(2) Management of water conservancy and hydropower projects (arts and sciences)
Training objective: to master the basic knowledge and technology of water conservancy and hydropower project management, and to have high-quality skilled talents with water resources analysis and evaluation, water conservancy and hydropower planning, small-scale water conservancy and hydropower project design and construction, water conservancy and hydropower project construction project management, technical management and operation management capabilities.
Main courses: hydraulic engineering drawing and CAD, hydraulic engineering survey, hydraulics, building materials, engineering geology and soil mechanics, engineering mechanics and engineering structure, hydraulic structure and construction, water resources management, soil and water conservation, technical management of hydraulic engineering, water law and water administration, hydraulic engineering economy, construction project management, hydraulic engineering management, etc.
Employment direction: water conservancy and hydropower project management, construction enterprises (institutions); Engaged in technical management and operation management of water conservancy and hydropower engineering, construction project management, construction management, hydrological information processing, water resources analysis and evaluation, reservoir dispatching, water quality monitoring, water source engineering construction, urban and rural water supply, flood control and emergency rescue, river regulation, soil and water conservation and other technical and management work.
(3) Hydrological and water resources (both arts and sciences)
Training objectives: master the basic theories and skills of hydrology and water resources specialty; Water conservancy, energy, transportation, agriculture, forestry, environmental protection and other departments have high-quality skilled talents with the ability of hydrology, water resources and water environment survey, design, prediction, management and application.
Main courses: engineering drawing and CAD, engineering survey, computer application foundation, hydraulics, electrician and electronic technology, water economy, remote sensing and geographic information system, hydrological principle, hydrological statistics, physical geography, water law and water administration, water quality monitoring and evaluation, hydrological test and data compilation, hydrological forecast, hydrological and hydraulic calculation, soil and water conservation, etc.
Employment orientation: Graduates can engage in hydrological survey and design, hydrological forecast, hydrological information management, comprehensive river basin planning, reservoir control and dispatching, water quality monitoring and evaluation in hydrological and water resources survey departments, water administration units such as reservoirs, irrigation areas and dikes, and water conservancy project construction units.
(8) Project cost (direction: construction, electricity) (both arts and sciences)
Training objectives: to master the basic knowledge and technology of investment estimation, budget estimation, bidding and contract management of civil construction projects, and to have high-quality skilled talents with the abilities of project management, architectural decoration project budget, construction equipment installation project budget, project cost control, project bidding and construction project supervision.
Main courses: architectural drawing and CAD, building engineering materials, building engineering economics, building engineering construction technology and organization, building engineering quota and budget, decoration engineering quota and budget, building equipment installation engineering quota and budget, project bidding and contract management, bill of quantities valuation, engineering cost software application, etc.
Employment direction: quota management, project cost consultation; Engaged in investment estimation, design budget, construction drawing budget, bidding control price, bidding quotation, project settlement, final accounts preparation and audit and other technical and management work.
(9) Project supervision (both arts and sciences)
Training objective: to master the basic knowledge and technology of engineering construction supervision, and to have high-quality skilled talents engaged in engineering construction unit supervision, quality inspection supervision of relevant government departments, on-site construction technology management and construction organization management of construction units or construction enterprises.
Main courses: civil engineering drawing and CAD, engineering survey, building materials, building mechanics, building and construction, building structural foundation and foundation, building construction technology, quota and budget of building and decoration engineering, introduction to engineering construction supervision, contract management of construction engineering, quality control of construction engineering, investment control of construction engineering, progress control of construction engineering, etc.
Employment direction: supervision of engineering construction units, quality inspection supervision of relevant government departments, construction and management of construction projects, construction cost management of construction projects, construction management of small and medium-sized construction projects, etc. Can also be engaged in small and medium-sized construction project design, project budget preparation, construction project quality, investment, schedule control management, project bidding organization and contract management, building materials testing and testing.
(12) Municipal Engineering Technology (Arts and Sciences)
Training goal: to master the basic knowledge and technology of municipal engineering, and to have high-quality skilled talents with the abilities of municipal engineering management, municipal construction technology, municipal construction organization and management, municipal engineering construction supervision and municipal engineering survey and design.
