Which is better, communication technology or electrical automation technology?

I am a candidate this year, so am I.

There are few employment channels for electrical automation technology and communication, but the electrical automation technology is different. Take a look.

Communication electronics

Professional training plan

(Three-year higher vocational education)

I. Training objectives

This major cultivates all-round development of morality, intelligence, physique and aesthetics, has the necessary knowledge of culture and science and professional theory, and has a high comprehensive quality and professional ability, and trains applied senior technical talents and management talents who master the basic theory and professional skills of modern communication technology for communication business departments, application departments, engineering departments, industry management departments and communication and IT product production departments.

Second, the academic system and enrollment targets

1, length of schooling: three years

2. Enrollment target: high school graduates or those with corresponding academic qualifications.

Third, business norms

(1) scope of work

The graduates of this major are mainly oriented to communication business departments such as Telecommunication Bureau and Mobile Communication Bureau, communication application departments of enterprises and institutions, development, production and sales departments of communication and IT products, communication engineering companies and communication industry management departments, engaged in product development, production and operation management, installation and debugging, maintenance, sales and technical services.

(B) knowledge structure

1, master the basic cultural knowledge necessary for senior professional and technical personnel in this major;

2, master the basic knowledge of this major and the basic tools commonly used in this major;

3. Initially master the basic knowledge and skills of related majors;

4. Master wireless and wired communication technologies;

5. Master the technical work such as assembly, debugging, maintenance and inspection of information electronic equipment and electronic products;

6, understand the guidelines, policies and regulations related to communication and the latest progress and trends of communication technology.

(3) Ability structure

1, with high professional ethics and certain communication and cooperation skills;

2. Have a solid foreign language basic skills and computer operation level;

3. Be able to develop simple electronic products and install simple system engineering;

4. Have the ability to analyze and solve the technical problems in the first line of production by using the knowledge learned;

5. Have the ability to continue learning, adapt to career changes, develop adaptation and start a business;

6. Obtain the second-class certificate of national computer and the third-class certificate of foreign language proficiency test, and obtain the intermediate technical grade certificate of relevant majors of national vocational qualification test (such as communication terminal equipment maintenance, radio debugging, electrician or home appliance maintenance, etc.). ).

Four, curriculum and main course content

(A) the basic course of culture

1, physical education (1 10 class hours)

Taking physical exercise as the basic means, we should cultivate students' sports consciousness, enhance their sports ability and form the habit of conscious exercise, so that they can become builders and successors of the socialist modernization cause with strong physique. Meet the college students' sports qualification standards.

2~3, moral education (1 10 class hours)

Moral education is a compulsory public course for students. Its main task is to educate students on Marxism, Mao Zedong Thought and Socialism with Chinese characteristics Theory, to guide students to establish a scientific world outlook and outlook on life serving the people, to understand and follow the theoretical education of human socialism, to make students have good ideological and political quality and professional ethics, and to cultivate students into "four haves" with all-round development in morality, intelligence, physique and aesthetics. Courses include: world outlook? Outlook on life, law, political economy, ideological and moral cultivation, Deng Xiaoping Theory, professional ethics, employment and entrepreneurship guidance, etc. (Three-year higher vocational education)

4. English (168 class hours)

With reference to the training objectives of higher vocational education, this course emphasizes application, pays attention to the cultivation of reading and translation ability, and pays attention to the study and cultivation of applied style of this major. Through the study of this course, students will eventually have the ability to read and translate English materials.

5. Advanced Mathematics (140 class hours)

This course mainly teaches the necessary mathematical foundation and basic application skills, cultivates students' correct and skilled calculation ability and certain logical thinking ability, and gradually improves their ability to analyze and solve problems by using mathematical methods.

Including basic mathematics and advanced mathematics (only advanced mathematics is studied in three-year higher vocational education)

6, computer culture foundation (56 hours)

Main contents: composition and basic working principle of computer system, basic operation and maintenance of computer (use of keyboard and mouse, Chinese and English input, connection, configuration and use of peripherals and host computer, daily maintenance of computer), use of Windows operating system, use of Word word processing software and use of Excel spreadsheet processing software.

(2) Specialized courses

7, engineering drawing (56 hours)

Engineering drawing can be divided into electronic engineering drawing and mechanical drawing, and some of them can be studied selectively according to different majors.

"Mechanical Drawing" mainly teaches the projection principle of engineering drawing, the types and methods of pattern expression, the national standard of "Mechanical Drawing", and the labeling methods of size, tolerance and surface roughness. Proficient in using drawing tools, able to draw and read general complex engineering drawings.

Electronic engineering drawing mainly teaches the basic knowledge of electrical drawing, block diagram and circuit diagram, printed board diagram, electrical installation diagram, process flow diagram and logic diagram.

