Give me a few majors in petrochemical and electric power ... preferably to the corresponding schools, especially those in Guangxi.

Professional Introduction of Electric Power Engineering Department/Electronic Engineering Department

1, Guangxi demonstration construction major, quality major: power plant and power system major.

Training objectives: This major trains and masters the professional principles of power generation production, power transformation and distribution technology and operation management of power generation equipment.

On the application-oriented high-skilled talents with the skills of installation, debugging and maintenance of power generation equipment and the ability of electrical design and construction management.

Main courses: circuit, electronic technology, electrical engineering, computer application, microcomputer principle and interface technology, power plant electrical equipment, power plant electrical equipment, power system analysis, relay protection, automation device, high voltage technology, power plant microcomputer monitoring technology, water machine automation technology, power engineering budget, electrician training, analog electronic training, digital electronic training, motor installation training, power system analysis and design, electrical equipment design, and so on. Electrical control and PLC training, high and low voltage electrical appliance installation training, power plant simulation operation training, electrical CAD training, power plant secondary equipment installation training, simulation power plant training, graduation comprehensive practice.

Employment orientation: Graduates are mainly engaged in the operation, equipment overhaul and maintenance of power plants and substations, as well as the operation management and maintenance of power generation and distribution equipment in various enterprises and institutions.

2. Power system relay protection and automation specialty

Training objectives: This major mainly trains applied high-skilled talents who are engaged in the installation, debugging, operation and maintenance of relay protection and automation devices in power plants and substations, as well as the production, testing, management and marketing of power automation equipment.

Main courses: circuit and magnetic circuit, electronic technology foundation, electrical engineering, power grid and power system, power plant electrical equipment, secondary control loop of power plant and substation, power system relay protection, power system automation device, relay protection testing technology, substation integrated automation system, microcomputer relay protection operation and maintenance, analog electronic training, digital electronic training, electrical secondary installation training, relay protection course design, single chip microcomputer application training, relay protection worker training and so on.

Employment orientation: Graduates can engage in technical and management work such as operation, maintenance, design, installation and debugging of relay protection and automatic devices in power plants, power supply departments at all levels of power grid companies, power construction companies, industrial and mining enterprises and institutions; Can also engage in power automation equipment production, sales, after-sales service and other work.

3. High-quality specialty in the autonomous region: electrical automation specialty (automatic control direction)

Training objectives: This major trains applied high-skilled talents with good professional quality and professional knowledge and skills such as installation, debugging, overhaul, operation and maintenance, and technical management of commonly used electrical control equipment, distribution equipment, automation instruments, industrial control networks and electrical automatic control systems.

Main courses: circuit foundation, analog electronic technology, digital electronic technology, computer application foundation, automatic control theory and system, motor and drive, factory power supply, factory electrical control technology, single chip microcomputer principle and application, programmable controller application technology, inverter application technology, automatic detection technology and instrument, VB programming, electrical engineering CAD, configuration software and touch screen application technology, field bus and industrial Ethernet application technology, intermediate electrician training, graduation comprehensive practice, etc.

Employment orientation: Graduates can engage in the installation, debugging, operation and maintenance, production, sales and technical transformation of automation instruments, electrical control equipment and automatic control systems in enterprises and institutions, as well as the operation and maintenance of step-down substations and distribution systems in enterprises.

4, electrical automation major (building electrical direction)

Training objective: To cultivate applied high-skilled talents who can master the structural principle and design of modern building electrical system, the professional knowledge of installation and use of various building electrical equipment, the professional skills of operation, maintenance and debugging of control equipment of industrial and civil building network system, and be able to engage in building electrical construction management and equipment installation, adjustment and maintenance.

Main courses: circuit principle, electronic technology, motor and transmission, power supply and distribution of industrial and civil buildings, electrical control technology, microcomputer principle and interface technology, building electrical construction technology, electrical lighting technology, power electronics technology, computer network technology, programmable control technology, detection technology, building electrical equipment management, construction organization and management, building electrical design specification, building electrical CAD, automatic control theory and system, PLC control system design, building electrical control.

Employment orientation: graduates are mainly engaged in the design, construction and management of building electrical systems and power supply systems in the construction industry, and are engaged in the maintenance, transformation and management of building electrical engineering equipment in various enterprises and institutions; Can also be engaged in the installation, debugging, maintenance and other technical management of electrical products.

5. Power technology major

Training objectives: This major trains students to master the theory of power supply technology, and has strong power supply system design, installation and transportation capabilities.

Application-oriented high-skilled talents with operation, maintenance and debugging skills.

Main courses: circuit foundation, electrical measurement, computer application foundation, analog electronic technology, digital electronic technology, electromechanics, power supply equipment, power supply network, relay protection and automation device, secondary system of substation, automation of power supply and distribution system, high voltage technology, programmable control technology, power supply and distribution line construction and operation maintenance, electrical operation and management, electric energy metering, electricity inspection and management, electric power marketing, electric power engineering budget, etc. Motor installation training, single-chip computer training, power supply system course design, electrical control and programmable design training, electrical engineering CAD drawing, secondary installation training of high and low voltage equipment and electricity, power distribution operator training, graduation comprehensive practice, etc.

Employment orientation: Graduates can engage in power supply operation management, power consumption inspection and measurement supervision in power supply and distribution stations at all levels, or engage in power supply equipment operation and maintenance in power stations and substations owned by enterprises and institutions, or engage in electrical equipment installation and power supply and distribution line construction and maintenance in power construction departments.

6. Mainly engaged in the construction, operation and maintenance of high voltage transmission and distribution lines.

Training objectives: This major trains applied high-skilled talents with basic knowledge, professional operation skills and comprehensive application quality, such as transmission and distribution line measurement, construction, tower structure design, transmission and distribution line design, transmission and distribution line operation and maintenance, and installation and debugging of substation facilities.

