1 thought on “Employment direction of electromechanical majors”
Alma
Employment direction of mechanical and electrical majors The mechanical and electrical majors and what is the employment direction. Below is the speech draft of the 3.8 Women's Day leaders I organized by everyone. For reference, let's take a look.
Employment direction of electromechanical majors 1. Mechanical design and manufacturing and automation professional courses mechanical manufacturing process, mechanical system design, mechanical and electrical control system analysis and design, mechanical manufacturing, mechanical manufacturing Equipment design, CNC technology and application. In employment direction Generally speaking, students with mechanical design and manufacturing and automation majors have mastered the basic knowledge, basic principles and more skilled professional practical skills necessary for this major, : (1) The preparation and implementation of mechanical design and manufacturing processing procedures; (2) Maintenance and maintenance of control equipment such as mechanical, electrical, hydraulic, and air pressure; 3) The design and manufacturing work of processing in process; (4) Programming and operation work of high -intelligent equipment such as CNC machine tools and processing centers; (5) Application of the application of mechanical CAD/CAM technology ; (6) On -site technical management of mechanical design and manufacturing; (7) engaged in sales and service of mechanical and electrical products. (8) The primary skills of fitter, car workers or electricians; (9) Preparation and implementation of mechanical design and manufacturing procedures; (10) use, maintenance, maintenance, management of electromechanical equipment; (11) Selecting, designing, manufacturing, and commissioning process; (12) Operating high -intelligent equipment such as CNC machine tools and processing centers; (13) Technical management of mechanical design and manufacturing production site; (14) Apply mechanical CAD/CAM; (15) Apply computer processing text, charts, data and information, design machinery and electrical patterns, and compile CNC processing procedures. Wait The people who are interested in what areas are interested in research and innovation, that is the most motivation. In employment prospects It mainly engaged in the first line of industrial production to engage in design, manufacturing, technology development, application research, operation management, and sales and sales in the field of mechanical manufacturing. Employment distribution has a maximum of five provinces and cities: Beijing, Shanghai, Zhejiang, Liaoning, Shandong. 34.35%of state -owned enterprises, 14.68%of graduate students, 12.59%of private and private enterprises, 1.10%of other institutions, 1.23%of high school institutions, 1.24%of scientific research and design units, 12.14%of the three -funded enterprises, 3.54%forces 3.54% , Middle school and other teaching units 0.99%, 1.43%of going abroad, 0.43%of independent entrepreneurship, 0.25%financial units, and 0.08%of medical and health units. . Electrical engineering and automation Professional courses Main courses: motor and drag, factory electrical control technology, power electronic technology, power electronic technology internship, single -chip machine technology, PLC technology, electronics, electronics Engineering drawing, factory power distribution technology, comprehensive training of electronic technology, electrical equipment, English reading, professional English. In employment direction 1. Power plant (including each company, the power distribution room of the factory 2. Software development (especially single -chip microcomputer or EDA, etc.) 3.PLC (generally industrial control control Intersection, build an operating platform, etc.) 4. Each mine, or metal smelting places (maintenance of automated equipment, operation, etc.) 5. Specialty to sell your own professional related things) 7. Civil servants, every major can 8. What research institutes 9. Product design, that is, the hardware circuit is designed with r n 10. The employment direction of automation professional is very wide. If you look closely, you know many automated equipment. However, there is a promising design for design, selling "money", and maintenance is the working industry, which is the service industry ... 11. The automation choice is wide, and the single -chip machine and PLC can be eaten everywhere. If you are good in English, it is not impossible for foreign companies to ... employment prospects The graduation of electrical engineering and automation major Birth has a relatively generous technical theoretical foundation and relatively solid professional basic knowledge, has strong basic skills and good electrical engineering practice training, has strong innovation capabilities, has a certain applicable market economy scientific research, science and technology, science and technology Development and organizational management capabilities. Graduates can go to various types of power plants, power system power supply departments, power survey and design and research units, power management and other departments, that is, the Electricity Bureau, Design Institute, Engineering Bureau. Electrical engineering -related system operation, automatic control, electrical electronic technology, information processing, test analysis, development and development, economic management, and electronic and computer technology applications are widely used in the factory. Automation is the only thing in the factory that cannot be lacking, and it is the pillar of the factory! If you are more proficient in electrical automation, the employer immediately wants you, no