Main courses: engineering surveying and mapping and structure, engineering survey, engineering mechanics and structure, municipal engineering materials, soil mechanics and foundation, water conservancy and hydrology, municipal road engineering, municipal bridge engineering, municipal pipeline engineering construction, engineering economy, municipal engineering measurement and valuation, and municipal engineering construction project management.
Employment direction: enterprises or departments such as urban and rural planning, municipal construction, engineering construction, construction supervision, cost and consulting management; Engaged in municipal construction, municipal management, engineering design, construction organization management, construction supervision, municipal engineering quality management, municipal engineering cost preparation and contract management, municipal engineering materials testing and other technical and management work.
(thirteen) power plant and power system (provincial quality specialty) (arts and sciences)
Training objective: to master the cultural and scientific knowledge and professional theoretical knowledge necessary for the professional work of electric power, and to be a high-quality skilled person with working ability in electrical operation and maintenance, electrical engineering design, electrical equipment installation, electrical overhaul and testing.
Main courses: offering courses such as engineering drawing, engineering mechanics, circuit foundation, electronic technology, electromechanical, microprocessor and interface, electrical equipment, hydraulic turbine and auxiliary equipment, power system foundation, relay protection of power system, automatic device of power system, high voltage technology, and training such as electrical technology, electrical equipment inspection, electrical operation of power plant, electrical secondary installation and debugging, and electrical part design of power plant or substation.
Employment direction: operation, maintenance, overhaul and management of electrical equipment in hydropower stations, thermal power plants and substations; Design, electrical installation and maintenance of power engineering; Technical management of electric power industry; Design, installation, overhaul, operation, maintenance and management of electrical parts in industrial and mining enterprises.
(14) Construction, operation and maintenance of high-voltage transmission and distribution lines (both arts and sciences)
Training objective: to master the basic theoretical knowledge necessary for the engineering and technical work of transmission and distribution lines, and to have high-quality skilled talents with the ability of design, construction and management of transmission and distribution lines.
Main courses: engineering mechanics, mechanical drawing, circuit foundation, electronic technology, electromechanics, microcomputer principle, engineering measurement, power system foundation, electrical equipment, transmission and distribution line design, transmission and distribution line construction, transmission and distribution line operation and maintenance, high voltage technology, high voltage cable design, power engineering budget and other courses, as well as electrical technology, electrical equipment testing, electrical secondary installation and debugging, line measurement, transmission and distribution line design and other training.
Employment direction: engaged in the design, construction, operation, maintenance and management of transmission and distribution lines; Electrical installation, debugging and maintenance in factories and enterprises.
(sixteen) power supply technology (provincial quality specialty) (both arts and sciences)
Training objective: to master the basic theoretical knowledge necessary for the professional work of power supply and demand, and to have high-quality skilled talents with the abilities of substation operation, power supply and distribution engineering design, electrical equipment installation and commissioning, and power consumption business management.
Main courses: circuit foundation, electronic technology, motor and electrical drive, distribution network and electrical equipment, safety technology, programmable controller, electrical installation and debugging technology, electrical secondary equipment, distribution network and its automation technology, power management, power engineering budget and other courses, as well as electrical technology, electrical equipment testing, electrical operation of power consumption enterprises, electrical secondary installation and debugging, and electrical part design of substation or distribution project.
Employment direction: maintenance electrician in industrial and mining enterprises; Electrical operation maintenance and repair; Management and supervision of electricity business; Design, construction and management of power supply and distribution project.
(seventeen) building electrical engineering technology (arts and sciences)
Training objective: To master the basic theoretical knowledge necessary for the specialty of building electrical technology, and to have the ability to design, install, maintain and overhaul the power supply and lighting system of modern buildings, and to design, construct and debug the computer network engineering and intelligent system of buildings.
