(I) Cultural Foundation Courses (Compulsory)
1. Moral Education (177 hours)
(1) Vocational Ethics and Vocational Guidance (32 hours)
This course is a compulsory moral education course for students of secondary vocational schools, aiming at educating students on vocational ethics and vocational guidance. Its mission is: to enable students to understand the basic knowledge and requirements of career, career quality, career ethics, career personality, career choice, career aspirations, and to establish correct career aspirations; to master the basic norms of vocational ethics, as well as the ways of vocational ethical behavior, and to cultivate noble vocational ethical sentiments; to form the concept of employment in accordance with the law, the concept of competition for the job in line with the requirements of the times; to learn the method of career design based on the development of the society, vocational needs and personal characteristics. They can learn how to design their career based on social development, occupational needs and personal characteristics, and enhance their self-awareness of improving their overall quality, choosing their own career, and starting their own business.
(2) Basic Legal Knowledge (32 hours)
This course is a mandatory moral education course for secondary vocational school students, aiming at educating students on basic legal knowledge. Its mission is: to make students understand the Constitution, administrative law, civil law, economic law, criminal law, procedural law in the close relationship with the students of the basic knowledge of the law, the initial to know the law, understand the law, enhance the awareness of the law, set up the concept of the rule of law, and improve the ability to distinguish right from wrong; guide the students to improve the comprehension of the legal issues related to the ability to analyze the ability to judge right and wrong, and according to the law of law, according to the law, to do things, according to the law, to protect the rights and interests, according to the law, to fight against illegal acts. They are instructed to improve their understanding of legal issues, their ability to analyze and judge what is right and what is wrong, and their ability to practice law, act in accordance with the law, protect their rights and interests, and fight against illegal acts in accordance with the law, so that they can become citizens of high legal quality.
(3) Economic and Political Basics (64 hours)
This course is a compulsory moral education course for secondary vocational school students. Its mission is to educate students on the basics of economics and politics based on the basic views of Marxist economic and political doctrines and guided by Deng Xiaoping Theory. It guides students to correctly analyze common socio-economic and political phenomena, improves their ability to participate in socio-economic and political activities, and lays the foundation for active participation in socialist economic construction and socialist democratic political construction in their future professional activities.
(4) Fundamentals of Philosophy (49 hours)
This course is a compulsory moral education course for students in secondary vocational schools, aiming to educate students on the knowledge and basic views of Marxist philosophy. Its mission is: through classroom teaching and social practice and other ways, to enable students to understand and master the basic knowledge of philosophy that is closely related to their social practice, life practice and vocational practice; to guide students to observe and analyze the most common phenomena of social life with the standpoints, viewpoints, and methods of Marxist philosophy; to initially set up a correct world view, life view and values, and to lay a foundation for future social practice.
2. Language (225 hours)
On the basis of junior high school language, further strengthening the reading training of modern and literary texts, improving students' ability to read modern and simple literary texts; strengthening the reading teaching of literary works, cultivating students' ability to appreciate literary works; strengthening the training of writing and oral communication, improving students' ability to write applied texts and daily oral communication. Through teaching activities inside and outside the classroom, students can further consolidate and expand the necessary basic knowledge of language, develop good habits of self-study and use of language, receive excellent cultural cultivation, and form noble aesthetic interests.
3. Mathematics (198 hours)
Based on the foundation of junior high school mathematics, students will further learn the basic knowledge of mathematics. Compulsory and limited elective content: sets and logical terms, inequalities, functions, exponential and logarithmic functions, trigonometric functions of arbitrary angles, series and limits of series, vectors, complex numbers, analytic geometry, three-dimensional geometry, permutations and combinations, probability and statistics. Optional content: limits and derivatives, applications of derivatives, integrals and their applications, statistics. Through teaching, improve students' mathematical literacy, cultivate students' abilities in basic arithmetic, use of basic computational tools, spatial imagination, combination of numbers and shapes, thinking and simple practical applications, and lay the foundation for learning specialized courses.
4. English (252 hours)
Based on junior high school English, the course consolidates and expands students' basic vocabulary and basic grammar; develops students' basic skills of listening, speaking, reading and writing and their ability to use English for communication; enables students to understand simple dialogues and short texts, to conduct preliminary communication around daily topics, to read simple application texts, and to simulate sets of writing texts and simple application essays; improve students' ability to learn independently and continue learning, and lay a foundation for learning English for special purposes.