matter what unit, it is best to use the electronic factory, because the electronic factory uses automation every day. Programming, design. . Electronic information engineering If professional understanding electronic information engineering is a discipline for modern technologies such as applications for electronic information control and information processing. Processing, the design, development, application, and integration of electronic equipment and information systems. Electronic information engineering has covered many aspects of society. Like how to process various telephone signals in the telephone exchange bureau, how to convey our voice and even images of mobile phones, How to pass data on the surrounding network, and even how to keep secrets in the information transmission of the army in the information era, it must involve the application technology of electronic information engineering. You can understand these things through some basic knowledge learning, and can apply more advanced technologies to make new products for new products for new products. Research and development. Employment direction 1. Communication direction 2. programmers: including C, C , VB, etc. 3. Software direction: C#, Java for websites, and application software development 4. Hardware direction: single -chip microcomputer, DSP digital signal deal with. 5. Embedded direction: ARM6. Network direction 7. Database direction employment prospects 1. Digital electronic line direction. The development of single -chip machine (8051 series, 32 -bit ARM series, etc.), FPGA (CPLD), digital logic circuit, microcomputer interface (serial port, parallel, USB, PCI) development, higher requirements will be Write the driver and the underlying application. Ming machine mainly develops in C language and assembly language. It is complicated to develop and transplant the real-time embedded operating system (UClinux, VXWorks, UC-OS, Windowsce, etc.). The people who engage in electronic technology are engaged in this direction, mainly used in industrial control and monitoring. 2. communication direction. A branch is engineering design, construction, debugging (base station, computer room, etc.). The other branch is development, routers, switches, software, etc., to understand No. 7 signaling, various communication related protocols, and the development platform from ARM, DSP to Linux, UNIX. 3. Multimedia direction. MPEG2, MPEG4, H.264, H.263, the development platform is mainly ARM, DSP, Windows. 4. Power. The power supply belongs to analog circuit, including linear power, switching power, transformers, etc. The power supply is an indispensable part of any circuit. 5, radio frequency, microwave circuit. is the radio electronic line. Including antenna, microwave solid circuit, etc., which are high -frequency simulation circuits. It is one of the core parts of various communication systems. 6. Signal processing. The here includes image processing and pattern recognition. This requires some mathematical knowledge, mainly the number of matrix generation, probability, and then process, Fourier analysis. It is very attractive to take out from a group of signals like messy signals, which means artificial intelligence. Such as the synthesis of radar signals, various changes to images, CT scanning, license plates, face, fingerprint recognition, and so on. 7. Microelectronics direction. The design and manufacturing of integrated circuits are divided into front and back -end. The front end is heavy functional design. The development of FPGA (CPLD) can also be regarded as front -end design. The rear end focuses on the realization of physical layout. For example, control circuits and protocols such as audio circuit, electrical electronic circuit, automobile aircraft, etc. The people who are engaged in electronic technology in physics generally biased towards the direction of more physics, so that they can give full play to their expertise. Such as the design of analog circuits, radio frequency circuits, power supply and even integrated circuits. In employment direction of electromechanical majors 2 Electromechanical integrated technical majors. Students of electromechanical and electrical technical majors mainly learn electrical and electronic technology, mechanical manufacturing technology, hydraulic and pneumatic technology, electromechanical equipment control technology, CNC processing technology and programming, microcomputer principles and applications, can be available, can be available, can Programming controller, testing technology, CNC machine tool failure diagnosis and maintenance, CAD training, programming and operation training of CNC machine tools, machine tool electrical control training, CNC processing training, hydraulic and pneumatic training, gold work internship, electronic and electronic internship , Graduation Internship (Design) and other courses. The electromechanical integration technology majors master the essential knowledge and ability of the necessary graphics, machinery, electronic electronic technology and computer applications. Master the basic theory, production process and operating skills of the mechanical processing process. Proficient in commonly used computer -assisted design software such as AutoCAD and other products to draw various product assembly and parts charts; you can proficiently prepare CNC machine tool processing procedures, operate ordinary CNC machine tool processing workpieces, have basic skills for installation, debugging, and use of ordinary CNC machine tools; have to have it Analyze the actual problems in professional production, as well as the preliminary capabilities of scientific research, development of new technologies, new