8, circuit analysis (84 hours)

The main contents of this course include: basic concepts and laws of circuits, linear resistance circuit analysis, sinusoidal current circuit analysis, mutual inductance and resonance, three-phase circuit, two-port network, non-sinusoidal periodic current circuit, time domain analysis of linear circuit transition process, and complex frequency domain analysis of linear circuit transition process. The purpose is to enable students to master the basic principles and analysis and calculation methods of electrician, and lay the necessary foundation for future study of follow-up courses and practical work.

9, C language (56 hours)

This course teaches the grammar of the basic concepts of C language, and comprehensively and systematically understands and grasps the methods of programming in C language. The main contents include: the basic concept of programming, the basic composition of C program, selection structure, loop structure, module design, array, pointer, structure and association, file, bit operation and so on.

10, low frequency electronic circuit (84 hours)

This course is an important professional basic course of this major. Main study contents: basic characteristics of crystal diode, basic characteristics of transistor, basic characteristics of field effect transistor, amplifier, negative feedback in amplifier circuit, integrated operational amplifier and its basic application circuit, frequency response of amplifier circuit, etc.

1 1, high frequency electronic circuit (90 hours)

This course is an important professional basic course of this major. Main study contents: high frequency small signal amplifier, high frequency power amplifier, sine wave oscillator, amplitude modulation and demodulation circuit, mixer, angle modulation and demodulation circuit, phase locked loop and frequency synthesis technology.

12, digital circuit (84 hours)

"Digital Circuit" mainly teaches common number systems and the conversion between number systems, common codes and the conversion between various code systems; Basic laws, theorems and commonly used formulas of Boolean algebra, representation, simplification and logical transformation of logical functions; The general method of combinational logic circuit analysis and design: the working characteristics of various flip-flops, such as RS, D, T and JK; The general method of synchronous sequential logic circuit analysis and design, the characteristics of asynchronous sequential logic circuit analysis, the composition of common sequential logic circuits and the general method of sequential logic design using MSI; Basic principles, common circuits and related technical indexes of DAC and ADC.

13, Single Chip Microcomputer Foundation (52 class hours)

This paper introduces the system structure, instruction system, assembly language programming, memory, interrupt and interrupt control of 32-bit microcomputer, and requires students to fully understand the working principle of single chip microcomputer system and master assembly language programming for this system.

14, television principle and system (78 hours)

This course mainly studies the basic knowledge of radio and television system, basic knowledge of color TV, basic principle of analog color TV, circuit structure and circuit analysis; The basic structure, working principle and system design of CATV system. Cultivate students to fully understand the basic structure of communication system, and have the ability of principle analysis, fault maintenance and system debugging of various receiving devices at the terminal.

15, communication principle (84 hours)

The main content of this course is to tell the basic principles, basic technologies and analysis methods of communication system performance with the background of modern communication system and the model of communication system as the main line, so that students can understand the basic principles and analysis and design methods of analog communication and digital communication, especially digital communication, so as to meet the needs of modern information society for communication talents.

16, communication circuit design technology (56 hours)

The main task of this course is to learn the basic methods of RF communication circuit design based on transmission line theory, master the characteristics of RF circuits different from low-frequency circuits and the basic methods of matching design using Smith chart, master the principles, working characteristics and testing methods of important RF active devices and basic RF communication circuits, be familiar with the working principles and using methods of RF testing instruments, vector network analyzers and spectrometers, cultivate students' practical ability through experiments and simulations, promote students' understanding of professional theoretical knowledge, improve their comprehensive quality and cultivate students.

17, single chip microcomputer application technology (84 hours)

The main content of this course is aimed at the application of single chip microcomputer, so that students can master the basic methods and steps of software and hardware analysis, design and production of single chip microcomputer application system, and can skillfully use simulation development environment to debug software and hardware. Finally, the comprehensive analysis and debugging ability and comprehensive design and production capacity of the project are achieved.

18, professional English (56 class hours)

This course teaches some common grammatical phenomena and basic knowledge of word formation in EST. Increase the accumulation of specialized English vocabulary; Be able to translate professional English materials with general difficulty with the help of dictionaries; Can write simple and practical articles such as personal recommendation letter and professional introduction in English; Able to communicate in simple professional English.

(3) Limited elective courses

19- 1, physics (56 class hours)

On the basis of junior high school physics, students can further learn the basic knowledge and skills of technical physics and master and skillfully apply the basic concepts and laws in physics. Cultivate students' ability to observe physical phenomena and independently complete basic experiments of technical physics, so that students can master basic experimental skills. It lays the necessary foundation for the study of circuit analysis, electronic circuit and related professional courses.

19-2, public relations/quality management (56 hours)

The course of public relations mainly teaches the emergence and development of public relations, understands the main functions and implementation steps of public relations, and the role of public relations in the socialist market economy; Be able to plan simple public relations and understand the general methods of correctly handling interpersonal relationships.

