What is the major of automotive electromechanics?

The major of automotive electronics technology cultivates senior technical application professionals who are engaged in the operation, commissioning, maintenance and technical management of electrical appliances and circuits of automobiles and other motor vehicles. Here's the details I've put together, let's take a look!

The main courses of automotive electronics technology.

Professional core courses and main practical links: mechanical design basics, engine principles and automotive theory, electrical technology, electronic technology, automotive electronic control technology, automotive performance and experiment, automobile application and maintenance, mechanical design basic course design, automobile disassembly, automobile repair, automobile performance experiment, automotive electronic control components testing and commissioning, production practice, graduation internship and graduation design, etc., as well as the main characteristic courses and practical links of each school.

The manufacturing, automobile maintenance and automotive electronic control parts manufacturing department is engaged in the testing, experiment, maintenance and technical service of automotive electronic technology.

Employment direction of automotive electronics technology.

Automobile manufacturing, automobile maintenance and automotive electronic control parts manufacturing department, engaged in automotive electronic technology testing, testing, maintenance and technical services.

Available positions: hardware engineer, electronic engineer, electronic technician, sales engineer, regional sales manager, senior hardware engineer, automotive supplies promotion, software engineer, installation and maintenance specialist, technical support engineer, automotive supplies sales, sales representative.

Destination: Graduates are mainly engaged in the management of the transportation department, automobile distribution and after-sales service, the technical work of the automobile fault diagnosis and testing center, the development and modification of automotive electronic equipment and the technical management of the high-end car repair department, major repair factories, automobile transportation companies, and large factories and mines automobile transportation fleet.

Automotive electromechanical, mainly research automotive electronic and electrical, mechanical and control parts. There are many subjects such as single-chip microcomputer, signal processing, sensors, hydraulics and pneumatics, motor drag, electronic circuits, mechanical principles and mechanical parts, automobile structure, molds and other partial mechanical and electronic subjects. The employment area is relatively wide, and you can directly do automotive product design.

There are more and more automobiles, and they have gradually entered thousands of households, and the auto repair industry has already become a sunrise industry. However, in today's world, there is a shortage of talents with solid mechanical and electrical maintenance technology, so the prospects for learning automotive mechanical and electrical majors are very optimistic. What is the main study of automotive electromechanical major?

1.Cognition and maintenance of two major engine structures and five major systems. Motor.

The first and second level maintenance, the comprehensive strengthening of the engine. The replacement of antifreeze, the positive belt replacement. 2.

The four major systems of the chassis are recognized, inspected and maintained, brake pads are replaced, transmission is repaired, and four-wheel alignment is maintained. 3.Automotive electromechanical major can be skills certification:

Automobile mechanics (intermediate) learn automotive electromechanical to professional auto repair schools.

Hello! The content of automotive electromechanical learning includes: engine construction and maintenance, chassis construction and maintenance, automotive electrical system construction and maintenance, engine, automotive electrical appliances, automobile chassis fault diagnosis, etc., which is a pure skill major.

Mainly learn car maintenance, how to check the car, this industry is still relatively popular, stable employment, I hope to help you.

Summary. Hello dear! Glad to answer for you Which is better, mechatronics or automotive?

Dear, technical secondary school is better to learn auto repair. Automobile maintenance is to meet the needs of social development, with the development of Chinese society, the increase in the number of cars, the lack of automobile maintenance personnel, the need for a group, professional, high-quality maintenance personnel. As one of the key points of the talent training project implemented by the Ministry of Education, automobile maintenance has a national demand of more than 300,000 talents.

This major cultivates the basic knowledge of automobiles to adapt to the development of the modern automobile industry, master the basic knowledge of automobiles in many aspects such as automobile structure and principle, automotive electrical equipment, automobile testing equipment use, automobile fault diagnosis, etc., proficient in the use of various automobile testing equipment and the testing process of the whole vehicle, have high operational skills and technical guidance technician level in automobile testing specialty, and have a certain advanced knowledge and skills of automobile repair enterprise management.

Hello dear! Glad to answer for you Which is better, mechatronics or automotive? Dear, technical secondary school is better to learn auto repair.