5. Fundamentals of Computer Application (132 hours)
On the basis of related courses in junior high school, students will further study the basic knowledge of computers, the use of commonly used operating systems, the use of word-processing software, and the basic operation and use of computer networks, and will master the basic skills of computer operation, have the ability to handle words, the ability to process data, the ability to obtain and organize information, Processing ability, online interaction ability, for future study and work to lay a foundation.
Elective content: the use of spreadsheet software, the basic operation and use of database.
6. Physical Education and Health (160 hours)
Based on the relevant courses in junior high school, this course is designed to further study the basic knowledge and motor skills of physical education and health care, to master the basic methods of scientific exercise and recreation and leisure, and to develop the habit of conscious exercise; to cultivate the awareness of independent exercise, self-care, self-evaluation and self-regulation, and to comprehensively improve physical and mental health and social adaptability, so as to provide a foundation for lifelong exercise, further study and social adaptation. In addition, it lays the foundation for lifelong exercise, continuous learning and entrepreneurship.
7. Physics (102 hours)
On the basis of junior high school physics, further study of mechanics, electricity, vibration and waves, thermology and optics, etc., so that students can master the basic laws, general calculations and applications, analytical methods, and to lay the foundation for the study of professional courses.
(II) Specialized Courses (Compulsory)
8. Fundamentals of Electricity (109 hours)
Understanding the characteristics and roles of various electronic components such as resistors, capacitors and inductors; understanding the basic principles and characteristics of simple circuits; understanding the various analytical methods of circuits, and being able to compute the parameters such as voltage, current, and power of the given circuits; and being able to draw the waveform diagrams of signals. Master the theoretical knowledge that should be known by intermediate or above assembly electricians.
9. basic electrical experiments (47 hours)
Understanding the structure and working principle of electrical instruments and meters, can correctly use the common electrical instruments and meters; can use electrical measurement techniques to test and debug the general circuit; can measure the data for general processing, and can draw the experimental curves; understanding of technical specifications associated with the course; can be a general electrical circuit fault analysis and troubleshooting; knowledge of safe use of electricity, general knowledge of the electricians. Troubleshooting; to master the general knowledge of safe use of electricity.
10. electronic engineering drawing (60 hours)
Understand the projection principle of electronic engineering drawings, understand the types and methods of pattern expression, understand the "mechanical drawing", "electrical drawing" of the national standards, understand the size labeling, tolerance labeling, surface roughness labeling methods; skilled use of drawing tools, can draw, read the general complexity of electronic engineering Drawing, can draw electronic products assembly sketches.
11. electronic circuits (150 hours)
Understanding the working principle of commonly used electronic devices, the main parameters and external characteristics; understanding of a variety of basic analog and digital unit circuits and the principle of work; qualitative analysis of a variety of commonly used electronic circuits and can explain the role of each component in the circuit; calculate the parameters of a simple electronic circuits; understanding of the performance characteristics of the general-purpose integrated circuits (IC), can draw the commonly used integrated circuit (IC), can draw the performance characteristics of the general-purpose integrated circuit (IC), can draw the commonly used electronic products assembly sketches. The performance characteristics of general integrated circuits (IC), can draw the commonly used IC application circuits; can consult the electronic device manuals and related information and reasonable selection.
12. electronic circuit experiments (75 hours)
Can skillfully operate a variety of commonly used electronic instruments; can skillfully set up experimental circuits and a variety of measuring instruments on the various parameters of the electronic circuit testing and debugging, can correctly observe the experimental phenomena, record the test results and analyze them; can draw all kinds of test curves; can analyze and troubleshooting of typical circuits; can be prepared in line with the requirements of the The test report will be prepared in accordance with the requirements of the test.
13. Mechanical fundamentals (60 hours)
To understand the types, properties, grades and uses of engineering materials; to understand the basic knowledge of tolerance and coordination; to understand the basic principles of mechanical movement; to understand the types and properties of commonly used institutions and mechanical parts; to use commonly used measuring instruments and tools.
14. Sensing technology and applications (45 hours)
Understand the working principle of sensors, familiar with typical pressure, temperature, photoelectric sensors, and can be used according to the requirements of the table selection; to master several commonly used physical quantities (such as length, speed, pressure, temperature, magnetic field, etc.) of the measurement method, and analyze the typical application of the sensor circuit.