Quality management course mainly teaches the organization principle and form of industrial production process; The concept, key points and implementation methods of quality management; Introduction of ISO900 1 and 9002 quality certification system.

20- 1, electronic materials and components (28 hours)

This course mainly introduces various insulating materials, conductive materials and magnetic materials commonly used in radio electronic equipment, as well as various types of commonly used resistors, capacitors, inductors, transformers, piezoelectric devices, electroacoustic devices, electrical contact elements and surface assembly elements.

20-2, Electronic Technology (28 class hours)

This course mainly teaches the general knowledge of electronic technology, the identification, detection and processing of basic electronic components, grasps the production technology of components and whole machine products, and cultivates students' basic practical skills.

2 1- 1, EDA technology and application (56 hours)

This course teaches the general situation of EDA, the design of circuit schematic diagram and printed circuit board (PCB) with EDA software, the basic usage of circuit simulation software and the main means of circuit simulation analysis.

2 1-2, computer network technology (56 hours)

This course teaches the realization technology, theoretical basis and application of computing network; The content is divided into three parts: the realization technology of computing network, including direct network technology, packet switching technology, network interconnection technology, network security technology and so on. Theoretical knowledge of computer networks, including finite automata, Petri nets, etc. Taking Cisco's products as an example, this paper describes various protocols and implementation technologies used in computer networks.

22- 1, electronic product quality inspection (52 hours)

This course mainly introduces the basic principles and methods of quality inspection and quality control of electronic products by using electronic technology and computer technology, so as to promote students to master the knowledge of product safety, sampling inspection and standardization, and cultivate students' general skills needed for quality inspection positions (groups) in electronic enterprises.

22-2, program-controlled switching technology (52 hours)

This course teaches the digital basis of voice signals, digital switching networks, terminals and interfaces of private branch exchanges, program-controlled exchange software and the basic principles of call processing.

23- 1, electronic product marketing (84 hours)

This course is an applied science based on economic science, behavioral science and modern management theory. The main task of this course is to introduce the basic theory and development trend of marketing, and how to analyze the market environment, choose marketing strategies, enter the market and occupy the market in practice.

23-2, optical fiber communication (84 hours)

This course mainly introduces the basic concept, basic principle, system structure and basic technology of optical fiber communication, so as to make students understand the position and function of optical fiber communication system in information transmission and processing, and lay a foundation for engaging in communication technology work.

Fifth, pay attention to practical teaching.

1, mechanic training (semester 1, 2 weeks)

Able to saw, file, scratch, drill, tap, buckle, sleeve and assemble the workpiece according to the specification requirements of junior fitter; Can skillfully use micrometer, caliper, square ruler and other common measuring tools.

2, electrician skills training (second semester, 1 week)

Through the training of electrician's basic skills, we can cultivate students' interest in the specialty, improve their hands-on ability, develop standardized operating habits, master the common sense of safe electricity use, basic operating techniques of electricians, indoor wiring and lighting circuits, correctly use electrical instruments to identify and detect commonly used low-voltage appliances, disassemble and maintain single-phase and three-phase motors, install simple electrical drive circuits, and eliminate simple faults.

3. Microcomputer assembly training (second semester, 1 week)

Can describe the composition principle of computer and the main functions and performance of each component, can correctly assemble and debug computer software and hardware, and can detect and repair general software and hardware faults of computer.

4, electronic technology training 1 (second semester 1 week)

Be able to correctly select and use commonly used electronic components and materials, master welding technology and assembly technology, and be familiar with the safety standards, testing and design points of electronic and electrical products, as well as the basic knowledge, standards and testing technology of electromagnetic compatibility.

5, multimeter assembly training (second semester, 1 week)

Understand the basic principle of multimeter and the working principle of each part of the circuit, and be able to read electromechanical schematic diagram, printed circuit board diagram and assembly diagram; Master the functions and usage of common maintenance tools and instruments; Be able to pay attention to maintenance safety and fill in maintenance report correctly.

6. Course design of low-frequency electronic circuits and high-frequency electronic circuits (second semester, 2 weeks)

Design power amplifier or DC series regulated power supply;

7. Course Design of High Frequency Electronic Circuits (fourth semester, 1 week)

Design and manufacture of radio AM transmitter: design and manufacture of wireless FM microphone, etc. Choose one of them to complete the selection of circuit scheme, calculation of circuit parameters, drawing of circuit schematic diagram, etc.

8. Digital Circuit Course Design (third semester, 1 week)

The design of digital electronic clock or cross traffic light needs to choose circuit scheme, calculate circuit parameters and draw circuit schematic diagram.

9. Electronic Technology Training 2 (third semester, 1 week)

To design a typical application circuit, it is necessary to manually complete the circuit schematic drawing, PCB design, physical production and debugging.

