, vibration and noise, friction, friction physics, relational mechanics, wear and lubrication, mechanical innovation and design, and modern design calculation methods of various machinery, mechanisms and their parts.

Mechanical design is the link between machine needs and technology realization, and this discipline does not adopt a training model for one or a specific class of machines, but requires designers and researchers to have a solid and broad foundation, and can quickly acquire the new knowledge required when facing a new task.

Research interests: mechanism and mechanical dynamics; Robotics; Intelligent structural and mechanical system monitoring.

A better major for graduate students majoring in mechanical engineering can choose: power engineering.

Power engineering (**085206) is an applied engineering technology field that studies the theory and technology of energy conversion, transmission and utilization in the field of engineering, improves energy utilization, reduces primary energy consumption and pollutant emissions, and promotes the sustainable development of the national economy.

It is closely related to human production and life, has a long history, and belongs to one of the three frontier fields of energy, information and materials in the economic development of the 21st century.

Graduates are expected to acquire knowledge and competencies in the following areas:

1. Have a solid foundation in natural sciences, humanities, arts and social sciences, and the ability to correctly use the Chinese language and writing.

2. Systematically master the basic knowledge of a wide range of technical theories in this professional field, mainly including engineering mechanics, mechanics, engineering thermophysics, fluid mechanics, electrical engineering and electronics, control theory, market economy and enterprise management.

3. Obtain practical engineering training in the professional field, with strong computer and foreign language application skills.

4. Have the necessary professional knowledge in a certain professional direction in the professional field, and understand its scientific frontiers and development trends.

5. Have strong self-learning ability, innovation consciousness and high comprehensive quality.

The mechatronics major is very popular, and mechanical design and manufacturing is an old traditional major. There is not much difference between the two in terms of employment rate, but if the professional counterpart, the nature of mechatronics work is better. As for mold manufacturing, it is very good to get the prospect right, but the key is that it is not easy to get it right.

The postgraduate examination directions of mechanical majors include mechanical manufacturing, mechanical design, machinery and automation, mechanical engineering, mechanical and electronic engineering, vehicle engineering, etc.

The mechanical major mainly includes mechanical design and manufacturing and automation, material forming and control engineering, industrial design, process equipment and control engineering, etc. The mechanical major also involves a lot of interdisciplinary disciplines, and through the accumulation of these knowledge, it also provides a strong guarantee for cross-mechanical majors and cross-industry employment.

Mechanical engineering is a broad discipline in engineering, and it is one of the popular majors for science students. Mechanical majors require good science knowledge, drawing ability, and electronic technology.

The better majors for graduate students in mechanical engineering are as follows:

1. Research direction of mechanical manufacturing and automation: combine mechanical equipment and automation through computer, such as: advanced mechanical equipment design and processing technology, CAD CAM integration and related technologies, digital product design and manufacturing, mechanical dynamics, etc.

Employment direction: mainly in major cities and coastal areas of high-tech scientific research, development and production units employment, such as: mechanical product design first developers, machinery manufacturing process preparation personnel, mechanical and electrical equipment management and maintenance personnel, etc.

2. Mechatronic engineering research direction: emphasizing the combination of mechanical hands-on ability and electromechanical control ability, focusing on electromechanical control and numerical control maintenance. With the various abilities required by CNC as the main line, highlighting the professional core position of mechanical and electrical control, and cultivating technical engineers and vocational teachers who can design, program, and have strong practical skills such as operation, commissioning, repair and maintenance of CNC machine tools.

Employment direction: Graduates can enter enterprises, scientific research institutes, first-class institutions, colleges and universities and other departments.

4. Mechanical design and theoretical research direction: mainly study the working principle of various machinery, mechanisms and their parts, mechanical properties of motion and dynamic traps, strength and life, vibration and noise, friction, friction physics, relational mechanics, wear and lubrication, mechanical innovation and design, and modern design calculation methods. Employment direction:

After graduating from graduate school, mechanical design majors are generally engaged in CAD cam design, manufacturing, equipment management, etc.

5. Vehicle engineering research direction: Vehicle engineering is the engineering and technology field that studies the theory, design and manufacturing technology of land mobile machinery such as automobiles, tractors, rolling stock, military vehicles and other engineering vehicles. Its engineering master's degree authorized unit trains senior engineering and technical personnel engaged in the research, design and development, manufacturing, quality inspection and control, use and maintenance, and related testing devices and instrument development of the above-mentioned vehicles.

The employment prospects of mechanical majors are implicit but not revealing "employment bosses".

When it comes to machinery, everyone is inevitably covered with oil and the factory, holding the "bump" iron workers associated with cold and hard, as a result, many people go to the front of the machinery to squeeze some professional heat until.

Three or four years later, I saw that machinery was the "lighthouse" of the market, and I regretted it.

The mechanical major mainly includes mechanical design and manufacturing and automation, material forming and return control engineering, industrial design, process equipment and control engineering, etc. Many people have a misconception about the prospects of this type of mechanical profession, believing that the corresponding work of this type of mechanical profession does not look "decent". In fact, they ignore the breadth of mechanical professional adaptability, such as in equipment maintenance, CNC maintenance, environmental protection equipment design and other fields.

Achievement assessment:

All required courses, student elective courses and pre-service internship courses specified in the plan will be assessed on knowledge and skills during the teaching process or when completing the teaching objectives, and those who pass the assessment will receive course credits.

Theoretical knowledge scores are scored on a 100-point scale, and skill scores are excellent, good, pass, or fail. Those who fail one of the two examinations of theoretical knowledge and skills in professional courses will be regarded as unqualified and will not be able to obtain the corresponding credits. The skill assessment should be determined according to the skill requirements of the position, and the corresponding main skill assessment items should be organized by the professional course teachers.

Teaching training and pre-job training are assessed by lecturers and training bases, and the assessment content includes comprehensive skills and work attitude. Grades are classified as Excellent, Good, Pass, or Pass. Students who pass the exam will receive the corresponding credits.

The professional direction of mechanical graduate students, which can be mechanical design or mechatronics, is well developed!

Graduate majors in mechanical engineering can seek development in the direction of mechanical maintenance, mechanical design, machine tool maintenance, engine design, etc., which are promising.