Training objectives: this major trains advanced technical and management talents who can automatically control, protect and adjust the whole process of power system generation, transmission and distribution, and design, debug and maintain its electrical parts; And can be engaged in the design and debugging of power supply and demand main system and automatic control system in factories, civil buildings and high-rise buildings. Graduates have strong theoretical knowledge of electric power, electrical control system, process control system, computer control and management, industrial enterprises and high-rise building power supply system, and the design, debugging and operation ability of corresponding systems, as well as computer software and hardware knowledge based on microcomputers and strong computer application ability, and should also have a high level of foreign languages.
Main courses: Advanced Mathematics, College English, General Physics, Engineering Mathematics, Computer Application Foundation, Microcomputer Principle, Circuit Principle, Electronic Technology, Electromechanics, Automatic Control Theory, Mathematical Signal Processing, Power Electronic Technology, Power System Analysis, Power Plant Electrical Part, Power System Relay Protection and Power System Automation.
Employment direction: graduates can engage in scientific research, design, operation and management in scientific research and design units and various large and medium-sized enterprises in the power industry; You can also engage in computer management and office automation in organs, institutions and commercial departments; You can also engage in corresponding management, education and scientific research in institutions and education departments.
Length of study: four years Degree awarded: Bachelor of Engineering.
Science and engineering specialty of thermal energy and power engineering
Training objectives: This major trains senior engineers and technicians who master the theories and methods of research and design, operation management and automatic control of various thermal power equipment and systems. Graduates have passed the strict training of modern electric power engineers, and have a solid foundation, rich basic theory of thermal engineering and related professional and technical knowledge. Master the theoretical basis and methods of design, operation and automatic control of thermal equipment and systems in power plants, as well as various heat exchange equipment and general fluid machinery. Basic knowledge of energy planning and management and environmental protection, strong CAD application ability.
Main courses: advanced mathematics, college English, college physics, mechanical drawing, electrician and electronic technology, mechanical design foundation, C language programming, engineering mechanics, engineering fluid mechanics, engineering thermodynamics, heat transfer, boiler principle, steam turbine principle, microcomputer principle and its application, computer control technology, automatic regulation of thermal process in power plants, thermal measuring instruments, thermal power plants, pumps and fans, etc.
Employment orientation: Graduates can engage in the operation, maintenance, installation, debugging, design and research of power equipment in enterprises and research and design units affiliated to the power industry, various power equipment, fluid machinery manufacturing enterprises and all enterprises involved in energy use. You can also engage in scientific research, management and education in energy management and planning departments, civil heating and ventilation departments, environmental protection departments and education departments.
Length of study: four years Degree awarded: Bachelor of Engineering.
Science and engineering of electric power engineering and management specialty
Training objectives: This major aims to train senior engineering, technical, economic and management talents who can engage in power planning, enterprise strategy, system reform and power market, policy research, power demand and marketing, electricity price, project investment, project feasibility study, project budget and power project management in the power industry, government departments, financial institutions and other enterprises and institutions. Graduates are required to comprehensively and systematically master the basic theoretical knowledge related to economy, the economic and technical index system, the preparation methods and management procedures of power generation, power supply and infrastructure plans, be familiar with the current situation and development planning of electric power, and master the knowledge of power engineering project management. Students are required to have a solid theoretical foundation of electric power and the ability to apply computer technology to solve practical problems in electric power economy.
Main courses: advanced mathematics, college English, college physics, engineering mathematics, computer application foundation, circuit principle, power system analysis, power engineering, power system planning, power market, western economics, basic accounting, marketing, project management, technical economics and management principles.
Employment orientation: Graduates of this major can engage in power market, policy research, power demand and marketing, electricity price, project investment, project feasibility study, project budget, power engineering management and education in power industry departments and related enterprises and scientific research and design units.
Length of study: four years Degree awarded: Bachelor of Engineering.