Automobile maintenance is to meet the needs of social development, with the development of Chinese society, the number of cars is increasing, the lack of automobile maintenance personnel, the need for a group, professional, high-quality maintenance personnel. As one of the key points of the talent training project implemented by the Ministry of Education, automobile maintenance has a national demand of more than 300,000 talents. This major cultivates to adapt to the development of the modern automobile industry, master the basic knowledge of automobiles in terms of automobile structure and principle, automotive electrical equipment, use of automobile testing equipment, automobile fault diagnosis, etc., and master the use of various automobile testing equipment and the testing process of the whole vehicle.

Thank you. In fact, the mechanical and electrical major is a general term for the two majors of mechanical and electrical engineering, and the full name is mechanical and electrical engineering.

However, it is also sometimes used as an abbreviation for mechatronic engineering majors. In short, they are all related to machinery, electrical appliances, and electronics. The talents cultivated in this major are basically for the front-line service.

Relatively speaking, the work will be hard, especially during the internship period and when you have just graduated. Some of the working environment is also relatively harsh, and the work place will be relatively remote, so it is not recommended for female students to apply for this major, unless they really love it and can really endure hardships.

1. Section A: Maintenance.

1.Repair the base module.

Project practice: two major engine mechanisms, five major system cognition, testing and maintenance. Motor.

Level 1 and 2 maintenance, comprehensive intensive training of the engine. Replacement of antifreeze, timing belt replacement.

2.Chassis repair module.

Project practice: chassis 4 major system cognition and inspection maintenance, brake pad replacement, transmission maintenance, four-wheel alignment, etc.

3.Skills Certification Module.

Project Practice: Auto Mechanic (Intermediate).

4.Grasp the goal at this stage.

Master the testing process of the engine and be familiar with the engine.

The first and second level maintenance process, master the detection, maintenance and repair skills of the corresponding system of the chassis.

2. Section B: Diagnostic tests.

1.Detection of lifting modules.

Project practice: power system performance testing, lighting signal circuit testing, automotive air conditioning system performance testing, engine electronic control system testing.

2. Diagnostic analysis module.

Project practice: battery testing, generator testing, engine testing, wiper motor testing.

3. Skill certification module.

Project practice: auto maintenance electrician (intermediate).

4. Training objectives at this stage.

Proficient in the testing methods and use of testing equipment for automotive electrical components; Preliminary grasp of the overall idea of automobile fault diagnosis and analysis, and master the diagnosis and elimination methods of common automobile faults.

Engine construction and maintenance, chassis construction and maintenance, automotive electrical system construction and maintenance, etc.

The contents of the automotive electromechanical major include: engine foundation, chassis foundation, electronically controlled engine, electronically controlled chassis, automotive electrical appliances, etc.

Engine Basics, Chassis Basics, Electronically Controlled Engines, Electronically Controlled Chassis, Automotive Appliances.

She will learn to love any kind of knowledge, alas, go in the middle ah, the focus is to learn uh what time of the profession, circuit problems. The latest is okay.

The main courses of mechanical and electrical engineering: mechanical manufacturing technology, motor drive and control, factory power supply, single-chip microcomputer principle, machine tool numerical control technology, mechanical and electrical equipment failure analysis and maintenance, etc.; Mechanical and electrical engineering professional practice courses: ligand surveying and mapping, operation skills training, mechanical manufacturing basic training, electrical skills training, computer application training, machine tool technology and fixture training, single-chip microcomputer principle and application training, CNC technology training, etc.

1. Mechanical and electrical engineering: the main courses include mechanical manufacturing technology, motor drag and control, factory power supply, single-chip microcomputer principle, machine tool numerical control technology, mechanical and electrical equipment failure analysis and maintenance, etc.

2. Mechatronics: Mainly offer core courses such as "Motor and Its Application", "Factory Electrical Control Equipment and Its Application", "SCM Control Technology Application", "Sensor Technology Application", "Power Electronics and Motor Speed Regulation Technology Application".

3. Mechatronics technology: mainly offers courses such as electrical and electronic technology, mechanical manufacturing technology, hydraulic and pneumatic technology, electromechanical equipment control technology, CNC machining technology and programming, microcomputer principle and application, programmable controller, testing technology, CNC machine tool fault diagnosis and maintenance, etc.