processes, and new materials. With the basic knowledge of modern enterprise management and the ability to organize management and technical guidance. With the analysis and computing capabilities, information collection and processing capabilities required by engineering college students, and good foreign language skills. Professional training of mechanical and electrical integration technology training for the use of electromechanical integrated equipment and technical management work. The employment prospects for the integration technology of electromechanical Melectrical integration major is precision machinery-electronic technology (including electrical electronics) -Colidation of multiple disciplines such as computer technology. One of the fastest -growing technologies is the main component of advanced manufacturing technology. Its development has promoted the rapid update of the current manufacturing technology. It is the product of high, precision, and rapid progress, and rapidly improve labor productivity. As my country has gradually become a world manufacturing base plus traditional enterprises facing large -scale technological transformation and equipment renewal, a large number of advanced manufacturing technology professionals need to be urgently needed. Therefore, the employment prospects of the integration of mechanical and electrical integrated technology are very good, and the treatment is high. Graduates are mainly engaged in the maintenance, installation and commissioning, and technical management of various administrative, enterprises, and institutions to engage in machinery, electrical engineering, common electrical appliances, and technical management. The integration of electromechanical integration is a wide -caliber major that has a wide range of adaptation. In addition to learning various machinery, electrical electronics, computer technology, control technology, detection sensing and other theoretical knowledge during the school, students will also participate in various skills training and The national vocational qualification certificate test fully reflects the characteristics of emphasis on skills training. After graduation, students are mainly faced with various enterprises and companies and companies of the Pearl River Delta. Installation, debugging, maintenance, sales, operation management, etc. The employment direction for the integration technology of electromechanical The application fields in electromechanical integration technology are widely used, and employment groups are large. After graduation, students can engage in the operation, maintenance, installation, and debugging of electromechanical equipment after graduation The design, transformation of electromechanical integration equipment, and production management, technical management and other work. Electromechanical integrated technology majors are mainly engaged in the design and implementation of mechanical manufacturing process, work design and implementation, management and maintenance of mechanical and electrical integration equipment, and the programming and operation of CNC machine tools. ;
Employment direction of mechanical and electrical majors
The mechanical and electrical majors and what is the employment direction. Below is the speech draft of the 3.8 Women's Day leaders I organized by everyone. For reference, let's take a look.
Employment direction of electromechanical majors 1. Mechanical design and manufacturing and automation
professional courses
mechanical manufacturing process, mechanical system design, mechanical and electrical control system analysis and design, mechanical manufacturing, mechanical manufacturing Equipment design, CNC technology and application.
In employment direction
Generally speaking, students with mechanical design and manufacturing and automation majors have mastered the basic knowledge, basic principles and more skilled professional practical skills necessary for this major, :
(1) The preparation and implementation of mechanical design and manufacturing processing procedures;
(2) Maintenance and maintenance of control equipment such as mechanical, electrical, hydraulic, and air pressure; 3) The design and manufacturing work of processing in process;
(4) Programming and operation work of high -intelligent equipment such as CNC machine tools and processing centers;
(5) Application of the application of mechanical CAD/CAM technology ;
(6) On -site technical management of mechanical design and manufacturing;
(7) engaged in sales and service of mechanical and electrical products.
(8) The primary skills of fitter, car workers or electricians;
(9) Preparation and implementation of mechanical design and manufacturing procedures;
(10) use, maintenance, maintenance, management of electromechanical equipment;
(11) Selecting, designing, manufacturing, and commissioning process;
(12) Operating high -intelligent equipment such as CNC machine tools and processing centers;
(13) Technical management of mechanical design and manufacturing production site;
(14) Apply mechanical CAD/CAM;
(15) Apply computer processing text, charts, data and information, design machinery and electrical patterns, and compile CNC processing procedures. Wait
The people who are interested in what areas are interested in research and innovation, that is the most motivation.
In employment prospects
It mainly engaged in the first line of industrial production to engage in design, manufacturing, technology development, application research, operation management, and sales and sales in the field of mechanical manufacturing. Employment distribution has a maximum of five provinces and cities: Beijing, Shanghai, Zhejiang, Liaoning, Shandong.