Main courses: engineering drawing and CAD, circuit foundation, electronic technology, motor and electrical drive, architectural introduction, microcomputer principle and programmable controller, building power supply and distribution technology, electrical lighting technology, building electrical engineering budget, computer network and integrated wiring, building electrical construction technology, building automation technology, water supply and drainage technology and other courses, as well as electrical technology, electrical equipment testing, electrical secondary installation and debugging, building electrical construction, power supply and distribution system or building automation system.
Employment direction: Architectural design institute, real estate development company, decoration company, construction supervision department, construction equipment installation and construction company, building weak current system integration (including fire protection system) company, electric lighting engineering company, construction engineering company, property management company, intelligent building equipment production unit and other departments are engaged in the design, installation, debugging, operation, maintenance and management of modern building automation system, and the budget and final accounts of installation project cost, property management, sales and supervision.
(eighteen) electrical automation technology (arts and sciences)
Training objective: to master the professional basic theoretical knowledge in the field of electrical automation, and to have high-quality skilled talents with the ability of installation, debugging, maintenance, overhaul, technical transformation, new technology application and general electrical engineering design of industrial electrical equipment and automation systems.
Main courses: circuit foundation, electronic technology, motor and electrical drive, microprocessor and interface, distribution network and electrical equipment, electrical control equipment, sensor technology, programmable controller, automatic control principle and system, microcomputer control technology and other courses, as well as electrical technology, electrical equipment testing, enterprise automation system operation and maintenance, electrical secondary installation and debugging, electrical automation system design and other training.
Employment direction: design, installation, debugging, operation and maintenance of enterprise electrical automation system; Design, installation, commissioning, operation and maintenance of power system distribution network and its control system; Manufacturing, marketing and after-sales service of electrical automation equipment.
(nineteen) new energy application technology (power generation direction) (arts and sciences)
Training objective: To master the basic theoretical knowledge of new energy power generation technology, and have high-quality skilled talents with the ability of operation, installation and maintenance of power generation devices such as wind power generation, solar energy, nuclear power and biomass energy.
Main courses: thermal engineering foundation, fluid mechanics pump and fan, circuit foundation, electronic technology, motor technology, microprocessor and interface, programmable controller, electrical safety technology, power plant electrical equipment, power electronics technology, automatic control technology, wind power generation technology, solar photovoltaic power generation technology, garbage incineration power generation technology, nuclear power technology and other courses, as well as electrical technology, motor maintenance, electrical control technology, electrical equipment testing, electrical secondary installation.
Employment direction: wind turbine manufacturing enterprise or wind power generation enterprise, engaged in technical and management work such as operation, installation and maintenance of power generation devices; Solar photovoltaic power generation system manufacturing enterprises or application enterprises, engaged in the installation, maintenance and overhaul of solar photovoltaic power generation systems; Residual thermal power plants of cement, chemical, steel and other enterprises are engaged in the operation, maintenance and overhaul of residual thermal power plants; Engaged in the operation, maintenance and overhaul of biomass power plants (agricultural biomass power generation, forestry biomass power generation, biogas engineering power generation, garbage power generation); Engaged in electrical operation and maintenance of nuclear power plants.
(twenty) electronic information engineering technology (provincial quality specialty) (arts and sciences)
Electronic information engineering technology is a top-quality specialty of higher vocational and technical education in Fujian Province, with high teachers' level, including provincial-level top-quality courses and college-level top-quality courses.
Training goal: to master the basic theory and knowledge of electronic information engineering technology, and have the ability of electrical installation, electronic circuit installation, debugging and maintenance, electronic circuit design, electronic devices and electronic products production and management, computer industry control and application.
Main courses: computer application foundation, circuit foundation, analog electronic circuit, digital circuit, electronic measurement technology and instrument, electronic circuit design and CAD technology, electronic product design, electronic product installation technology, electronic product maintenance technology, single chip microcomputer technology application, electronic product production technology and quality management technology, LED technology, electronic enterprise management.
Employment orientation: after graduation, I can engage in technical and management work such as production organization, scheduling arrangement, production process implementation, technical management and quality management of electronic information products; Engaged in electronic information technology promotion, product agency and sales.
