What is the difference between electrical engineering and mechanical engineering when it comes to th

I used to be in a similar situation with you, I also studied machinery in college, and I did do electrical after graduation, but it was also a blank at the time, but now it is much better, in fact, the most important thing is to see which aspect you do, and then for learning, now many people who are engaged in electrical gradually go to the direction of PLC, the only advantage of taking the undergraduate exam is that there is a stepping stone when jumping ship, but this line of work is not particularly important to the undergraduate, experience is the most important, if you still want to engage in hydraulics, it depends on whether it is related to your work, Because these things need to be improved by practical experience, not just reading a few books.

How should you learn the electrical aspects of construction machinery now? Start with? What theoretical knowledge is required? Recently, I was thinking about studying a correspondence degree in electrical engineering and automation, hoping to further my knowledge of electrical engineering.

The most important thing in construction machinery is the hydraulic system, and the electrical is only auxiliary, in fact, you slowly accumulate in the work is more useful than when you learn from books, and you only need to look at the book in this regard

According to your situation, you mainly need to learn the knowledge of PLC and single-chip microcomputer, and if you do a good job in these two aspects, you will learn electrical automation.

If you have the financial means, go to the bookstore and buy some related books.

There is a chance to practice more and learn more solidly.

The main differences are that the training objectives are different, the main courses are different, and the employment direction is different, as follows:

First, the training goals are different.

1. Electrical engineering.

Cultivate "wide-caliber" and "complex" senior engineering and technical talents who can be engaged in the fields of system operation, automatic control, power electronics technology, information processing, test analysis, research and development, economic management, and electronic and computer technology applications related to electrical engineering.

2. Mechanical engineering.

Master the necessary basic theories and professional knowledge of natural sciences, have good learning ability, practical ability, professional ability and innovation consciousness, and be able to engage in design and manufacturing, technology development, engineering application, production management, technical services and other work in professional fields and related interdisciplinary fields after graduation.

Second, the main courses are different.

1. Electrical engineering.

Circuit Principle, Analog Electronic Technology, Digital Electronic Technology, Microcomputer Principles and Applications, Signals and Systems, Automatic Control Principles, Motors and Traction, Power Electronics Technology, Electric Power Traction Automatic Control System, Electrical Control Technology and PLC Applications, Microcomputer Control Technology, Power System Analysis, Power Plant Electrical Part, Electrical Machinery, Power System Automatic Device Principle, Electrical Engineering, High Voltage and Insulation Technology, English for Electrical Engineering, Power System Steady-State Analysis, Power System Transient Analysis, High Voltage Technology, HVDC transmission technology, relay protection.

2. Mechanical engineering.

Basic courses.

Engineering Graphics, Mechanics (Mechanics of Materials, Theoretical Mechanics, etc.), Thermal Fluids (Fluid Mechanics, Thermodynamics or Heat Transfer), Electrical and Electronics, Fundamentals of Materials Science, etc.

Professional courses.

Principles and Methods of Mechanical Design, Principles and Techniques of Mechanical Manufacturing Engineering, Control Theory and Technology, Engineering Testing and Information Processing, Computer Application Technology, Fundamentals of Management Science, etc.

Third, the direction of employment is different.

1. Electrical engineering.

Graduates of this major can be engaged in teaching, scientific research, engineering design, scientific and technological development, management and economy and trade in electrical engineering and automation in colleges and universities, scientific research institutes, companies, enterprises and institutions.

2. Mechanical engineering.

Graduates of mechanical engineering can be engaged in the design, manufacturing, application, production operation management and marketing of mechanical and electrical products in the field of mechanical engineering.

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. Machinery: The breadth of adaptability of mechanical majors, 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 disciplines, through the accumulation of these knowledge, but also for the cross-mechanical major, cross-industry employment provides a strong guarantee.

2. Mechanical engineering: relevant state departments, scientific research institutes, colleges and universities, enterprises, and advanced technology companies should 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.

