Mechanical Engineering vs Civil Engineering, What Does Mechanical Engineering Study?

It's hard to learn, you have to make mechanical drawing, and then you have to put your mind right, you have to figure out what this is for, mechanical engineering is not necessarily an engineer, and then civil engineering is not a designer, don't think too beautiful.

I suggest you take a look at what this thing does, what the prospects are, and what the employment is.

Civil engineering to learn surveying, is it very cool to see others take an instrument to measure over there, wait until you go to measure, in the summer it is so hot that you are half dead to measure there, and in the winter it is freezing to death in the measurement over there, you will know.

Mechanical engineering should also be on mechanical drawing, a painting for two hours is about the same, after the painting may be the teacher said that you ** made a mistake, redrawing estimates that you want to die of the heart.

In the end, the employment of these two majors is OK, but it will be hard, if your school is famous enough to apply for the job of a designer and engineer, then it will be awesome, the salary will definitely satisfy you, and the father of a classmate is a 20,000 a month, but I advise you not to position yourself too high.

It's really hard to say which one is more difficult, you have to see which one you feel you like better.

Good luck.

I think it's difficult to learn civil engineering, you will feel easier to get started with civil engineering, after all, you haven't eaten pork and haven't seen a pig run, there will definitely be some construction around you, if you learn civil engineering, you will have several options for future work: 1I chose to engage in construction and become an engineer.

2.Choose a designer, be a designer. 3.

Choose to engage in testing and become a testing engineer. 4.When choosing to be a supervising engineer, supervising engineer, etc., the general measurement aspect is divided into construction.

The mechanic is the repairman, the civil engineer is the designer, you choose.

Engineering Mechanics, Fundamentals of Mechanical Design, Engineering Thermodynamics, Modern Control Theory, Material Processing Technology and Equipment, Testing Technology, Computer Series Courses, Business and Management, Basic Theory of Electrical Engineering and Electronic Technology.

Mechanical design, manufacturing and automation include mechanical design, manufacturing, automation three parts, the knowledge is more complex, belongs to the multidisciplinary interdisciplinary major, it is different from mechanical engineering is that the mechanical engineering industry background is deeper, the professional direction is wider, but there is no essential difference between the two.

Vehicle engineering is the study of mechanical theory, design and manufacturing and other technical disciplines, different schools of vehicle engineering research direction is quite different, some are rail vehicles, some are agricultural vehicles, some are cars, some are military vehicles, so when applying for the examination, you should see the direction of professional research.

The knowledge learned covers various categories of the machinery industry, and the vision is broad, but the depth is shallow. I am now about to enter my fourth year of college in this major, taking our school as an example, the mechanical engineering major will be divided into four directions in the senior year: mechanical control, mechatronics, mechanical manufacturing and mechanical engineering, and more at the graduate level.

Professional courses: Engineering Mechanics, Mechanical Design, Electrical Technology, Electronic Technology, Mechanical Manufacturing Engineering, Engineering Materials and Fundamentals of Mechanical Manufacturing, Computer Series Courses, Testing Technology, etc.

Practical courses: metalworking internship, electrical and electronic internship, understanding internship, production internship, curriculum design, graduation project, etc.

Mechanical engineering is an applied discipline that studies and solves all theoretical and practical problems in the development, design, manufacture, installation, operation and repair of various machinery based on the relevant natural and technical sciences and combined with the technical experience in production practice.

This major cultivates students with basic knowledge and application ability of mechanical design, manufacturing, mechanical and electrical engineering and automation, and can use computer-aided design, manufacturing and technical analysis in scientific research institutes, enterprises and advanced technology companies to engage in the research, design, manufacturing, control and programming of various mechanical and electrical products and systems, equipment and devices, the development of numerical control equipment, computer-aided programming, the design, manufacture and manufacture of advanced technical products and systems such as industrial robots and precision electromechanical devices, intelligent machinery, micromachinery, power machinery, etc. Development, applied research, and senior engineering and technical personnel engaged in technology management.

The major courses of mechanical engineering mainly include mechanical engineering drawing, electrical and electronic technology application, mechanical and electrical equipment automatic detection, mechanical structure analysis, hydraulic system application and maintenance, mechanical manufacturing technology, numerical control equipment operation and maintenance, mechanical system installation and commissioning, equipment electrical control and repair, modern equipment management, mechanical and electrical equipment fault diagnosis and maintenance.

