The construction industry is an important pillar industry and economic growth point of the national economy. At the same time, the benign development of architecture is also related to social order, social stability and environmental problems. Architectural design and its theory are the main subjects in the field of architecture, mainly studying the general laws and methods of architectural design. Conduct a comprehensive, comprehensive and sustained in-depth study of architecture from theory and practice. This degree combines the needs of local economic and social development with the characteristics and characteristics of Yunnan's human settlements, urban and rural development, traditional settlements and architectural culture, taking local ethnic buildings and human settlements as a starting point, taking the overall concept and universal thinking mode as a reference, taking the road of "regionalization" research and devoting itself to local architectural design and its theory, local ethnic buildings and human settlements, local and local public buildings, residential buildings and landscape architecture design and its theory.
Second, the research direction
1. local architectural design and its theory: study local and local public, residential and landscape architectural design and its theory, as well as regional and local theoretical research of various buildings.
2. Ethnic architecture and human settlements: theoretical research on local and ethnic traditional architecture, and research on the renewal and development of traditional architecture and human settlements.
3. Tourism architecture and environmental design: planning, design and theory of tourist attractions, and tourism architecture design and theory.
4. Urban design and human settlements: the sustainable development of cities (towns) and theoretical research on urban design, urban residential areas and urban planning.
Architectural history and theory is a professional basic discipline of architecture, which mainly studies the history and theory of architecture at home and abroad. This subject is of great significance and role in inheriting and carrying forward the excellent essence of Chinese traditional architecture, promoting national architectural culture, drawing lessons from foreign beneficial experience, enriching the professional knowledge of architectural talents, improving theoretical literacy and cultivating comprehensive ability. This subject has a long history, and the study of architectural history in the west has made great progress in the15th century. Since the 1920s, China has started to offer architectural history courses in university architectural education. Then, taking the Chinese Architectural Society as the representative, the ancient buildings were systematically investigated and studied. In the 1950s, the further work of institutions of higher learning and research institutions was to build China.
The research system of history and theory has been established, and great achievements have been made, and the postgraduate training of this subject has begun. By the early 1980s, the cultivation of doctor's degree had been carried out.
Architectural history and theory are not only directly related to other branches of architecture, but also closely related to humanities such as history, archaeology, philosophy, linguistics, cultural anthropology, ethnology, religion, aesthetics and history of science and technology.
Third, the research direction
1. Architectural history of China: mainly study the history of ancient and modern architecture in China, the history of ancient architectural technology in China, classical garden art: research on traditional folk houses, religious sacrificial buildings and traditional environmental knowledge: urban history of China, ancient villages and urban research.
2. Architectural history of ethnic minorities in China: architectural development and evolution history of different regions and ethnic groups and theoretical research on architectural culture.
3. History of the development of local towns and buildings: research on the growth and development of local towns: research on the spatial composition mechanism, environment and order significance of local towns: research on the occurrence and renewal of local towns.
4. Systematic research on China's ancient architectural design thought and theory: systematically study the design thought of China's ancient architecture, and trace its ideological history, including related theoretical research on architectural practicality, functionality, technology and art, space environment and so on. I. Introduction to the theme
Geotechnical engineering is a comprehensive science and technology to solve the problems related to rock mass, soil and engineering environment in engineering construction.
Surgery. The research object of geotechnical engineering is mainly the deformation, failure, influencing factors and its development and evolution law of geotechnical engineering, and then geotechnical engineering.
Provide technical support for the safety of the project. The research direction involves many geotechnical engineering problems such as mining, transportation, hydropower, construction and so on.
It has broad development and application space.
The geotechnical engineering discipline of Kunming University of Science and Technology is mainly engaged in slope engineering, tunnel engineering, underground engineering and construction technology, blasting and so on.
Theoretical and engineering application research on engineering, geological disasters and prevention technology, foundation, grouting mechanism and reinforcement. Currently at the border
A lot of achievements have been made in slope stability evaluation and reinforcement, ground pressure control, blasting engineering, groundwater and soft rock control.
The research results have high academic significance and engineering application value, and have solved a lot of problems in geotechnical engineering theory and vertical and horizontal scientific research.
Practical problems have formed a relatively stable research direction and have their own characteristics. With the continuous construction of discipline team
The establishment, development and continuous improvement of software and hardware facilities will surely usher in a brighter future for geotechnical engineering.
Second, the research direction
1, slope engineering
2. Engineering blasting
3. Foundation
4, underground engineering and construction technology
5, geological disasters and prevention technology
6. Grouting mechanism and reinforcement I. Theme introduction
This major is one of the two disciplines under the first-class discipline of civil engineering. Relying on major projects in high-intensity mountainous and hilly areas in southwest China, it is of positive theoretical value and practical significance to devote ourselves to the research on regional geological disasters and environmental geotechnical engineering, soft soil foundation stability, slope stability theory and its reinforcement technology, geotechnical materials and their engineering applications, and foundation engineering, etc., which will promote infrastructure construction, scientific and technological progress and economic development.
In many years of teaching and scientific research practice, this discipline has accumulated rich experience, formed an academic echelon composed of young and middle-aged leaders and academic backbones, with reasonable structure, courage to forge ahead, unity and cooperation, undertaken and completed a number of national, ministerial and provincial applied basic research projects, and actively participated in engineering practice, which solved some major technical problems in practical work and achieved gratifying results. This subject has abundant scientific research funds, advanced laboratories, rich books and materials and perfect teaching practice bases.
Third, the research direction
1, regional geological disasters and environmental geotechnical engineering
2, basic engineering
3. Slope stability theory and its reinforcement technology.
4. Stability of subgrade of high-grade highway in mountainous area.
5. Earthquake resistance of geotechnical engineering I. Introduction to disciplines
Structural engineering is an important subject to study the structure of civil engineering buildings, which occupies a very important position in the field of architectural engineering. Combining the needs of China's modernization and the frontier topics of structural development, this subject mainly studies structural theory and its calculation methods, and studies and develops new structures. It fully absorbs the latest research results of advanced structural theory, computer technology and related disciplines in the world, and conducts comprehensive and systematic research on steel structure, concrete structure, composite structure, foundation engineering and new building materials, so as to achieve structural safety and reliability.
This discipline adheres to the development mode of combining theory with practice, strengthens academic exchanges and cooperation with structural engineering circles at home and abroad, and pays attention to the new trend of structural development. In many years of teaching, scientific research and engineering practice, an academic echelon with young and middle-aged as academic leaders and backbones has been formed. At present, there are 5 professors and 5 doctors, who have undertaken and completed many provincial and ministerial-level horizontal scientific research projects, and have achieved fruitful results, which have been well received and valued by colleagues at home and abroad, and have been absorbed. The undergraduate program has abundant scientific research funds, advanced laboratories, computer rooms, rich books and materials and perfect teaching practice bases.
Second, the research direction
According to the needs of national construction and the development of structural engineering technology, combined with the advantages of structural engineering in our school, this subject has the following research directions:
1, steel structure: mainly study the theory and application of steel structure stability and design.
2. Spatial structure: This paper mainly studies long-span structures such as integral tension structure, grid structure, reticulated shell, cable-membrane structure and prestressed tension technology.
3. Concrete structure: mainly study nonlinear theory of concrete structure, crack analysis of building structure, new structural members and material properties.
4. Composite structure: The working mechanism and design method of composite structure, members and joints are mainly studied.
5. High-rise building structure: mainly study the analysis theory, new structural forms and structural control methods of high-rise structures.
6. Foundation engineering: mainly study foundation theory and application, foundation analysis of high-rise buildings, etc.
7. New building materials: mainly study the theory and application of new building materials.
8. Construction technology and economic analysis: mainly study new construction technologies and methods and structural economic analysis. I. Introduction to the theme
This major is a provincial key construction discipline in Yunnan Province during the Seventh Five-Year Plan and the Tenth Five-Year Plan, and it is the only discipline in Yunnan Province that has long adhered to the study of earthquake engineering and its disaster reduction and prevention. The research direction accords with the situation of Yunnan province and the needs of economic construction, and has played a great role in solving major practical problems such as infrastructure construction, urban construction, industrial and civil buildings, lifeline engineering and so on. In areas with high earthquake intensity, it has important theoretical and practical significance, and promotes social progress and economic prosperity in border minority areas.
Adhering to the development mode of combining theory with practice, this discipline has formed an academic echelon with young and middle-aged leaders and academic backbones as the main body, and undertaken and completed a number of national key scientific and technological projects, national, provincial and ministerial fund projects and horizontal scientific research projects. The scientific research funds are abundant, exchanges and cooperation have been strengthened, and fruitful results have been achieved, which has been praised and valued by colleagues at home and abroad. Experience in successfully cultivating high-quality graduate students. With the institute of earthquake resistance as the main body, it has a laboratory with advanced equipment; Abundant books and materials: a perfect teaching practice base with close contact with scientific research, design and construction units. The topic point is now a member of the revision group of the national seismic code.
Second, the research direction
1. Earthquake resistance of engineering-mainly aimed at earthquake resistance research, structural reliability and earthquake economic loss evaluation, seismic design of bridge structure, seismic analysis and reinforcement method research, interaction research between building and foundation, construction site evaluation, foundation treatment, etc.
2. Structural damping control-mainly devoted to the research of structural control and energy consumption technology and methods;
3, urban disaster prevention and public safety-mainly study the technology and countermeasures of urban and infrastructure disaster reduction, lifeline system engineering earthquake, urban earthquake prevention and disaster reduction planning, earthquake risk analysis, earthquake damage prediction, etc. ;
4. Structural health diagnosis-mainly studies the theory and technology of structural health monitoring, evaluation and reinforcement in civil engineering. I. Introduction to the theme
This field is a key construction and urgently needed development field in Yunnan Province. The research direction accords with the situation of Yunnan province and the needs of economic construction, and has played a great role in solving major practical problems such as infrastructure, urban construction, industrial and civil buildings, lifeline engineering and so on. It has important theoretical and practical significance, and promotes the social progress and economic prosperity in the border ethnic areas. Architecture is an important pillar industry and economic growth point of the national economy. At the same time, the benign development of architecture is also related to social order, social stability and environmental problems. This paper mainly studies the general laws and methods of architectural design. Conduct a comprehensive, comprehensive and sustained in-depth study of architecture from theory and practice.
This degree combines the needs of local economic and social development with the characteristics and characteristics of human settlements, urban and rural development, traditional settlements and architectural culture in Yunnan, taking local ethnic buildings and human settlements as the tangent point, taking the overall concept and universal thinking mode as the reference, taking the "regionalization" research road and devoting to local architectural design and its theory, local ethnic buildings and human settlements, local and local public buildings, residential buildings and scenic buildings. Facing the main battlefield of western economic construction, the discipline of civil engineering adheres to the development mode of combining theory with practice, and is supported by the main disciplines such as civil engineering and mechanics, forming a young and middle-aged academic leader and academic backbone, and an academic echelon with reasonable structure. It has undertaken and completed a number of national key scientific and technological projects, national, provincial and ministerial fund projects and horizontal scientific research projects, with abundant scientific research funds, strong teachers and fruitful results. It has strengthened exchanges and cooperation at home and abroad, won praise and attention at home and abroad, and has advanced laboratories and scientific research projects.
Second, the scope of research areas
1, architecture: including architectural design, urban planning, land resources planning, scenic and tourist area planning, protection planning of famous historical and cultural towns and rural market town planning and design and other related engineering practices and theoretical methods.
2. Civil engineering: including structural engineering, engineering earthquake prevention and disaster reduction, engineering mechanics, geotechnical engineering, road and bridge engineering, foundation engineering, engineering materials, water conservancy engineering and engineering management. I. Introduction to the theme
Engineering mechanics is a branch of mechanics and a cross-development of mechanics and modern engineering science and technology. It has become a branch of civil engineering, water conservancy and electric power.
Machinery, electronics and information, energy and mines, transportation, environmental protection, materials and processing, automation technology, agriculture, biology, ships.
An important foundation of engineering science such as shipbuilding, petrochemical industry, aerospace and national defense construction. Engineering mechanics is extensive and complex.
And its irreplaceable role in solving major engineering and technical problems.
The doctoral program of engineering mechanics in Kunming University of Science and Technology is divided into nonlinear elastic and flexible structure analysis, nonlinear vibration and dynamic system.
Support theory, fluid-solid coupling vibration, thermoelasticity theory, structural vibration and engineering earthquake resistance are the main research fields related to materials.
Processing, machinery manufacturing, noise control, water conservancy and electric power, building earthquake resistance, roads and bridges, transportation and so on comprehensively reflect the engineering strength.
The intersection and application of science and other disciplines has formed its own research characteristics. In recent years, this project has been completed at the national, provincial and ministerial levels.
There are a number of scientific fund projects, won a number of provincial and ministerial science and technology awards, and published more than 300 papers in domestic and foreign academic journals and various academic conferences.
A series of achievements have been made and good economic and social benefits have been achieved.
Second, the research direction
According to the needs of the country and the development of science and technology, engage in scientific and technological research within the scope of combining mechanics with engineering. Ben zhuan
The research direction of the industry is:
1, random microstructure analysis and large deformation structure analysis of materials;
2. Nonlinear vibration theory-intersection and chaos;
3. Fluid-solid coupling vibration theory and its engineering application:
4, thermal stress and its application in material processing technology:
5. Structural vibration and engineering earthquake resistance. I. Introduction to the theme
"Road and Railway Engineering" is based on high-grade highway and railway engineering in southwest high-intensity mountainous and hilly areas, and is devoted to the research of special subgrade, bridge, tunnel and traffic system engineering, which is of great practical significance to solving the bottleneck problem of Yunnan's economic take-off and is conducive to promoting social progress and economic prosperity in frontier minority areas.
In many years of teaching and scientific research practice, this discipline has accumulated rich experience, formed an academic echelon composed of young and middle-aged leaders and academic backbones, with reasonable structure, courage to forge ahead, unity and cooperation, undertaken and completed a number of national, ministerial and provincial applied basic research projects, and actively participated in engineering practice, which solved some major technical problems in practical work and achieved gratifying results. This subject has abundant scientific research funds, advanced laboratories, rich books and materials and perfect teaching practice bases.
Second, the research direction
1, bridge research-focus on the bridge structure type, construction technology, vibration reduction and earthquake prevention technology.
2. Research on roads and special subgrade-focus on high embankment filling, pavement foundation reinforcement, fiber retaining wall, embankment subgrade reinforcement, subgrade slope reinforcement and soft soil foundation treatment.
3. Stability of high subgrade slope and its reinforcement technology.
4. The generalized surrounding rock stability of long tunnel and the control of construction geological disasters.
5. Foundation engineering-deep foundation, soft soil foundation treatment and its reliability analysis.
6. Road system engineering-road traffic system engineering; Analysis of road reconstruction and expansion system: research on road geographic information system. I. Introduction to the theme
Urban planning is a professional discipline foundation in the field of architecture, which mainly studies the development and change law of cities and their regions and its influence on human activities. A comprehensive, comprehensive, in-depth and systematic study of urban planning in theory and practice plays an important role in reasonable, efficient and pleasant urban methods.
Before the industrial revolution, urban planning and design focused on a single physical space planning. After the industrial revolution, the modern urban planning discipline has gradually developed from the early material planning and design into an interdisciplinary comprehensive discipline involving society, economy and environment. This discipline is closely related to sociology, economics, anthropology, environmental science, geography, architectural design and theory, architectural technology science, behavioral science and management science.
This degree course combines the needs of local economic and social development with the needs of urban living environment and urban construction and development, pays attention to the relationship between cities and nature, society and future development needs, and discusses its related design theories and methods.
Third, the research direction
1. Study on the planning of urban communities and scenic spots in western China: Learn to master the cultural awareness, ecological concepts and policy environment of urban communities, and conduct relevant theoretical and design research on urban communities and scenic spots in western China from multiple angles.
2. Research on the protection of historical and cultural cities and the planning of small towns: theoretical research on historical and cultural cities and small towns from the aspects of time and space, nature, economy and social culture. And pay attention to the relationship and influence between them, so as to explore the countermeasures for the renewal and development of famous historical and cultural towns and effectively protect and update the planning and design; Explore the conditions, ways and planning and design concepts of sustainable development of small towns. I. Introduction to the theme
The master's degree in municipal engineering is mainly engaged in the research and scientific experiments of theoretical processes, technologies, equipment and materials in the fields of water supply and water intake engineering, pipe and canal engineering, water supply treatment and sewage treatment. Apply the knowledge and theory of hydrology, water supply hydrogeology, fluid mechanics, solids, biochemistry, microbiology, chemistry, physics, ecology, computer and engineering to reveal the true evolution law of natural water sources and find the best way to take water from different water sources; According to different water consumption images in different areas, the changing law of real water consumption and the corresponding design and calculation method of pipe and canal engineering are studied: new technologies, new equipment and new materials for water supply and sewage treatment are explored.