Extended Information: Major Courses in Mechanical Engineering:

Mechanical Engineering Drawing, Electrical and Electronic Technology Application, Automatic Inspection of Mechanical and Electrical Equipment, Mechanical Structure Analysis, Hydraulic System Application and Maintenance, Mechanical Manufacturing Technology, CNC 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.

The colleges and universities that offer mechanical engineering majors are:

Tsinghua University, Harbin Institute of Technology, Shanghai Jiao Tong University, Huazhong University of Science and Technology, Beijing Institute of Technology, Tianjin University, Zhejiang University, Xi'an Jiaotong University, Tongji University, etc.

Brother, I suggest you become an automation mechanical engineer and learn a little mechanical knowledge, "I hope the automation industry based on PLC!" "It's very shallow-rooted, I'm engaged in PLC, all have to listen to mechanical, project development", to achieve the division of labor (mechanical) "specific design (mechanical)" to achieve the function (mechanical + electrical automation).

From an evolutionary point of view, you are looking from the point of view, from the small food chain of materials, it is recommended that you do not.

Mechanization engineers undertake engineering projects and dare to undertake mechanization.

Electrical automation, very backward.

Electrical engineering is a core discipline and a key discipline in the field of modern science and technology. For example, it is the great progress of electronic technology that has promoted the arrival of the information age based on computer networks, and will change the way human life and work and so on.

Mechanical engineering is an engineering discipline that involves the analysis, design, manufacture and maintenance of mechanical systems using the laws of physics. 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.

In fact, mechanical majors and electrical majors are very good, and I personally think that mechanical majors are better.

The mechanical engineering major is an undergraduate major in ordinary colleges and universities, which is a mechanical major, and the basic study period is four years, and a bachelor's degree in engineering is awarded. In 2012, the mechanical engineering major officially appeared in the "Catalog of Undergraduate Majors in Ordinary Colleges and Universities".

The mechanical engineering major cultivates professionals who can meet the needs of China's socialist modernization, develop in an all-round way in morality, intellect and physique, master the basic theories and professional knowledge of mechanical design and manufacturing, production management, equipment maintenance and quality control, have strong professional practice and innovation ability, and can be engaged in product development and manufacturing, quality inspection, equipment management and maintenance, technology promotion and marketing.

The mechanical engineering major cultivates high-quality professionals with all-round development of morality, intelligence, physique and aesthetics, a certain cultural literacy and a good sense of social responsibility, mastering the necessary basic theories and professional knowledge of natural sciences, having good learning ability, practical ability, professional ability and innovation consciousness, and being able to engage in production management and technical services in professional fields and related interdisciplinary fields after graduation.

In the direction of postgraduate examination, mechanical engineering majors can pursue postgraduate studies in mechanical engineering, mechanical manufacturing and automation, mechanical and electronic engineering, mechanical design and theory and other related majors. Career direction, mechanical engineering graduates can be engaged in the design, manufacturing, application, production operation management and marketing of mechanical and electrical products in the field of mechanical engineering.

The electrical system of engineering machinery can be divided into two parts: electrical equipment and electronic system. Construction machinery electrical equipment includes batteries, generators and regulators, starting systems, charging systems and various electrical equipment; Construction machinery and electronic systems include engine electronic control, fuel injection system, electronic control automatic transmission.

Electronic detection and hidden sock sail monitoring system, electronic load.

Actuator system: including the actuator and actuator of the machine, which uses mechanical energy.

to change the nature, state, shape, or position of the activity object. Or the device for testing, measuring, etc., for production or hail to meet other predetermined requirements.

Product Classification. There are many types of machinery and equipment. When a mechanical device is running, some of its components and even itself can carry out different forms of mechanical movement.

The mechanical equipment is composed of a driving device, a transmission device, a transmission device, a working device, a brake device, a protective device, a lubrication system, a cooling system and other parts.

1) Agricultural machinery: tractors, seeders, harvesting machinery, etc.