15. electronic product structure process (60 hours)
Understanding the impact of the environment on electronic products and the concept of product reliability; to understand the three electronic equipment, thermal design, vibration damping, shielding of the basic knowledge; to master the layout of the components, knowledge of the alignment; to master the steps of the printed circuit board design, methodology; to master the preparation of process documentation principles, requirements. Have the ability to design printed circuit boards according to the electrical schematic; can analyze the structure of typical electronic products process; can debug the assembly, medium complexity of the product machine.
16. Principles of electronic machine (102 hours)
This course is divided into three elective modules according to the type of electronic machine products.
(1) audio equipment
Understanding the composition, function and understanding of the working principle of the commonly used circuits in audio equipment; understanding the use, composition and working principle of special components or parts in audio technology; being able to read typical wiring diagrams of audio equipment; being able to reasonably purchase, collocation and arrangement of audio equipment; being able to analyze the malfunction phenomena and test data to determine the fault parts, and being able to explain the causes of the malfunction phenomena. Can explain the cause of the failure phenomenon.
(2) digital audio-visual equipment
Master the principle of the composition of typical digital audio-visual equipment; understand the characteristics of optical disc machines and digital signal processing circuits; understanding of typical digital audio-visual equipment and the main technical indicators and parameters; can read and understand the typical digital audio-visual equipment wiring diagrams; through the analysis of the failure phenomenon and test data to determine the fault parts, can explain the causes of the failure phenomenon. The reason.
(3) color television
Understanding the basic principles of photoelectric conversion of television images; understand the basic knowledge of chromaticity; understand the basic composition of television signals and the main parameters; understand the basic composition of color television and the function of the basic circuits; understand the principle of encoding and decoding of PALD color television; understand the principle of the basic circuits of the color television; master color television The main components, circuits and machine performance index test method; understand the function and working principle of the general subsidiary circuits of the TV set; have the initial ability to test the components of color TV sets, unit circuits and machine performance index; can read and understand the typical color TV set wiring diagrams; through the analysis of the fault phenomenon and test data to determine the fault parts, can explain the reasons for the fault phenomenon; understand the new technologies related to color TV sets. Television related to new technologies.
17. electronic measuring instruments (68 hours)
To understand the basic knowledge of electronic measurement; to understand the use of commonly used electronic measuring instruments, performance and the main technical indicators; to understand the composition and working principle of commonly used electronic measuring instruments and the basic working principle of modern intelligent instruments; to be able to measure the results of the simple data processing; to be able to be measured according to the object of the correct choice of instrument; Proficiency in the operation skills of commonly used electronic measuring instruments; can correctly use the instrument to complete the basic measurement tasks; can maintain electronic measuring instruments.
18. Principles and Applications of Microcontroller (85 hours)
Understand the characteristics, current status and future development trend of microcontroller technology; understand the working principle of microcontroller; familiar with the basic functions and typical application examples of MCS-51 microcontroller chip; be able to correctly operate and use the microcontroller development system; be able to illustrate the characteristics and uses of commonly used commands, addressing modes, and interfaces; and have a preliminary knowledge of the hardware of microcontroller application system. With microcontroller application system hardware and software design, debugging, testing, maintenance capabilities.
19. Professional English (68 hours)
To understand some common grammatical phenomena and basic knowledge of word formation in scientific and technological English; to increase the accumulation of professional English vocabulary; to be able to translate the general difficulty of professional English materials with the help of dictionaries; to be able to use English to write personal recommendation letters, professional introductions, and other simple applications; to be able to carry on a simple communication in professional English.
(3) Centralized Practical Teaching Program (Compulsory)
20. Clamping Practicum (30 hours)
The students will be able to saw, file, scribe, drill, tap, snap, set, and assemble workpieces in accordance with the specifications of the junior clamping program; and they will be able to skillfully use the commonly used measuring instruments such as micrometers, calipers, and angle gauges.
21. electronic machine assembly practice (90 hours)
Understand the specifications of commonly used components and materials, models and basic characteristics of parameters, can be correctly detected, reasonable selection of commonly used components; master the basic theory of machine assembly process; understand the basic process of electronic machine production and its new technology, new technology; understanding of the surface mounting technology; the ability to correctly use and maintain the common tools, instruments and special tools. Commonly used tools, instruments and special mounting equipment; master electronic machine manual welding, assembly, debugging, mounting inspection of the basic skills; can read the production of electronic machine technical documents.