4. Mechatronic Engineering: The main courses are engineering mechanics, mechanical principles and mechanical parts, electrical and electronic technology, microcomputer principles and applications, thermal processing technology basics, thermal processing process equipment and design, testing technology and control engineering, CAD cam basics.

5. Mechanical design and manufacturing and automation: there are professional courses such as mechanical manufacturing technology, mechanical system design, mechanical and electrical control system analysis and design, mechanical manufacturing equipment design, numerical control technology and application.

Hope mine is helpful to you, hope, thank you!

The mechatromechanical major mainly focuses on the two aspects of the mechanical and electrical aspects of automobiles. If you are good at learning automotive mechatronics, then it is more reliable to become a car designer or maintenance personnel.

The major of automobile maintenance mainly learns automobile structure and disassembly, engine maintenance, automobile chassis maintenance, automobile transmission system maintenance, automobile driving system maintenance, automobile electrical equipment principle and maintenance, automobile electronic control system maintenance, automobile use and technical management, automobile comprehensive fault diagnosis, automobile professional English, automobile marketing, motor vehicle insurance and claims, etc. Focus on mastering proficient skills in automobile mechanical maintenance technology, automotive electrical equipment maintenance technology, automobile engine EFI technology maintenance, automobile automatic transmission technology maintenance, etc., and can understand the principles and maintenance of other new technologies of automobiles, and have a certain concept of automobile maintenance enterprise management and reception services.

The biggest difference between an electronically controlled engine and a carburetor engine is the fuel supply system. The fuel supply system of the electronically controlled engine has eliminated the carburetor, but a number of electronic automatic control devices have been added. These include many sensors, actuators, and ECUs.

Electronically controlled engines have to do not only what carburetors do, but also what carburetors can't do. For example, the specific concentration of air-fuel in a combustible mixture can be controlled within the required range. The oil circuit and circuit of the carburetor engine are very clearly divided and do not affect each other much.

The electronically controlled engine fuel supply system increases the electronic control part, which makes the oil circuit and circuit interconnected, which not only affects the work of the engine fuel system, but also affects the normal operation of the engine. Due to the increase in electronic control devices for electronically controlled engines, this makes the entire structure of the engine, including the electronic control system, more complex.

Quick navigation. Structural composition.

How it works. Parameters to be measured.

Merit basic idea.

In the initial stage, the function of the system is realized by replacing the mechanical control technology with electronic technology, and its function is expanded, so that the performance is greatly improved; After the development to a certain extent, electronic technology can promote the essential change of the system principle, so that the limitations can be broken through, so that the engine performance can be greatly improved.

Electronically controlled engine.

Structural composition. Electronic control unit.

The electronic control unit (ECU) is the heart of the engine's electronic control system. It completes the collection of various parameters of the engine, the control of fuel injection volume and fuel injection timing, and determines the function of the entire electronic control system.

The sensor sensor transmits the information of the engine operating conditions and environment to the ECU in real time and realistically through various signals.

In other words, what the ECU learns is just an engine made up of many signals. Therefore, the accuracy, reproducibility and immediacy of sensor information directly determine the quality of control.

The various control functions to be completed by the actuator electronic control system are realized by various actuators.

In the control process, the actuator converts the control signal from the ECU into a certain mechanical motion or electrical movement, thereby causing the change of engine operating parameters and completing the control function.

How it works. The engine speed and load are used as the basic signals reflecting the actual working conditions of the engine, and the basic fuel injection amount and fuel injection timing are determined with reference to the fuel injection amount and fuel injection timing spectrum corresponding to each working condition of the engine obtained by the test, and then various compensation is made according to various factors (such as water temperature, oil temperature, atmospheric pressure, etc.), so as to obtain the best fuel injection amount and fuel injection timing or ignition timing, and then control the output through the actuator.

Hello! The automotive electromechanical major mainly includes the basic engine and the basic chassis. Electronically controlled chassis. Electronically controlled engine. Automotive appliances. These are the core courses. It is advisable to choose a regular school to study. Hope to adopt.

There are mainly the following courses: Political Theory and Moral Education, College English, Physical Education, Advanced Mathematics, Applied Writing, Computer Application, Electrical Technology, Mechanical Drawing and Computer Drawing, Automobile Mechanics, Automobile Construction, Principles of Accounting, Economic Law, Market Research and Practice, Automobile Marketing, Automobile Electrical Equipment.