10, telephone training (4th semester, 1 week)

Understand the main functions and usage of the telephone, master the working mode of the telephone, identify the main components of the telephone, and correctly use instruments to repair common faults.

1 1, Radio Training (4th semester, 1 week)

Understand the basic principle of radio and the working principle of each part of the circuit, and understand the electrical schematic diagram, printed circuit board diagram and assembly diagram of radio; Master the functions and usage of common maintenance tools and instruments; Be able to pay attention to maintenance safety and fill in maintenance report correctly.

12, mobile phone maintenance training (4th semester, 2 weeks; The fifth semester, 2 weeks)

Understand the main functions and usage of mobile phones, master the working mode of mobile phones, identify the main components of mobile phones, and correctly use instruments to repair common faults.

13, course design of single chip microcomputer (fifth semester, 2 weeks)

Understand the working principle of interface technology, skillfully use microcomputer standard interface technology to develop systems, compile and debug general programs with assembly language, and control typical application circuits with interface technology.

14, comprehensive graduation practice (6th semester, 13 weeks)

In the process of production practice, the proficiency of its professional skills has been significantly improved, meeting the requirements of enterprises; Apply what you have learned to solve practical problems in production; Understand the whole process of automatic control system production and the production process requirements of each stage, and write production practice reports or product design papers.

Engineering design of complex control system, including scheme selection and demonstration, system design, physical production and debugging. Through the graduation project, the professional knowledge learned is comprehensively applied and comprehensively tested.

Major in production process automation technology (three years)

First, career orientation.

Graduates are mainly oriented to chemical, petrochemical, electric power, medicine, light industrial production and other industries, engaged in the installation, maintenance, debugging, engineering design, product debugging, quality inspection and other first-line technical work of production process automation systems and equipment; Engaged in the operation management and maintenance of production process automation equipment and control system; Engaged in quality inspection, marketing and after-sales service of production process automation products.

Second, the training objectives

(A) personnel training norms

Cultivate higher vocational and technical application-oriented professionals who are fully developed morally, intellectually, physically and aesthetically, adapt to the requirements of China's socialist modernization, master the necessary basic theories and professional knowledge of their major, have the comprehensive business ability and comprehensive quality of their practical work, and work in the front line of production, construction, management and service.

(B) knowledge and ability structure

Knowledge structure

(1) Master the basic knowledge of electrical technology and electronic technology necessary for production process automation specialty.

(2) Master the necessary knowledge of English, basic knowledge of computer application and operation skills for the specialty of production process automation.

(3) Master the basic knowledge of metalworking, engineering drawing, CAD, electronic design and so on.

(4) Master the basic knowledge, programming method and preliminary application ability of single chip microcomputer and programmable controller.

(5) Master the basic knowledge of process detection and control instruments necessary for the professional technology of production process automation.

(6) Master the professional knowledge of process automatic control and process control engineering.

(7) Master the composition and application knowledge of computer control system (and distributed control and field bus control).

(8) Master the basic knowledge of electrical equipment, electrical control technology and electrical control system.

(9) Master the basic knowledge of automatic control engineering design in production process.

(10) Grasp the basic knowledge of enterprise management, quality management, safety production and environmental protection.

Capability structure

(1) has good language skills, interpersonal skills, teamwork skills and customer service awareness.

(2) Have the basic English application ability and computer operation and application ability necessary for this major.

(3) Have the preliminary ability to use computers for electronic circuit aided design and engineering.

(4) Have the ability of wiring, testing, fault analysis and experimental result analysis of general electronic circuits.

(5) Have the preliminary application and development ability of computer, single chip microcomputer technology and PLC.

(6) Be able to select, build, overhaul, install, debug and manage production process automation instruments.

(7) Ability of design, installation, debugging, maintenance and management of industrial process automatic control system.

(8) Ability to build, install, debug, maintain and manage industrial process computer control systems.

(9) Ability to maintain, install and debug electrical equipment and systems.

(10) has the ability to manage and sell automation equipment and equipment materials in the production process.

(1 1) Have the ability to constantly learn and master new knowledge and skills, and have the ability to start a business independently.

3. Quality structure

(1) Support the leadership of the Party, have a socialist concept of honor and disgrace, and establish a correct world outlook, outlook on life and values.

(2) Have good professional ethics and civic awareness.

(3) Have basic knowledge, skills and humanistic quality.

(4) It has the scientific spirit of being realistic and innovative.

(5) Have good physical and psychological qualities.

(6) Have comprehensive professional basic quality, professional specialized ability and professional development ability.

Author: arrogant smelly boy 2007-6- 15 16:38 reply to this speech

Reply: major in production process automation technology (three years)

Are girls in this major studious?

Author: 12 1.25.46. * July 2007-1411.40 reply to this statement.

3 reply 2

I don't think so!

Because look at the following: