metallurgical engineering
Metallurgical engineering majors have the basic knowledge and application ability of metallurgical physical chemistry, steel metallurgy, nonferrous metallurgy and so on. The research scope and engineering problems of this major involve iron and steel metallurgy, nonferrous metallurgy, powder metallurgy and metallurgical physical chemistry. It has close discipline connection and extended application background with materials engineering, chemical engineering, environmental engineering, control engineering and other majors. Graduates are senior applied engineering and technical talents who can engage in engineering design, scientific and technological innovation, production organization, process equipment design, technological transformation and management in metallurgical engineering and related fields. This major awards a bachelor's degree in engineering.
Main courses: college English, computer foundation, programming (C language), advanced mathematics, linear algebra, college physics, circuit and electronic technology, physical chemistry, material mechanics, metallurgy and heat treatment, transmission principle, metallurgical principle, metallurgical engineering, etc.
Metal material engineering specialty
The major of metal materials engineering cultivates all-round development of morality, intelligence, physique and aesthetics, has a rigorous research attitude and a scientific style of seeking truth from facts, has received strong training in engineering technology and research skills, and has extensive and systematic knowledge of materials science. Can be engaged in basic research and technical development in the field of materials science and engineering, as well as engineering technical work such as material design, material performance improvement, quality control, development and application of new materials, new processes and new technologies, and can also undertake teaching work in related professional fields. This major awards a bachelor's degree in engineering.
Main courses: physical chemistry, material science foundation, material chemistry, material mechanical properties, material physical properties, metal materials science, heat treatment equipment, corrosion electrochemistry, surface engineering, powder metallurgy principle, metal corrosion and protection, electronic ceramic materials, functional materials, etc.
Mechanical design, manufacturing and automation specialty
The major of mechanical design, manufacturing and automation trains advanced applied engineering and technical personnel who can master modern design methods, advanced manufacturing technology and mechatronics, and can engage in the research and development of mechatronics products and automated production systems. This major pays attention to the combination of electromechanical integration to meet the social demand for electromechanical applied talents. Graduates can engage in the design, manufacture, management and sales of mechanical products and mechatronics products in scientific research units, government departments, electromechanical enterprises (including foreign capital and joint ventures), electromechanical products import and export companies, commodity inspection departments, colleges and universities, the development and research of high-paying technologies for electromechanical control, and also engage in teaching and scientific research in colleges and universities. This major includes electromechanical, mechanical, mechanical design and other professional directions, and is awarded a bachelor's degree in engineering. He has four master's degrees in mechanical manufacturing and automation, mechanical design and theory, mechanical and electronic engineering, testing and measurement, and instruments, and has the right to award master's degrees in mechanical engineering and doctoral degrees in mechanical design, manufacturing and automation.
Main courses: mechanical design, engineering mechanics, electrical and electronic technology, mechanical control engineering, microcomputer principle and application, mechanical manufacturing technology foundation, modern design method of mechanical manufacturing equipment design, numerical control technology, CAD/CAM technology, automatic manufacturing system.
Material forming and control engineering major
The major of Material Forming and Control Engineering trains advanced applied engineering and technical personnel who have the basic knowledge and application ability of mechanical hot working and can engage in engineering design, experimental research, technical transformation, production management and sales in the field of material forming in the front line of industrial production. Graduates can engage in research and development of new materials and new processes in scientific research institutions, industrial and mining enterprises, as well as modern molding production, quality control, performance improvement and reasonable material selection of mechanical parts, and can also engage in teaching and scientific research in colleges and universities. This major includes welding and other professional directions, and is awarded a bachelor's degree in engineering. There are five master's degree programs and master's degree programs in material processing engineering, material science, material physics and chemistry, metallurgical physics and chemistry, and nonferrous metallurgy, and at the same time, it has the right to award doctoral degrees in material processing engineering.
Main courses: engineering mechanics, mechanical principle and mechanical design, electrical and electronic technology, automatic control theory, microcomputer principle and application, metallurgical principle, material forming technology foundation, material processing technology and equipment, detection technology and control engineering, tooling and mold design, CAD/CAM foundation.