Employment direction and prospects of mechanical engineering major: relevant state departments, scientific research institutes, colleges and universities, enterprises, and advanced technology companies use CAD and analysis software to engage in the research, design and manufacturing of various mechanical and electrical products and electromechanical automatic control systems and equipment, such as: design, manufacturing, development, testing and research of advanced technical products and systems such as industrial robots, microelectromechanical systems, and intelligent devices.

Mechanical engineering is an engineering discipline that uses the laws of physics to analyze, design, manufacture and maintain mechanical systems. Mechanical engineering is an applied discipline that studies and solves all theoretical and practical problems in the development, design, manufacture, installation, operation and maintenance of various machinery based on the relevant natural and technical sciences and combines the technical experience in production practice.

After the 17th century, the capitalist commodity economy developed rapidly in Britain, France and other countries, and many people devoted themselves to improving the working machinery needed by various industries and developing a new power machine, the steam engine. The main material for making machinery gradually changed from wood to metal. The machinery manufacturing industry began to take shape and gradually became an important industry.

Mechanical engineering has developed from a decentralized skill that mainly relies on the talent and craftsmanship of individual craftsmen to a theoretically guided, systematic and independent engineering technology. Mechanical engineering was the main technological factor that contributed to the industrial revolution and the capitalist mass production of machinery in the 18th and 19th centuries.

Full-time academic winners of mechanical engineering majors should have a good grasp of the theory of socialism with Chinese characteristics, and be able to use Marxist viewpoints and methods to analyze and solve problems. Support the party's basic line, principles, and policies, love the motherland, abide by discipline and law, have good professional ethics, and actively serve China's socialist construction.

Recipients of this degree should master solid basic theories and systematic professional knowledge in the professional field, modern techniques and methods for solving professional problems, understand the development trends of the field, have the ability to independently undertake technical or management work in the professional field, and master certain knowledge of social humanities, business management and other aspects of modern technology and methods to solve professional problems. Recipients of this degree should be proficient in reading foreign language materials in their field of specialization and have the ability to use foreign languages for international communication.

The specific analysis of which major is better in civil engineering and machinery is as follows:

1. Mechanical Engineering:This major cultivates talents who can develop, design, manufacture, install, operate and maintain various types of machinery, and is an application-oriented discipline.

Advantages: In the future, machines will develop towards intelligence, so the prospects for mechanical engineering are very good. In the face of many unpopular undergraduate majors, it is easy for mechanical engineering graduates to find jobs, and basically after four or five years, it is possible to become experienced mechanical engineers, and the salary will reach a very good level.

Disadvantages: Experts have high requirements for practical ability and hands-on ability, and must have strong drawing ability. To become a qualified mechanical engineer, one must be proficient in engineering drawing and drawing software such as CAD.

2. Civil Engineering:This major is closely related to the national urbanization and infrastructure construction.

Advantages: Civil engineering is a pillar major of the national economy, and the application is not more popular than before, but graduates of this major are still needed in the job market, and they will not be completely unable to find a job after graduation. The employment direction is generally to design institutes, construction units, real estate enterprises, and you can also consider applying for civil servants.

Disadvantage: After graduation, I often work on various construction sites, and the conditions are very difficult. Business trips and overtime are the norm, work is stressful, and I am not very good at taking care of my family.

First, the scope of involvement is different.

1. Mechanical: Mechanical majors mainly include mechanical design and manufacturing and automation, material forming and control engineering, process equipment and control engineering, mechanical and electronic engineering, measurement and control technology and instruments, mechatronics, aircraft design, vehicle engineering, agricultural mechanization and automation, industrial design, etc.

2. Mechanical engineering: It is an applied discipline that studies and solves all theoretical and practical problems in the development, design, manufacture, installation, application and repair of various machinery based on the relevant natural science and technical science, combined with the technical experience in production practice.

Second, the employment situation is different.

1. Mechanical: Mechanical profession has wide adaptability, such as equipment maintenance, CNC maintenance, environmental protection equipment design and other fields. At the same time, the mechanical major also involves a lot of interdisciplinary knowledge, and through the accumulation of these knowledge, it also provides a strong guarantee for the interprofessional and cross-industry employment of machinery.