22. electrician skills training (30 hours)
Familiar with and able to correctly use the commonly used power distribution equipment, electrical instrumentation, electrical tools; familiar with and able to correctly connect the wires and restore the insulation, as well as lighting fixtures, switches and sockets installation; initial ability to read general electrical schematic diagrams, electrical layout diagrams and wiring diagrams of the electrical installation; preliminary mastery of the electrician basic operation process and basic safety knowledge; understanding of the electrician basic operation process and basic safety knowledge; understanding of the electric machine production technical documents. Process and basic safety knowledge; understanding of the production, transmission and distribution of electrical energy and commonly used low-voltage electrical components and general equipment models, specifications and functions; understanding of technical specifications related to electrical skills.
23. electronic technology skills training (60 hours)
To understand the general process of electronic product design and production; can read circuit schematic diagrams, printed circuit board diagrams; can use manuals to consult the data of electronic components and materials; can correctly select the use of components and materials; can skillfully install and connect the electronic circuits and debugging using electronic instruments; to solve the general problems arising in the process of electronic circuit production; can solve the problem of electronic circuit production. General problems in the process of electronic circuit production; can be produced to test the indicators and performance of the circuit and put forward ideas for improvement.
24. Electronic product inspection practice (30 hours)
Understand the principle of the standard system; understand the general overview of the electronic product inspection, inspection standards (GB and GB/T) and methods; master the correct use of commonly used measuring instruments; understanding of the typical electronic machine product performance index testing program; able to correctly handle the test data and fill in the standardized inspection report.
25. electronic machine maintenance practice (90 hours)
Can understand the basic principles of typical electronic machine and the working principle of each part of the circuit, can read and understand the machine schematic diagrams, printed circuit board diagrams and assembly diagrams; can describe the general maintenance of the typical electronic machine and the maintenance of each part of the maintenance process, according to the phenomenon of the failure to determine the fault parts, skillfully use a variety of maintenance methods and techniques to find and eliminate the fault; master the typical electronic machine maintenance methods and the maintenance process, according to the fault phenomenon to determine the fault parts, skillfully use a variety of maintenance methods and techniques to find and eliminate the faults. Skillful use of various maintenance methods and techniques to find and eliminate faults; master the functions and use of commonly used maintenance tools and equipment; skillful disassembly and assembly of the whole machine for internship; pay attention to the safety of maintenance, and can fill in the maintenance report correctly.
Note: The selection of the typical machine in the electronic machine maintenance internship should be consistent with the content of the "Principles of Electronic Machine" course.
26. microcontroller application practice (90 hours)
Understanding the structure of the microcontroller and the function of each part of the understanding of the working principle of the microcontroller, can explain the general method of microcontroller programming, can skillfully use the microcontroller development system, can be used in assembly language to prepare and debug the general program, can be used in the control of the typical application of microcontroller circuits.
27. Comprehensive internship (360 hours)
Can make their own special skills proficiency in the process of production practice has significantly improved and meet the requirements of the enterprise; can apply the knowledge gained to solve the actual problems of production; to understand the whole process of electronic machine production and the requirements of the various stages of the production process, and can prepare the production internship report or product design thesis.
(IV) Centralized Practical Teaching Project (Elective)
28. Radio Assembly and Maintenance Practicum (30 hours)
Understanding the basic principle of common radio, being able to describe the role of each functional circuit of the radio, being able to assemble and debug radio according to the assembly and debugging process documents of the radio, and being able to locate and troubleshoot the general faults of the radio.
29. telephone maintenance practice (30 hours)
Able to understand the basic principles of the telephone and the working principle of each part of the circuit, able to read and understand the electrical schematic diagrams, printed circuit diagrams and assembly drawings of the telephone; able to describe the general maintenance of the telephone and the maintenance process of each part, according to the fault phenomenon, to determine the fault parts, the use of a variety of maintenance methods and techniques to find and troubleshooting, able to correctly fill in the repair and maintenance of the phone. Troubleshooting, can correctly fill in the maintenance report.
30. electric heating and electric appliances maintenance practice (30 hours)
Understand the resistance, infrared and other electric heating devices and the role and performance of the thermostat parts, master the electric rice cooker, microwave ovens, electric fans, the structure and working principle, according to the operating requirements of these appliances for dismantling and installation, the ability to use the commonly used instrumentation for testing, and the ability to correctly determine and eliminate common failures.