Process equipment and control engineering
The specialty of process equipment and control engineering is an interdisciplinary specialty integrating mechanical engineering, chemical engineering and control engineering. The complete technology of process equipment is one of the key technologies of modern industry. This major emphasizes the combination of technology, equipment and control on the platform of computer application, and cultivates advanced applied engineering talents with knowledge of chemical engineering, power engineering, mechanical engineering, control engineering and management engineering, who can engage in engineering design, technology development, management and scientific research. Graduates can engage in product development, design, research and teaching in chemical, petroleum, energy, machinery, environmental protection, medicine, manufacturing and other departments or institutions of higher learning. This major awards a bachelor's degree in engineering. It has three master's degree programs in chemical process machinery, refrigeration and cryogenic engineering, safety technology and engineering and a master's degree program in power engineering, and has the right to award doctoral degrees in fluid machinery and engineering.
Main courses: physics, chemistry, physical chemistry, chemical engineering principles, chemical engineering calculation, engineering mechanics, engineering thermodynamics, fluid mechanics, mechanical design, computer application technology, chemical equipment design, valve design, automatic control, business management.
Measurement technology and instrument specialty
The specialty of measurement and control technology and instrument trains senior engineering and technical personnel who have the basic knowledge and application ability of precision instrument design and manufacture, measurement and control, and master the basic theory and application of modern measurement and control technology combining machinery, electricity, light, liquid and computer. Graduates can engage in design and manufacturing, scientific research and development and application, scientific management and teaching in various electromechanical projects. This major includes measurement and control technology and instruments, fluid transmission and control, and awarded a bachelor's degree in engineering. There are three master's programs: mechanical and electronic engineering, detection technology and automation device, measurement technology and instrument, and power engineering.
Main courses: digital electronic technology, computer principle and application, precision machinery and instrument design, precision machinery manufacturing engineering, precision measurement and control system, hydraulic transmission and control, engineering optics, automatic control theory, sensor principle, detection technology and instruments, control instruments and devices, signal analysis and processing.
thermal energy and power engineering
The major of thermal energy and power engineering trains advanced applied engineering and technical personnel who have basic knowledge and skills in energy and power engineering, fluid machinery, fluid transmission and control, and can engage in mechanical design, manufacturing, operation management, experimental research, development and marketing of thermal energy and power engineering. Graduates can engage in the design, manufacture and research of fluid machinery, engineering machinery, fluid transmission and control, hydraulic transmission, electric power and petrochemical systems, and can also engage in teaching and scientific research in colleges and universities. This major awards a bachelor's degree in engineering. It has three master's degree programs in fluid machinery and engineering, mechatronics engineering and fluid mechanics, and a master's degree program in power engineering, and has the right to award doctoral degrees in fluid machinery and engineering.
Main courses: engineering mechanics, mechanical design foundation, fluid mechanics, electrical and electronic technology, engineering thermodynamics, heat transfer, automatic control theory, fluid machinery principle, pump and turbine design, hydraulic and pneumatic components, fluid transmission and control system, computer principle and application, testing technology, etc.
Electrical engineering and automation
The major of electrical engineering and automation trains wide-caliber senior applied engineering and technical personnel engaged in the fields of system operation, automatic control, power electronics technology, power system automation, information processing, R&D and computer science and technology related to electrical engineering. Graduates can engage in the design, manufacture, operation and management of electrical automation engineering, computer control system, electric drive control system and electric power system in the fields of machinery, electronics, information, electric power, petroleum, chemical industry, instruments and meters. You can also engage in teaching and scientific research in colleges and universities. This major awards a bachelor's degree in engineering. And power electronics and power transmission, power system and its automation, control theory and control engineering. , with the right to grant master's degree, in the field of electrical engineering, with the right to grant master's degree. At the same time, he has the right to award doctoral degrees in control theory and control engineering.
