Major in thermal energy and power engineering (direction of refrigeration and air conditioning)
I. Professional Training Objectives
This major trains compound and applied senior engineering and technical personnel with basic knowledge of thermal energy engineering, heat transfer, fluid mechanics and power engineering. Can be engaged in the design, manufacture, operation, management, experimental research, installation, development and marketing of refrigeration and low temperature engineering and air conditioning engineering in various departments of the national economy, with innovative consciousness, entrepreneurial spirit and practical ability.
Second, the professional basic requirements
Students in this major mainly study the basic theories of power engineering and engineering thermophysics, and learn various theories and technologies of energy conversion and effective utilization, which are basically cultivated by modern engineers; Have the basic ability of design, operation and experimental research of refrigeration technology, refrigeration equipment and air conditioning system.
Graduates should have the following knowledge and abilities:
1, with a preliminary foundation in natural science, a good foundation in humanities, arts and social sciences, and correct language and writing;
2. Systematically master the basic knowledge of technical theory in this professional field, including engineering mechanics, mechanics, engineering thermophysics, fluid mechanics, electrical and electronics, control theory, market economy, enterprise management, etc.
3. Obtain engineering practice training in this professional field, and have strong computer and foreign language application ability; Master the basic theory and professional knowledge of refrigeration and air conditioning and electromechanical integration, and have the ability of design, marketing, management, installation, construction and debugging of refrigeration and air conditioning system;
4. Have the necessary professional knowledge in the direction of refrigeration and air conditioning, and understand the frontier and development trend of this major;
5. Strong self-learning ability, strong sense of innovation and high comprehensive quality.
Third, the academic system and credits.
The basic academic system of undergraduate course is four years, and the flexible academic system is implemented, that is, the length of study is generally 3~6 years. This round of lesson plans was written in four years.
Total credits 178 credits; Among them, the classroom teaching is 14 1 credit; Practice 39 credits.
Four, the main disciplines and courses and the main practical teaching links
Main subjects: engineering thermophysics and power engineering, mechanical engineering.
Main courses: engineering mechanics, mechanical design basis, electrical and electronic technology, engineering thermodynamics, heat transfer, fluid mechanics, refrigeration principle and equipment, thermal testing technology, refrigeration compressor, refrigeration device design, air conditioning, and automatic control of refrigeration device.
Professional direction: Group A (refrigeration engineering): cold storage construction, food freezing technology, cold storage electricity, small refrigeration devices; Group B (air conditioning engineering): heat pump, air conditioning cold storage technology, lithium bromide absorption refrigeration technology, air conditioning machinery and equipment;
Main practical teaching links: military training, metalworking practice, cognitive practice, production practice, social practice, basic course design of mechanical design, course design of refrigeration equipment, course design of air conditioning, graduation design, etc.
Civil Engineering Profession
I. Professional Training Objectives
This major trains compound and applied senior engineering and technical personnel with basic theories and knowledge of engineering mechanics, fluid mechanics and civil engineering, who can engage in the technical and management work of civil engineering project planning, design, construction, management and scientific research and development, and have innovative consciousness, entrepreneurial spirit and practical ability.
This professional service is oriented to: government agencies, enterprises and institutions' infrastructure management functional departments; Architectural engineering survey and design institute, civil engineering research institute; Construction enterprises such as construction and geotechnical companies; Engineering quality supervision station and engineering construction supervision department; Real estate development companies, engineering cost consulting institutions, banks and investment consulting institutions and other technical and management departments.
Second, the professional basic requirements
Students in this major mainly study the basic theories of engineering mechanics, fluid mechanics and civil engineering, receive the basic training of test instrument operation and field practice, and have the basic ability to engage in civil engineering project planning, design, construction, management and research and development.
Graduates should have the following knowledge, abilities and qualities:
1. Have a solid foundation in natural science and understand the main aspects and application prospects of contemporary science and technology;
2. Master the basic theories of engineering mechanics, fluid mechanics and geotechnical mechanics, master the basic knowledge of engineering planning and selection, engineering materials, structural analysis and design, and foundation treatment, and master the basic technologies of engineering investigation, geotechnical test, construction technology and organization;
3. Have the basic ability of engineering drawing, computer application, use of main test and test instruments, and the preliminary ability of inquiring and obtaining information, thus having the preliminary ability of engineering design, test, construction, management and research and development;
4 with large shopping malls, cold storage, food factories and other commercial supply and marketing construction, supervision of comprehensive business capabilities; Understand the main laws and regulations of civil engineering;
5. Master a foreign language initially, and have certain foreign language communication and reading ability.
Third, the academic system and credits.
The basic academic system of undergraduate course is four years, and the flexible academic system is implemented, that is, the length of study is generally 3~6 years. This round of lesson plans was written in four years.
Total credits: 174 credits. Among them, classroom teaching 137 credits and practice 37 credits.
Four, the main disciplines and main courses
Main subjects: mechanics, civil engineering.
Main courses: material mechanics, structural mechanics, architectural architecture, fluid mechanics, civil engineering materials, engineering survey, reinforced concrete and masonry structure, foundation and foundation, steel structure, civil engineering construction organization.
Professional direction: seismic design of building structures, structural design of high-rise buildings, and construction technology of civil engineering.
Main practical teaching links: course practice, course design, cognitive practice, social practice, graduation practice and graduation design.
Engineering management (real estate management direction)
I. Professional Training Objectives
This major trains compound and applied senior management talents with basic knowledge of management, economics and civil engineering technology, mastering the theories, methods and means of modern management science, being able to manage the whole project process in the field of engineering construction, and having innovative consciousness, entrepreneurial spirit and practical ability.