Science and engineering of measurement and control technology and instrument specialty
Training objectives: This major trains senior engineering and technical personnel with basic knowledge of instrument application and control, who can engage in system design, scientific and technological development, applied research, operation management and other related work in the measurement and control field of various departments of national economy. Graduates master the theory of information detection and control, the application of measurement and control instruments and control engineering design methods, receive training in the application and development of modern measurement and control technology and new sensors and instruments, and systematically master the basic knowledge of technical theory in this professional field.
Main courses: college English, advanced mathematics, engineering mathematics, circuit principle, electronic technology foundation, computer
Principle, automatic control theory, sensor principle, process measuring instrument, process control instrument, process control engineering, intelligent instrument design and application, computer control technology, detection technology.
Employment orientation: Graduates can engage in operation, design and management in various industries of national economy related to measurement and control, and also engage in education and scientific research in relevant education departments.
Length of study: four years Degree awarded: Bachelor of Engineering.
Automation science and engineering
Training objectives: This major trains senior engineering and technical personnel engaged in research, development, application and design in the field of automation control and automation management. This major includes two directions: modern control engineering direction and computer application direction. Graduates majoring in modern control engineering have a solid theoretical foundation of automatic control and the ability to design, debug and operate related systems. Computer software and hardware knowledge based on microcomputer and strong computer application ability; Ability to design, maintain and operate industrial production process control system, electric drive control system, factory electrical equipment and power supply and distribution system. Graduates majoring in computer application have comprehensive computer application skills and a solid theoretical foundation of automation, and have the ability to engage in the research, design, operation and maintenance of computer application systems such as computer management and control integration, computer network, computer management information system, distributed computer control and computer process control.
Main course:
(1) Modern control engineering direction: college English, advanced mathematics, engineering mathematics, circuit principle, electronic technology, microcomputer principle, motor and transmission, power electronic technology, automatic control theory, process control and instrumentation, computer network, electric drive automatic control system, computer control technology, and open professional comprehensive experiments.
(2) Computer application direction: college English, advanced mathematics, engineering mathematics, circuit principle, electronic technology, microcomputer principle and application, computer culture foundation, programming language (C), software technology foundation, Visual Basic, C++ programming, computer network technology, database principle and application, computer control technology, configuration software, automatic control theory, automatic control system, programmable controller and single chip microcomputer.
Employment direction:
(1) direction of modern control engineering: graduates in this direction can engage in the development, design and operation of automation technologies such as integrated automation system management, electrical control and process control in enterprises and institutions such as scientific research, mining, transportation, construction and energy education.
(2) Computer application direction: Graduates in this direction can engage in the development, design and operation of computer management or advanced control technology in state organs, scientific research institutions, financial systems, industrial and mining, post and telecommunications departments, business systems, education departments and other enterprises and institutions.
Length of study: four years Degree awarded: Bachelor of Engineering.
Science and engineering of electronic information engineering specialty
Training objectives: This major trains senior engineering and technical personnel and management personnel who have the basic knowledge and application ability of electronic technology and information systems and can engage in the research, design, development, application and management of various electronic equipment, information systems and radio and television systems. Graduates have solid knowledge and skills in applying modern electronic information technology, radio and television technology and information systems. Familiar with the new disciplines and technologies of electronic information engineering, have the basic ability of research, design, development, management and application of integrated electronic equipment and information systems, and have the preliminary knowledge and ability of technical and economic analysis, enterprise management and e-commerce.
Main courses: English, advanced mathematics, engineering mathematics, circuit principle, signal and system, low-frequency electronic circuit, high-frequency electronic circuit, pulse and digital circuit, software technology foundation, computer principle and application, programming language, digital signal processing, electromagnetic field and electromagnetic wave, EDA technology, automatic control principle, modern communication principle, computer network, program-controlled switching technology, mobile communication technology and digital image processing.
Employment direction: this major is a wide-caliber major in electronic information engineering. Graduates can engage in the research, development, design and operation of electronic information technology in information industry, electronics industry, radio and television, telecommunications, aerospace and other departments and various industrial and mining enterprises (such as electric power, railway, chemical industry, machinery, light industry, metallurgy, etc.). ), as well as institutions, financial systems, business systems, and various types.
Length of study: four years. Degree awarded: Bachelor of Engineering.