Main courses: circuit principle, electronic technology, motor, power electronics technology, electric drive and control, computer technology (language, software foundation, hardware foundation, single chip microcomputer, etc. ), signal and system, automatic control theory, process control and instrument, computer network.
Automation major
Automation major cultivates engineering technology foundation and professional knowledge in a wide range of fields, such as electrical and electronic technology, control theory, information processing, system engineering, automatic detection and instrument, computer technology and application, network technology, etc., and can engage in advanced applied engineering and technical personnel in the fields of motion control, process control, power electronics and computer information processing. Graduates can engage in research and development of electrical automatic control system, power electronics and electrical drive, industrial process control, computer control system software and hardware, information processing and other aspects in the fields of machinery, electronic information, electric power, communication, petrochemical industry, biology, finance, instrumentation and so on. , can also be engaged in teaching and management. This major awards a bachelor's degree in engineering. It also has the right to grant master's degrees in three disciplines: control theory and control engineering, detection technology and automation device, system engineering, master of electrical engineering and doctor of control theory and control engineering. Main courses: circuit principle, electronic technology, microcomputer principle and application, motor and electric transmission foundation, computer software technology, power electronics technology, automatic control theory, signal and system analysis, power supply technology, process control and instrument, computer control system, network and multimedia technology.
electronic and information engineering major
Electronic information engineering majors cultivate the basic knowledge, innovative spirit and practical ability of electronic technology and information system, and play an important role in information acquisition and transmission.
Advanced application-oriented engineering and technical personnel with extensive professional knowledge in the fields of transmission, analysis and processing, mastering the basic theory, design and development of electronic circuits and information processing, having strong comprehensive ability in engineering practice, and being able to engage in the design, manufacture, application maintenance and research and development of electronic information engineering, integrated electronic systems and computer information processing. This major can be awarded a bachelor's degree in engineering, and has the right to award a master's degree in communication and information systems, detection technology and automation devices, circuits and systems.
Main courses: basic circuit analysis, analog electronic technology, digital electronic technology, automatic control principle, signal and linear system, electromagnetic field and electromagnetic wave, microcomputer principle and application, VHDL application, digital signal processing, sensor technology, electronic measurement and intelligent instrument, virtual instrument technology, TV principle, PLC and its application, electronic assembly training, electronic system comprehensive training, EDA comprehensive training, microcomputer principle course design, signal detection comprehensive training, virtual instrument. Civil Engineering Profession
Civil engineering majors train advanced applied engineering and technical personnel who master the basic theories and knowledge of mechanics, engineering design and municipal engineering, have the ability of planning, design, construction and management of civil engineering projects, and can be engaged in planning, design, research, construction and management of buildings, roads, bridges and mines. Graduates can engage in the design, construction, management, research and development of housing construction, tunnels and underground buildings, highways and urban roads, bridges, hydraulic structures and municipal works, and can also engage in teaching. 200 1 this major has passed the national professional education evaluation, and graduates can take the national first-class registered structural engineer examination and be recognized by relevant international institutions. This major awards a bachelor's degree in engineering. It also has the right to grant master's degrees in four disciplines: structural engineering, geotechnical engineering, disaster prevention and mitigation and protection engineering, and engineering mechanics. Architectural and civil engineering has the right to award master's degree in engineering and doctor's degree in structural engineering.
Main courses: material mechanics, structural mechanics, engineering fluid mechanics, civil engineering materials, architectural architecture, concrete structure design principles, steel structure, reinforced concrete structure, engineering surveying, civil engineering construction, wood and soil engineering regulations, etc.
water supply and sewerage work
Water supply and drainage engineering majors train advanced applied engineering and technical personnel who have basic knowledge and skills in urban water supply and drainage engineering, building water supply and drainage engineering, industrial water supply and drainage engineering, water pollution control planning and water resources protection, and can engage in planning, design, consultation, supervision, construction, management, education and research and development of water supply and drainage engineering in towns, industries and buildings in the sustainable social cycle of water exploitation, treatment, transportation, recovery and recycling. Graduates can engage in planning, design, construction and operation management in government departments, planning departments, economic management departments, design units, industrial and mining enterprises, construction and operation management departments, environmental protection departments, scientific research units, universities and other departments, and can also engage in scientific research and teaching in universities and colleges. This major awards a bachelor's degree in engineering. It has the right to award master's degrees in municipal engineering and fluid mechanics, and the right to award master's degrees in architectural and civil engineering.
Main courses: hydraulics, engineering mechanics, physical chemistry, water analytical chemistry, water treatment microbiology, engineering survey, engineering drawing, hydrogeology, water pump and pumping station, water supply and drainage engineering structure, water quality engineering, water supply and drainage network system, building water supply and drainage engineering, water engineering construction, water engineering economics, water treatment equipment foundation, urban water engineering instrument and control, etc.
surveying and mapping engineering major
Surveying and mapping engineering majors cultivate advanced applied engineering and technical talents with engineering surveying and mapping, photogrammetry, remote sensing technology, satellite positioning technology, deformation monitoring technology, spatial information collection, processing and expression technology and application. Graduates can engage in the design, construction, management, research and development of surveying and mapping engineering systems, housing construction, tunnels and underground buildings, highways and other urban roads, bridges and municipal works, and can also engage in teaching and scientific research. This major awards a bachelor's degree in engineering.
Main courses: introduction to surveying and mapping, principles and methods of digital mapping, error theory and measurement adjustment basis, photogrammetry, remote sensing technology and application, satellite positioning technology and application, GIS principle and application, cartography, geodesy basis, engineering surveying, deformation monitoring technology and application.
chemical engineering and technology major
The specialty of chemical engineering and technology is a wide-caliber specialty which is a combination of original chemical engineering, inorganic chemical engineering, organic chemical engineering, coal chemical engineering, fine chemical engineering, polymer chemical engineering, industrial catalysis and electrochemical engineering. Cultivate senior applied engineering and technical personnel who have knowledge and basic skills in chemical engineering and chemical technology, have the basic ability to simulate and optimize the production process of existing enterprises, develop new technologies and develop new products, and can engage in engineering design, technology development, production technology management and scientific research in chemical industry, oil refining, energy, metallurgy, light industry, medicine, military industry and scientific research institutes, as well as teaching in colleges and universities. This major awards bachelor's degree in engineering, and has the right to award master's degree in chemical engineering, chemical technology and biochemical engineering, and the right to award master's degree in chemical engineering.
Main courses: physical chemistry, chemical engineering principles, chemical thermodynamics, chemical transfer process, chemical reaction engineering, separation engineering, chemical technology, chemical design, industrial catalysis, and professional comprehensive experiments.
engineering management major
Engineering management majors train compound senior management talents who have the basic knowledge of management, economics and civil engineering technology, master the theories, methods and means of modern management science, and can engage in project decision-making and whole-process management in the field of engineering construction at home and abroad. Students should receive basic training as engineers and economists, and have basic abilities in engineering technology, management, economy, law, foreign languages and computer applications. Graduates can engage in project investment, budget, decision-making, process management, teaching and research in the fields of engineering construction, urban planning, design, management, consulting department and real estate development at home and abroad. This major awards a bachelor's degree in engineering or management. And has the right to award master's degrees in engineering in the fields of architecture and carpentry.
Main courses: management, economics, applied statistics, operational research, accounting, engineering economics, behavioral organization, marketing, computer application, economic law, project management, engineering evaluation, contract management, real estate development and management, engineering mechanics, engineering structure, etc.
Marketing Major The marketing major trains senior applied professionals who can systematically master the basic knowledge and application ability of marketing, be familiar with the basic methods of market analysis, marketing planning, marketing organization and management, understand the prevailing international trade rules and China's foreign trade policies and regulations, be able to engage in practical work such as marketing management, marketing planning and sales management in various enterprises, industrial and commercial administrations and foreign-related economic and trade departments, and also engage in teaching and scientific research related to marketing. Graduates can engage in market analysis and research, customer development and management, sales organization and management, marketing planning and management consulting in industrial enterprises, trading companies, financial and insurance institutions and other units. This major confers a bachelor degree in management.
Main courses: commodity science, business economics, management, marketing, statistics, market investigation and prediction, business negotiation, enterprise marketing planning, consumer behavior, international shopping mall marketing, advertising, public relations, management information system, logistics management, economic law, etc.
Mold design and manufacturing specialty
Mold design and manufacturing specialty (specialist) has the ability of part process analysis, mold structure design and mold parts processing technology preparation. And master the basic skills of locksmith, general machining, electrical machining and numerical control machining. High-skilled professionals who can design and manufacture molds in the first line of industrial production and solve technical problems in the production site. Graduates can engage in mold design and manufacturing in scientific research institutions, industrial and mining enterprises, and also engage in the organization and management of production departments.
Main courses: plastic forming principle, material forming transmission principle, mechanical drawing, mechanical design basis, computer drawing, engineering mechanics, stamping technology and die design, plastic forming technology and die design, stamping equipment and plastic forming machinery, die manufacturing technology, numerical control processing technology, etc.
mechanical-electrical integration
Mechanical and electrical integration technology specialty (college) trains high-skilled engineering and technical personnel who can master mechanical and electrical integration technology and engage in the development of mechanical and electrical integration products and automated production systems. Graduates can engage in the installation, debugging, maintenance and testing of mechanical and electrical equipment, automation equipment and production lines, and can also engage in the management and marketing of automobile industry and mechanical and electrical industry; Can also be engaged in the development and manufacture of electromechanical integrated products, electromechanical control and high-tech development in electromechanical enterprises, electromechanical products import and export companies and commodity inspection departments.
Main courses: circuit principle, electronic technology, mechanical design foundation, mechanical manufacturing foundation, automatic control theory, CAD/CAM technology, NC machining programming, automatic manufacturing system, electromechanical transmission control, electromechanical integration system design, hydraulic and pneumatic transmission, numerical control technology, etc.
Marketing majors (specialties) cultivate high-skilled professionals who have the basic abilities of market research, market analysis, solving marketing problems and organizing modern marketing activities, and are systematically trained in management. Graduates can engage in market research, market analysis, market research, marketing planning, sales organization and management, consulting and other work related to market operation in various enterprises, companies and financial institutions.
Main courses: western economics, management, statistics, marketing, market investigation and prediction, promotion and negotiation, enterprise marketing planning, logistics management, consumer behavior, advertising, public relations, economic law, etc.
Software engineering major
Software engineering majors cultivate advanced engineering application-oriented talents with solid software basic theory and extensive software engineering professional knowledge, systematic analysis and design methods, good computational thinking and basic software engineering training, understanding the development status and future development trend in the field of software engineering, good foreign language proficiency and communication skills, strong communication and teamwork skills and engineering practice ability. After graduation, I can use advanced software engineering methods, technologies and tools to engage in software analysis, design, development, management and maintenance.
Main courses: discrete mathematics, programming foundation, data structure, circuit and electronic technology, computer composition principle, algorithm analysis, object-oriented programming, operating system, database principle, computer architecture, software engineering, software project management, software testing, network security technology, etc.
Internet of things
The major of Internet of Things Engineering is to train students to master solid electronic technology, modern sensor and wireless network technology, high-frequency and microwave technology related to the Internet of Things, be familiar with basic theories such as wired and wireless network communication theory, information processing, computer technology, system engineering, master professional knowledge and skills such as key design of sensor layer, transmission layer and application layer of Internet of Things system, and cultivate students' ability to track new theories, new knowledge and new technologies of this major and strong innovative practice ability. Senior engineering and technical personnel in system design, system analysis, scientific and technological development, construction and maintenance in the field of Internet of Things. Main courses: Introduction to Internet of Things, analog circuit, digital circuit, network operating system, digital signal processing, data communication, radio frequency identification technology, Internet of Things technology, RFID application, network fault tolerance and self-discipline control, database principle and technology, mobile computing, information security technology, VHDL language, wireless communication, etc.