34.35%of state -owned enterprises, 14.68%of graduate students, 12.59%of private and private enterprises, 1.10%of other institutions, 1.23%of high school institutions, 1.24%of scientific research and design units, 12.14%of the three -funded enterprises, 3.54%forces 3.54% , Middle school and other teaching units 0.99%, 1.43%of going abroad, 0.43%of independent entrepreneurship, 0.25%financial units, and 0.08%of medical and health units.
. Electrical engineering and automation
Professional courses
Main courses: motor and drag, factory electrical control technology, power electronic technology, power electronic technology internship, single -chip machine technology, PLC technology, electronics, electronics Engineering drawing, factory power distribution technology, comprehensive training of electronic technology, electrical equipment, English reading, professional English.
In employment direction
1. Power plant (including each company, the power distribution room of the factory
2. Software development (especially single -chip microcomputer or EDA, etc.)
3.PLC (generally industrial control control Intersection, build an operating platform, etc.)
4. Each mine, or metal smelting places (maintenance of automated equipment, operation, etc.)
5. Specialty to sell your own professional related things)
7. Civil servants, every major can
8. What research institutes
9. Product design, that is, the hardware circuit is designed with r
n 10. The employment direction of automation professional is very wide. If you look closely, you know many automated equipment. However, there is a promising design for design, selling "money", and maintenance is the working industry, which is the service industry ...
11. The automation choice is wide, and the single -chip machine and PLC can be eaten everywhere. If you are good in English, it is not impossible for foreign companies to ...
employment prospects
The graduation of electrical engineering and automation major Birth has a relatively generous technical theoretical foundation and relatively solid professional basic knowledge, has strong basic skills and good electrical engineering practice training, has strong innovation capabilities, has a certain applicable market economy scientific research, science and technology, science and technology Development and organizational management capabilities. Graduates can go to various types of power plants, power system power supply departments, power survey and design and research units, power management and other departments, that is, the Electricity Bureau, Design Institute, Engineering Bureau. Electrical engineering -related system operation, automatic control, electrical electronic technology, information processing, test analysis, development and development, economic management, and electronic and computer technology applications are widely used in the factory. Automation is the only thing in the factory that cannot be lacking, and it is the pillar of the factory! If you are more proficient in electrical automation, the employer immediately wants you, no matter what unit, it is best to use the electronic factory, because the electronic factory uses automation every day. Programming, design.
. Electronic information engineering
If professional understanding
electronic information engineering is a discipline for modern technologies such as applications for electronic information control and information processing. Processing, the design, development, application, and integration of electronic equipment and information systems. Electronic information engineering has covered many aspects of society. Like how to process various telephone signals in the telephone exchange bureau, how to convey our voice and even images of mobile phones, How to pass data on the surrounding network, and even how to keep secrets in the information transmission of the army in the information era, it must involve the application technology of electronic information engineering. You can understand these things through some basic knowledge learning, and can apply more advanced technologies to make new products for new products for new products. Research and development.
Employment direction
1. Communication direction 2. programmers: including C, C , VB, etc. 3. Software direction: C#, Java for websites, and application software development 4. Hardware direction: single -chip microcomputer, DSP digital signal deal with. 5. Embedded direction: ARM6. Network direction 7. Database direction
employment prospects
1. Digital electronic line direction.
The development of single -chip machine (8051 series, 32 -bit ARM series, etc.), FPGA (CPLD), digital logic circuit, microcomputer interface (serial port, parallel, USB, PCI) development, higher requirements will be Write the driver and the underlying application.
Ming machine mainly develops in C language and assembly language. It is complicated to develop and transplant the real-time embedded operating system (UClinux, VXWorks, UC-OS, Windowsce, etc.).
The people who engage in electronic technology are engaged in this direction, mainly used in industrial control and monitoring.
2. communication direction.
A branch is engineering design, construction, debugging (base station, computer room, etc.). The other branch is development, routers, switches, software, etc., to understand No. 7 signaling, various communication related protocols, and the development platform from ARM, DSP to Linux, UNIX.
3. Multimedia direction.
MPEG2, MPEG4, H.264, H.263, the development platform is mainly ARM, DSP, Windows.
4. Power.
The power supply belongs to analog circuit, including linear power, switching power, transformers, etc. The power supply is an indispensable part of any circuit.