Third, the research direction
1, water intake and channel engineering
2. Water treatment theory and technology. Theme introduction
This master's degree is based on elastic-plastic mechanics, structural dynamics, geotechnical mechanics and computer application technology. Combining theory with practice, on the basis of exploring the principles of hydraulic structure analysis and design, we pay attention to cultivating students' ability to find, analyze and solve problems. This subject has formed its own characteristics in hydraulic structure calculation, hydraulic structure earthquake resistance, hydraulic structure reliability analysis, high slope treatment technology, engineering hydraulics theory and its application, concrete mechanical characteristics and failure, test and detection technology and so on. And has formed an academic echelon dominated by young and middle-aged academic leaders, completed a number of national, provincial and ministerial science fund projects, won a number of provincial and ministerial science and technology awards, published more than 200 academic papers in domestic and foreign academic journals and various academic conferences, and achieved a series of results, some of which,
Third, the research direction
According to the needs of water conservancy and hydropower engineering construction and the development of science and technology, mechanics and computer application technology are closely combined with this subject to engage in scientific and technological research and engineering application. The research direction of this major is:
A) hydraulic structure analysis theory and its engineering application
B) Pathological mechanism and health diagnosis technology of large-scale water engineering structures
C) application of measurement and control and computer technology
D) Geotechnical mechanics and its engineering application, majoring in civil engineering
I. Training objectives
This major cultivates the all-round development of morality, intelligence and physique, grasps the basic theory and knowledge of civil engineering, obtains the basic training of engineers, develops knowledge, ability and quality in a coordinated way, has innovative spirit and practical ability, has the foundation for further study and lifelong learning, and can engage in the design, construction and management of civil engineering.
Second, the scope of business
Can be engaged in technical or management work in the design, construction, management, consulting, supervision, research, education, investment, development and other departments of housing construction, tunnels and underground buildings, highways and urban roads, bridges and mining buildings.
Three, business training specification requirements (graduates' knowledge, ability and quality requirements)
Ideological, moral, cultural and psychological qualities
Love the socialist motherland, support the leadership of the production party of China, and understand the basic principles of Marxism-Leninism, Mao Zedong Thought and Deng Xiaoping Theory; Willing to serve the socialist modernization and the people, with the ambition and sense of responsibility to strive for national prosperity and national prosperity; Have the quality of dedication, diligence, love of labor, law-abiding, unity and cooperation; Have good ideological and moral character, social morality and professional ethics.
Have basic and noble scientific humanistic quality and spirit, and can reflect high cultivation in philosophy, taste, interest and personality; Maintain mental health, strive to be calm, emotionally stable, optimistic and positive.
L main knowledge and ability requirements
1. Have the basic theoretical knowledge and literacy of humanities and social sciences: have the necessary knowledge of philosophy and methodology, economics, law and so on. , and has some practice in literature, art, ethics, history, sociology, public relations and so on;
2. Have a solid theoretical knowledge of natural science: master advanced mathematics, general physics and general chemistry, understand the basic knowledge of modern physics and chemistry, and understand other major aspects and application prospects of contemporary scientific and technological development;
3. Have solid professional basic knowledge and basic theory: master the basic theories of engineering mechanics, fluid mechanics, structural engineering and geotechnical engineering, master the basic knowledge of engineering planning and selection, engineering materials, structural analysis and design, foundation treatment, construction technology and organization, master the basic skills of engineering survey, test and detection, understand the basic contents of economic management and environment of construction projects, and understand the main laws and regulations of civil engineering;
4. Have the basic ability to comprehensively use various means to query data and obtain information: have the basic ability to use language, words, graphics and other engineering expressions and exchanges; Master a foreign language; Basic ability of computer application;
5. Have the preliminary ability of engineering design, construction and management; After some training, I have the innovative ability of research and application development.
L good health
Have certain basic knowledge of physical education and military affairs, master the basic skills of scientific physical exercise, develop good physical exercise and health habits, receive necessary military training, reach the qualified standards of college students' physical education and military training stipulated by the state, form a sound psychological and healthy body, and be able to fulfill the sacred obligation of building and defending the motherland. Project management is the decision-making, planning, organization, command, coordination and control of engineering practice. Including: technical and economic demonstration in decision-making and management implementation of major construction projects; Management of important and complicated new products, equipment and devices in the process of research, manufacture and production; Technical innovation, technical transformation, transformation, transition, and management in line with international standards; Research and management of major layout and development strategy of industry, engineering and science and technology. With the development of modern engineering, there are many trends, such as large scale, complex decision-making process, many kinds of technologies involved, huge organizational structure, long duration and many participants. The importance of project management in modern engineering makes the project manager play an increasingly important role in modern engineering practice.
Master of Engineering Management Training Direction 1 Project Management 2 Project Cost and Investment Management 3 Real Estate Development and Management 4 Urban Construction and Development Management Related Pictures