(twenty-one) photoelectric technology (arts and sciences)
Optoelectronic technology major has a productive training base-Optoelectronic application technology training base in the school supported by the provincial finance. Optoelectronic technology major has undertaken the pilot project of innovative talents training reform in the education sector, with strong teachers and high professional level. Professional efforts to cultivate high-tech applied talents for the LED industry in the province.
Training objective: To cultivate high-quality skilled talents with high professional quality, master the most promising and dynamic professional skills such as optoelectronic technology products and device manufacturing, product testing, production and quality management, equipment maintenance, etc. in the 2/Kloc-0 century, and abide by professional norms.
Main courses: basic optics and modern physics, photoelectric semiconductor components, LED production and detection technology, single chip microcomputer application technology, 3D display technology, flat panel display technology and application, LED product design and application, LCD device production and detection, solar photovoltaic power generation application technology, enterprise management, accounting foundation, etc.
Employment direction: graduates of this major are mainly oriented to the photoelectric industry, with many employment opportunities, wide range and good prospects. Engaged in the manufacture, assembly, debugging, maintenance, inspection, production management, after-sales service, product agency and sales of photoelectric products, devices and flat panel displays.
(twenty-three) three-dimensional animation design (virtual reality direction) (both arts and sciences)
Training objectives: This major trains high-quality skilled and applied talents who support the Party's basic line, have good team spirit and professionalism, and meet the needs of the front line of production, construction, management and service. After three years' study, I have mastered the basic knowledge, theory and skills of animation, and have strong abilities in three-dimensional modeling, mapping, lighting and rendering. I am proficient in 3D computer animation software for animation design and production, animation creativity, advertising production and virtual reality project production.
(twenty-four) computer application technology (computer network direction) (both arts and sciences)
The course of computer application technology in Jimei University is connected with the course of computer network specialty (undergraduate course). Students can complete all professional courses in our college as required, and after passing five unified examination courses (self-examination), they can simultaneously obtain the graduation certificate (self-examination) and degree certificate of computer network undergraduate major in Jimei University.
Training objectives: This major mainly cultivates the practical application ability of computer network technology, computer programming, computer software and hardware design and maintenance to meet the needs of the development of socialist market economy. I can skillfully use various tools of computer network, Internet and electronic communication, and can engage in the engineering design and application of computer network in enterprises, institutions, technical and administrative departments (especially communication enterprises, communication industrial enterprises and e-commerce websites) and other frontline units of production, construction, management and service.
Main courses: data structure, network operating system, network engineering, Java programming, introduction to communication, computer network management, Internet and its application, database system principle, computer network principle, computer network security, etc.
Employment orientation: Computer-related units are engaged in networking, wiring, installation, debugging, management and maintenance of computer networks, website construction and maintenance of enterprises, sales, consulting, after-sales service and technical training of network products such as software and hardware, network design and preparation of planning books.
(twenty-five) graphic image production (graphic advertising and indoor and outdoor design direction) (both arts and sciences)
Training goal: to master the knowledge of graphic design, indoor and outdoor three-dimensional modeling and renderings design, web page design and production, and be able to engage in applied work urgently needed by the current society, such as graphic image production, graphic advertisement design and production, indoor and outdoor three-dimensional renderings production, computer drawing of engineering drawings, etc.
(twenty-six) electronic commerce (electronic securities) (arts and sciences)
Training objectives: This major faces the economic construction and social development of Fujian Province, and trains technical application-oriented professionals who support the party's basic line, meet the needs of the first line of production, construction, management and service in the market economy, and develop morally, intellectually and physically. Master the basic theory and knowledge of e-commerce, master the management methods and skills of banks, securities institutions and other financial institutions, master the basic knowledge and skills of enterprise investment and financing or financial management, and cultivate practical talents who can engage in customer development, investment consulting and personal financial planning of securities and fund companies.
Main courses: economics, financial accounting, introduction to e-commerce, financial analysis, management foundation, international finance, futures trading foundation, basic knowledge of securities market, securities trading, securities issuance and underwriting, securities investment analysis, securities investment funds and other courses.