5, radio frequency, microwave circuit.
is the radio electronic line. Including antenna, microwave solid circuit, etc., which are high -frequency simulation circuits. It is one of the core parts of various communication systems.
6. Signal processing.
The here includes image processing and pattern recognition. This requires some mathematical knowledge, mainly the number of matrix generation, probability, and then process, Fourier analysis. It is very attractive to take out from a group of signals like messy signals, which means artificial intelligence. Such as the synthesis of radar signals, various changes to images, CT scanning, license plates, face, fingerprint recognition, and so on.
7. Microelectronics direction.
The design and manufacturing of integrated circuits are divided into front and back -end. The front end is heavy functional design. The development of FPGA (CPLD) can also be regarded as front -end design. The rear end focuses on the realization of physical layout.
For example, control circuits and protocols such as audio circuit, electrical electronic circuit, automobile aircraft, etc.
The people who are engaged in electronic technology in physics generally biased towards the direction of more physics, so that they can give full play to their expertise. Such as the design of analog circuits, radio frequency circuits, power supply and even integrated circuits.
In employment direction of electromechanical majors 2 Electromechanical integrated technical majors. Students of electromechanical and electrical technical majors mainly learn electrical and electronic technology, mechanical manufacturing technology, hydraulic and pneumatic technology, electromechanical equipment control technology, CNC processing technology and programming, microcomputer principles and applications, can be available, can be available, can Programming controller, testing technology, CNC machine tool failure diagnosis and maintenance, CAD training, programming and operation training of CNC machine tools, machine tool electrical control training, CNC processing training, hydraulic and pneumatic training, gold work internship, electronic and electronic internship , Graduation Internship (Design) and other courses. The electromechanical integration technology majors master the essential knowledge and ability of the necessary graphics, machinery, electronic electronic technology and computer applications. Master the basic theory, production process and operating skills of the mechanical processing process. Proficient in commonly used computer -assisted design software such as AutoCAD and other products to draw various product assembly and parts charts; you can proficiently prepare CNC machine tool processing procedures, operate ordinary CNC machine tool processing workpieces, have basic skills for installation, debugging, and use of ordinary CNC machine tools; have to have it Analyze the actual problems in professional production, as well as the preliminary capabilities of scientific research, development of new technologies, new processes, and new materials. With the basic knowledge of modern enterprise management and the ability to organize management and technical guidance. With the analysis and computing capabilities, information collection and processing capabilities required by engineering college students, and good foreign language skills. Professional training of mechanical and electrical integration technology training for the use of electromechanical integrated equipment and technical management work.
The employment prospects for the integration technology of electromechanical
Melectrical integration major is precision machinery-electronic technology (including electrical electronics) -Colidation of multiple disciplines such as computer technology. One of the fastest -growing technologies is the main component of advanced manufacturing technology. Its development has promoted the rapid update of the current manufacturing technology. It is the product of high, precision, and rapid progress, and rapidly improve labor productivity. As my country has gradually become a world manufacturing base plus traditional enterprises facing large -scale technological transformation and equipment renewal, a large number of advanced manufacturing technology professionals need to be urgently needed. Therefore, the employment prospects of the integration of mechanical and electrical integrated technology are very good, and the treatment is high. Graduates are mainly engaged in the maintenance, installation and commissioning, and technical management of various administrative, enterprises, and institutions to engage in machinery, electrical engineering, common electrical appliances, and technical management. The integration of electromechanical integration is a wide -caliber major that has a wide range of adaptation. In addition to learning various machinery, electrical electronics, computer technology, control technology, detection sensing and other theoretical knowledge during the school, students will also participate in various skills training and The national vocational qualification certificate test fully reflects the characteristics of emphasis on skills training. After graduation, students are mainly faced with various enterprises and companies and companies of the Pearl River Delta. Installation, debugging, maintenance, sales, operation management, etc.
The employment direction for the integration technology of electromechanical
The application fields in electromechanical integration technology are widely used, and employment groups are large. After graduation, students can engage in the operation, maintenance, installation, and debugging of electromechanical equipment after graduation The design, transformation of electromechanical integration equipment, and production management, technical management and other work. Electromechanical integrated technology majors are mainly engaged in the design and implementation of mechanical manufacturing process, work design and implementation, management and maintenance of mechanical and electrical integration equipment, and the programming and operation of CNC machine tools.
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