2. Mechanical engineering: relevant state departments, scientific research institutes, colleges and universities, enterprises, advanced CAD application and analysis software technology companies, etc., engaged in the research, design and manufacturing of various mechanical and electrical products and electromechanical automatic control systems and equipment, etc.: the design, manufacturing, development, testing and research of advanced technology products and systems such as industrial robots, MEMS and intelligent equipment.

Mechanical engineering and automation include a wider range, and there is not much difference, both of which are mechanical. According to their own circumstances, each school has differences in the refinement of majors, which is reflected in some differences in the names of majors. Mechanical engineering and automation, covering a relatively comprehensive level.

Mechanical design and manufacturing and automation, with a focus on "design". Mechanical engineering and its automation, with a focus on "manufacturing".

Mechanical major is good.

Mechanical major is a broad discipline in engineering, and it is one of the popular majors selected by science students, which can be called the strongest engineering major, and it is also a popular major in the future. Mechanical majors require good scientific knowledge, drawing ability, and electronic technology, and "electromechanical is not separated", and university disciplines are often taught in the integration of mechanical and electronic education.

Generally speaking, the demand for mechanical technicians is still very large, and the employment rate has always been the highest, at about 95%, but the salary is low compared with other industries.

China's large-scale industry is gradually recovering, the demand for proficient modern mechanical design and management talents is gradually increasing, such as the employment rate of Beijing Jiaotong University Mechanical and Electronic Control Engineering Institute has been maintained at more than 90% in recent years, and the structure and geography of a job for graduates are very good.

Mechanical majors mainly include mechanical design and manufacturing and automation, material forming and control engineering, process equipment and control engineering, mechanical and electronic engineering, measurement and control technology and instruments, mechatronics, aircraft design, vehicle engineering, agricultural mechanization and automation, and industrial design.

Employment Prospects for Mechanical Majors:

The mechanical major is to cultivate the basic theory, knowledge and application ability of industrial design, and can be engaged in industrial product modeling design, visual communication design, environmental design and teaching, scientific research work in enterprises and institutions, mechanical design departments, and scientific research units.

For example, material forming and control engineering is an engineering technology and mechanical major that integrates materials, machinery, control, computer and other disciplines, mainly researching the molding equipment and technology of metallic materials, non-metallic materials, superconducting materials, microelectronic materials and special functional materials, the automation and intelligent control of the molding process, quality testing and reliability evaluation.

With the wide application of various new materials in all walks of life, coupled with the industrial structure adjustment of China's new material industry and the development of new technologies of material forming equipment, the demand for senior scientific and technological talents who have both material science knowledge and mastery of material forming equipment design and manufacturing technology will increase.

Mechanical majors: mechanical design, manufacturing and automation, material rolling forming and control engineering, process equipment and control engineering.

1. The major of mechanical design, manufacturing and automation aims to cultivate students who meet the needs of social development, have a solid foundation in natural sciences and broad mechanical professional knowledge and strong practical ability, have a sense of innovation, international vision, teamwork spirit and good communication skills, and have good humanities and social science literacy, strong sense of social responsibility and good professional ethics.

2. The major of material forming and control engineering cultivates high-quality compound talents who have an international vision and can adapt to the needs of social and economic development, and can master the basic theory and application knowledge of material forming and control engineering, mold technology and computer application.

3. The major of process equipment and control engineering is cultivated to meet the national strategic needs, serve the development of the petroleum and petrochemical energy industry and region, have the basic knowledge of natural science and engineering, professional knowledge and practical ability of process equipment and control engineering, and develop physically and mentally healthy, moral, intellectual, physical and aesthetic in an all-round way.

The importance of choosing a major

1. The choice of major is very important. If you choose a major that you like, then from the beginning, you will take it seriously. You won't use a certain course as a reason to skip classes or get bored, but the more time you spend in this major, the less detours you take.

On the other hand, if you don't like the major in the first place, you won't study well after admission.

2. Choosing the right major can make you more determined. If you have decided on this major from the beginning and made a detailed plan for it, whether it is from theoretical study or future employment, I believe you will be more determined in your original intention and will not be influenced by the outside world, including classmates, friends and parents.