This professional service is oriented to: real estate development enterprises; Construction enterprises; Construction supervision enterprises; ; Property management enterprises; Engineering management teaching department; Relevant administrative departments of the government; Intermediary departments such as sales, planning and evaluation of real estate products.
Second, the professional basic requirements
Students in this major mainly study the basic theories, methods and technical knowledge of civil engineering in engineering management; Basic training of project management; Have the basic ability to engage in project management.
Graduates should have the following knowledge, abilities and qualities.
1, master the basic theories and methods of project management;
2. Master the basic theory and knowledge of investment economics;
3. Familiar with technical knowledge of civil engineering; Familiar with the principles, policies and regulations of project construction;
4. Understand the latest development of engineering management at home and abroad;
5. Have the ability to solve management problems with computer assistance;
6. Master a foreign language initially, and have certain foreign language communication and reading ability;
7. Have a solid foundation in natural science and understand the main aspects and application prospects of contemporary science and technology in this discipline.
Third, the academic system and credits.
The basic academic system of undergraduate course is four years, and the flexible academic system is implemented, that is, the length of study is generally 3~6 years. This round of lesson plans was written in four years.
Total credits: 180 credits. Among them, classroom teaching 147 credits and practice 33 credits.
Four, the main disciplines and main courses
Main subjects: management, civil engineering.
Main courses: real estate economics, engineering structure, real estate investment analysis, housing construction and repair, project management, engineering valuation, engineering economics, real estate marketing, real estate system and policy, etc.
Architectural Environment & Equipment Engineering
I. Professional Training Objectives
This major cultivates "compound and applied" senior engineering and technical talents with innovative consciousness, entrepreneurial spirit and practical ability, with basic theoretical knowledge and ability of design, installation, debugging, operation management and research and development of special environment required by various departments of national economy, and who can work in design and research institutes, construction engineering companies, property management companies and related scientific research, production and teaching units.
Clients: environmental management functional departments, design and research institutes, construction engineering companies, property management companies and related scientific research, production, teaching and other units.
Second, the professional basic requirements
Students in this major mainly study the basic theory and knowledge of building physics and environmental control system, receive basic training in the design, debugging and operation management of building equipment systems, and have the initial working ability in this field.
1, systematically master the necessary technical basic theoretical knowledge in this professional field, and understand the current situation and development trend of this professional discipline;
2. Have certain indoor environment and equipment system testing, debugging and operation management capabilities;
3. Master the design method of indoor environment and equipment system;
4. Have a good foundation in natural science and humanities and social sciences.
5. Strong adaptability to work, cooperative spirit and self-study ability;
6. Master a foreign language initially, and have certain foreign language communication and reading ability.
Third, the academic system and credits.
The basic academic system of undergraduate course is four years, and the flexible academic system is implemented, that is, the length of study is generally 3~6 years. This round of training plan was worked out in four years.
Total credits: 178 credits, including 146 credits for classroom teaching and 32 credits for practice.
Four, the main disciplines and main courses
Main subjects: civil engineering, water conservancy engineering.
Main courses: engineering thermodynamics, heat transfer, engineering fluid mechanics pumps and fans, mechanical design basis, electrician and electronic technology, air conditioning and refrigeration technology, building environmental engineering, detection technology.
Specialized courses: air conditioning engineering, heating engineering, ventilation engineering, boiler and boiler equipment, building water supply and drainage, etc.
The main practical teaching links include metalworking practice, mechanical design course design, production practice, course design, graduation practice, graduation design and other design practice contents, as well as experimental courses of air conditioning engineering, building electricity and other courses.
Oil and gas storage and transportation engineering specialty
I. Professional Training Objectives
This major cultivates senior engineering and technical talents with all-round development of morality, intelligence, physique and aesthetics, which can meet the needs of China's socialist modernization and talent market, with solid basic theory and system and comprehensive professional knowledge, and can engage in oil and gas storage and transportation engineering planning, survey and design, construction project management, production and operation management, and have certain scientific research and technology development capabilities in transportation planning and design, oil and gas storage and transportation management and other departments. Graduates can engage in scientific research, teaching and management in petroleum, petrochemical, civil aviation, city gas, water supply and drainage industries.
Second, the professional basic requirements
The undergraduate program of oil and gas storage and transportation engineering is four years, and the training of talents is mainly technical, supplemented by applied research. Students should have a solid foundation in natural science, a good foundation in humanities and social sciences and comprehensive computer application ability; Master basic theories and knowledge such as fluid mechanics, engineering thermodynamics, heat transfer, physical chemistry, engineering mechanics, electrical and electronics, and have the ability to comprehensively apply these related knowledge to solve practical engineering and scientific research problems; Have the preliminary ability of planning, design, construction and production management of oil and gas storage and transportation system; Have preliminary scientific research ability, understand the theoretical frontier and development trend of oil and gas storage and transportation engineering; Proficient in a foreign language, good listening, speaking, reading and writing skills, and proficient in reading foreign language materials of this major; Have strong self-study ability, innovative consciousness and high comprehensive quality.
Third, the curriculum.
At present, there are 20 undergraduate courses in oil and gas storage and transportation engineering, including 7 compulsory courses, namely, oil tank and pipeline strength design (storage and transportation specialty), corrosion and anti-corrosion, professional foreign languages, oil and gas gathering and transportation, oil pipeline design and management, oil depot design and management, gas pipeline design and management, corrosion and anti-corrosion, gas pipeline design and management, natural gas gathering and transportation, urban liquefied gas supply, etc.