2) Heavy mining machinery: metallurgical machinery, mining machinery, lifting machinery.

Loading and unloading machinery, industrial and mining vehicles, cement equipment, etc.

3) Construction machinery: earthmoving machinery, compaction machinery, concrete machinery, etc.

The above content reference: Encyclopedia - Construction Machinery.

The composition and characteristics of the electrical system of construction machinery: The electrical system of construction machinery can be divided into two parts: electric and gas equipment and electronic system. Construction machinery electrical equipment includes batteries, generators and regulators, starting systems, charging systems and various electrical equipment; The construction machinery and electronic system includes the engine electronic control fuel injection system, the electronic control automatic transmission differential concept, the electronic detection and monitoring system, and the electronic Qingji load.

Summary. Which is better, electrical engineering or mechanical engineering.

Mechanical engineers are in a losing position compared to electrical engineers in other positions, because the professional skills of electrical engineers bring the development direction and salary of professionals are much higher than the development and salary of mechanical engineers.

Which is better, electrical engineering or mechanical engineering.

Which is better, electrical engineering or mechanical engineering, mechanical engineers are in a complete losing position compared to electrical engineers in other positions, because the professional skills of electrical engineers bring the development direction and salary of the professional are much higher than the development and salary of the mechanical engineer to the professional.

If you are an electrical engineer, it is very different, your electrical control skills will give you a fairly broad employability, you can work in any profession and industry related to electrical control, the most important thing is that you can quickly integrate into the job, almost no special training to get started, as for wanting to make extra money and the like There are many ways, it depends on whether you are willing to do it.

The skills of a mechanical design engineer are a skill with universal adaptability and core competitiveness, which can not only train his own unique product development capabilities, but also make your research and development capabilities have multiple monetization channels.

The skills of a mechanical design engineer are a skill with universal adaptability and core competitiveness, which can not only train his own unique product development capabilities, but also make your research and development capabilities have multiple monetization channels.

Is it hard to learn electrical or mechanical.

Electrical automation is much more difficult to learn, you have to learn not only software, but also hardware; Not only to learn theories, but also to write ** programming, do experimental observations, make electronic devices against circuit board soldering components, and so on.

The differences between them are so great that claiming one is not necessarily better than the other.

Although the word "engineering" is included in both degrees and the curriculum content is the same, the prospects after graduation are very different.

Mechanical engineering is essentially the "default" engineering major. This means that if someone only wants a general engineer, they may list "mechanical burial engineering" as one of the required degrees. Jobs that require a general engineer include the following.

1.Project Manager Engineer.

My good friend Claudette did it and was quite happy. Unexpectedly, she rarely does engineering, and the position is essentially a management organization position.

2.Civil engineer.

Certain positions) 3Field Service Engineer.

I'm at Baker Hughes.

Most FSEs encountered are mechanical engineers.

Whatever the reason, they take a fish-to-water stance. Developing your spatial intelligence has proven to be helpful for technician-type roles.

4.HVAC.

My cousin has been doing this very well and has been working steadily and well paid for 5 years in a row.

5.There are many other positions.

So, basically, if you want to be an "engineer" like people imagined 30 years ago, Mechanical is a great option.

Electrical engineering hasGreatDifferent. For the past 30 years, the major in electrical engineering.

It is an engineering major. Everything related to energy or computers will rely heavily on electrical engineers.

Almost most importantly, you are considered to be at least somewhat competent in programming. This opens up a bend of oakTonsother options.

So which is better?

It really depends on whether you want to design the real world or the virtual world.

An important caveat above. Electrical engineers have more opportunities to study this field than mechanical engineers. As a discipline, mechanical engineering is in a stable state. Electrical engineers can earn master's degrees in various fields that are still growing. These include:

1.Battery.

2.Photonics.

3.Nanotechnology.

4.Computer speed.

5.Wait a minute.

So, if you know to study and or go to graduate school, electrical engineering is a better option.