31. computer assembly and maintenance practice (30 hours)
Can describe the principle of the composition of the computer and the main functions and performance of the components, can be correctly assembled computer software and hardware and debugging, can be general computer software and hardware failure detection and repair.
(V) Elective Courses
32. Literature and Art Appreciation (30 hours)
This course can have the following options:
(1) Music Appreciation
Knowledge of music theory of the simple score and the five-stringed score, knowledge of the three stages of appreciating music, and knowledge of the basic means of music expression; knowledge of the genres of common songs and pieces of music; knowledge of Chinese and Western
The students will be able to understand the language of music and the content of the songs.
(2) Fine Arts Appreciation
Knowledge of the basics of fine arts appreciation, the basic characteristics and types of fine arts; knowledge of the formal elements of fine arts; knowledge of the common ways of expression of fine arts; the ability to analyze famous paintings in China and abroad, and the ability to appreciate nature, social life, and the beauty of fine arts.
(3) Appreciation of Poetry
To understand the characteristics of poetry and the general methods of reading and appreciating poetry; to understand the social reality and the thoughts and feelings reflected in the famous writings of famous writers in various historical periods; to understand the laws of formation and development of poetry and the stylistic characteristics of various schools; to understand the basic methods of poetic creation.
33. Fundamentals of Accounting (30 hours)
To understand the basic knowledge of the principles of accounting, to understand the general content and specific methods of the accounting system, to understand the processing procedures of accounting business, to be able to prepare the main accounting statements of industrial enterprises.
34. Marketing (45 hours)
Understanding the emergence, development and basic theory of marketing, understanding and mastering the four main marketing strategies of enterprises.
35. office automation (45 hours)
Understanding the concept and significance of office automation, can set up a set of basic office automation system, master the fax machine, copier's basic working principle, can correctly use and maintenance of modern office equipment, troubleshooting the fax machine, copier's common faults.
36. Spoken English (68 hours)
Can understand relatively standardized English and daily life phrases, can carry out general conversation, can use English to briefly describe the situation of the enterprise and the working environment, to introduce products and processes, and to ask or answer business information.
37. English Data Reading (51 hours)
Understanding the general grammatical knowledge of scientific and technical English, and being able to concisely and correctly translate electronic scientific and popular English data with the help of a dictionary.
38. Multimedia Technology (68 hours)
Understand the basic structure and working principle of multimedia computer, understand the hardware and software technology of multimedia computer and the role of each component, and be able to use the common multimedia equipment and multimedia software correctly.
39. materials and components (51 hours)
Understand the characteristics and application of commonly used electronic materials; grasp the types, characteristics and application of capacitive resistive components, grasp the capacitive resistive components of the naming, marking; understand the inductive components, the application of electrical contacts; grasp the types of transistors, characteristics and application; grasp the characteristics and application of the various types of integrated circuits; understand the sensor components, display devices, piezoelectric devices, electric field of view, and the application of the electronic components. devices, piezoelectric devices, electric fields, the principle and application of sound-control devices; be able to combine the characteristics of electronic materials and components to understand the main points of their application.
40. motor and electrical control (68 hours)
Master the control of the performance of the motor and commonly used low-voltage appliances, structure, use; understanding of the working principle of commonly used electrical control lines, can use commonly used instruments and meters on the electrical control line testing, can analyze, troubleshooting general electrical control lines.
41. switching power supply (51 hours)
Understand the principle of switching power supply system and technical characteristics; understand the switching power technology in the power converter (DC/DC converter) structure and working principle; understand the composition of the PWM switching converter, the principle of operation and technical indicators; understand the principle of the latest switching power switching technology, soft switching characteristics; switching power supply to describe the characteristics, indicators and the work process; switching power supplies can be described Characteristics of the switching power supply, indicators and the work process; will simply estimate the technical parameters of the main components and power supply power, efficiency; can analyze and compare the performance of commonly used switching power supply, characteristics, will use commonly used or special equipment to repair the switching power supply of common failures.
42. Public **** relations (51 hours)
To understand the emergence and development of public **** relations, understanding of public **** relations of the main functions and implementation of the steps, as well as the socialist market economy in the role of the public **** relations; able to carry out a simple public **** relations of the planning, understanding of the correct handling of interpersonal relations of the general approach.