Main courses: circuit and magnetic circuit, electronic technology foundation, motor technology, engineering drawing and CAD, engineering mechanics, power engineering foundation, electrical equipment, high voltage technology, transmission line design, tower structure design, transmission line construction technology, transmission line operation and maintenance, transmission line engineering survey, metalworking training, electrician training, electronic technology training, motor installation training, transmission line construction practice, transmission line measurement practice, graduation comprehensive practice, etc.

Employment orientation: Graduates are mainly engaged in the design, construction, operation, maintenance and overhaul of transmission and distribution lines in power enterprises; Engaged in the management and maintenance, construction technology management, installation and debugging of transmission and distribution equipment and lines in electrical installation engineering company. Engaged in the management and maintenance, construction technology management, installation and debugging of distribution equipment and lines in large and medium-sized industrial and mining enterprises. Engaged in technical support work in electrical equipment manufacturers.

7. High-quality specialty in the autonomous region: Power system automation technology specialty.

Training objectives: This major trains applied high-skilled talents with solid basic theoretical knowledge and professional knowledge of power system, strong power system operation management ability and power installation engineering design, construction and management skills.

Main courses: circuit foundation, engineering drawing, computer application, analog electronics, digital electronics, electromechanics, power production process, electrical equipment, automatic control principle, power system analysis, principle and application of single chip microcomputer, power system telecontrol technology, relay protection and integrated automation, power system automation device, PLC control technology, power communication technology, power engineering budget, computer-aided design CAD, electrician skill training, analog electronic training, Digital electronics training, electrical CAD training, single chip microcomputer application training, power system design, electrical equipment design, relay protection design, electrical control and PLC training, high and low voltage electrical installation training, electrical secondary installation training, power plant simulation operation training, graduation comprehensive practice.

Employment orientation: Graduates are mainly engaged in electrical operation management, power system dispatching and electrical test technology in various departments of power system, and can also be engaged in electrical installation, debugging, management and maintenance in various enterprises and institutions.

8, building intelligent engineering technology specialty

Training Objective To train applied high-skilled talents with basic theoretical knowledge of intelligent building equipment engineering management, professional technical ability of modern building equipment, facilities and property management, and who can be engaged in the installation, operation, maintenance, transformation and management of electromechanical systems and intelligent equipment in intelligent buildings and large modern property facilities.

The main courses are electrical technology, analog electronics, digital electronics, control and drag of low-voltage electrical appliances, microcomputer principle and interface technology, automatic control principle and system, automatic detection technology, programmable controller, computer network technology, building drawing reading, building electrical control technology, building power supply and distribution technology, electrical lighting technology, fire alarm system, building water supply and drainage, building intelligent budget, project management and property management, construction organization and management, integrated wiring, and electrical lighting. Metalworking training, electronic training, intermediate electrician training, low-voltage electrical appliance training, programmable control training, single chip microcomputer training, power supply and lighting design, access card system, burglar alarm system, fire protection system, parking lot system, intelligent community automation system design and training, graduation comprehensive practice, etc.

Employment orientation: Graduates are suitable for urban intelligent building property management, mechanical and electrical management equipment engineering technology management and construction management and other major industries.

9. Communication Technology Major

Training objectives: This major trains applied high-skilled talents engaged in the production, installation, debugging, operation, maintenance, marketing and management of modern communication system equipment.

Main courses: circuit analysis, analog electronic technology, digital electronic technology, high-frequency electronic circuit, microcomputer principle and interface technology, computer network technology, C language programming, signal and system, communication principle, modern CATV network technology, program-controlled switching technology, optical fiber communication, data communication, mobile communication technology, communication engineering budget, CAD aided design, engineering drawing, communication power supply technology, primary electrician training, electronic training and CAD training. Protel training, Matlab language training, C language programming training, microcomputer principle and interface technology training, computer network technology training, communication system understanding training, GSM base station certification training, TD-SCDMA certification training, program-controlled switching system certification training, microwave communication and satellite receiving system installation and debugging, graduation comprehensive practice, etc.

Employment orientation: Graduates are suitable for telecom, mobile, China Unicom, transportation, radio and television, civil aviation, electric power and other communication-related equipment suppliers, communication operators and communication engineering builders, engaged in the production, installation, debugging, operation, maintenance and telecom marketing of communication equipment. Our institute and Guangdong Chaoxun Communication Technology Co., Ltd. conducted two sessions of school-enterprise cooperation training on China mobile base station maintenance.

10, major in applied electronic technology.

Training objectives: This major trains applied high-skilled talents with good professional comprehensive quality, basic theoretical knowledge in the field of electronic technology, and professional technical abilities such as development, production, testing and maintenance of electronic products, and engineering design, installation, debugging and maintenance of electronic systems.

Main courses: circuit and signal foundation, analog electronic technology, digital electronic technology, high-frequency electronic circuit, principle and application of single chip microcomputer, electronic design automation, detection and conversion technology, electric drag and PLC, TV receiving technology, closed-circuit monitoring system, audio-visual system engineering, electronic circuit fault detection technology, practical power supply technology, electrician experiment training, electronic measurement training, AutoCAD training, Protel training, electronic production training, single chip microcomputer application training, and color TV maintenance.

Employment orientation: Graduates can hold technical positions in electronic product development, production and sales in electronic production enterprises, and engage in engineering design, installation, debugging, operation and maintenance of electronic systems (closed-circuit monitoring system, CATV system, audio-visual system, etc.). ) Engaged in the operation, debugging and maintenance of automation equipment in electronic engineering enterprises and production enterprises.