Objectives: This program meets the needs of the city and engineering construction of the country (focusing on the Beijing-Tianjin-Hebei region), aims to cultivate the comprehensive-development and compound-engineering-innovation talents with broad basic knowledge, good humanistic quality, strong engineering practice and sustainable learning ability and international vision, and lay the foundation for the cultivation of industry innovation leaders. After the basic training of engineering practice and innovation ability, the graduates have the ability to comprehensively use the knowledge they have learned to carry out civil engineering design, construction, management and technical development, have the preliminary scientific research ability, have better organization and management, environmental adaptation, communication and team cooperation ability, and can be engaged in project planning, engineering design, technology development, construction and management of civil engineering, to have strong practical and innovation ability, global visions, team values and good communication skills. About five years after graduation, graduates can have the ability to become middle professional technical fellows or technical directors.
Core Curriculum Courses:Basic courses include Natural Sciences, Humanities and Social Sciences, Foreign Languages and Computer Applications. Specialized courses include Civil Engineering Materials, Material Mechanics, Structural Mechanics, Surveying, Housing Architecture, Load and Structure Design Methods, Soil Mechanics, Underground Engineering, Principles of Concrete Structures, Principles of Steel Structures, Civil Engineering Construction, Understructure Design,SubgradeEngineering, Road Survey and Design, Bridge Engineering, Seismic Design of Buildings, High-Rise Building Structures, Planning and Design for Urban Rail Engineering, Project Budget, Construction Project Management, etc.
Career Paths: After graduation, in addition to studying as postgraduate students or going abroad for further studies, the graduates can be employed in the technical and management institutes of engineering planning, survey, design, construction and others in the fields of construction engineering, underground construction engineering, road and bridge engineering, urban rail engineering. Besides those, they can be employed in the relevant management sections of the government in all levels. They canalsobe employed in various institutions of financial investment, engineering construction and development, construction supervision, engineering insurance and engineering consultation. The graduates can also be engaged in engineering investment management, planning, design, survey, scientific research, construction technology development, construction management, engineering inspection, engineering quality assessment, construction supervision, professional education of engineering, engineering insurance, public utility management, etc.
2.Water Supply and Drainage
Objectives: The major of water supply and drainage science and engineering is to meet the major needsof the country, especially the water health cycle and water system security in Beijing-Tianjin-Hebei region. It aims to cultivate students who meet the needs of China’s socialist modernization construction,develop morally intellectually, physically, aesthetically and laboriously, have a high sense of social responsibility and professional ethics, have a solid foundation of natural science and Humanities and Social Sciences, have the sense of innovation, international competitiveness and ability of sustainable development, master the theory and knowledge of water supply and drainage science and engineering, and obtain the basic training of engineers with strong research and development ability, outstanding practical ability, communication ability and social adaptability. Graduates can be engaged in engineering planning, design, construction, operation and management related to water supply and drainage science and engineering. It is expected to become the backbone of technology and management in water supply and drainage science and engineering and related fields five years after graduation.
Curriculum: Engineering Mechanics, Engineering Graphics, Organic Chemistry, Chemistry of Water Analysis, Physical Chemistry, Biology for Water and Wastewater Treatment, Hydraulics, Hydrology and Engineering Geology, Fundamentals of Civil Engineering, Water Engineering Instrumentation and Control, Utilization and Protection of Water Resources, Water Quality Engineering, Pumps and Pump Stations, Fundamentals of Water Process Equipment, Water Supply and Drainage Pipeline Engineering, Building Water Supply and Drainage Engineering, Water Engineering Economics, Water Engineering Construction, Construction Project Management, and other fundamentals of the program and professional courses.
Careerpaths:Students following this pathway are ideally placed to work in units of design, scientific research, consulting, construction and management as well as enterprises of environmental protection, product development, and industry and mining, and have all the career choices as described for planning, design, construction, operation, technology management, technology development, scientific research, and environmental management of water supply and drainage.
3.Building Environment and Energy Application Engineering
Objectives: To meet the demands for the economic and social development of the country, especially the Beijing-Tianjin-Hebei region, this major is oriented towards healthy, comfortable, energy saving and safe building environment,and cultivate high-quality innovative person with persistent faith, good moral character, broad foundation, profound specialty, broad vision, outstanding practical ability and strong ability of sustainable development. Graduates can be engaged in planning and design, research and development manufacturing, construction installation, operation management and system support and other technical or management positions that about heating, ventilation, air conditioning, purification, cooling and heating sources, heating, renewable energy utilization, intelligent building, etc. in the design and research, engineering construction, equipment manufacturing, operation management, technical consulting and other enterprises and institutions.
Curriculum: Theelementary course include Natural Sciences, Humanities and Social Sciences, Foreign Languages and Computer Applications and so on. The basic courses of the subject include Mechanical Design Fundamentals, Engineering Graphics, Electrical and Electronics, Fundamentals of Automatic Control, Automation of Construction Equipment System, Theoretical Mechanics, Material Mechanics, Fluid Mechanics, Pipe Network for Fluid Supply, Heat Transfer, Engineering Thermodynamics, Principles and Equipment of Heat and Mass Exchange, Building Environment, Introduction to Architecture; professional courses consists of theoretical courses including Air Conditioning, Heat Supply Engineering, Ventilation Engineering, Refrigeration Technology, HVAC Technology, Electrical Control and Microcomputer Application in Buildings, Building Equipment Automation, Solar Energy Utilization and Building Energy Conservation, etc.
Careerpaths: The graduates of this major will be mainly engaged in the field of green building and building energy conservation and emission reduction, involving the design, development and operation of heating, ventilation, air conditioning, gas transmission and distribution projects. Except postgraduate study or further study abroad, graduates can work in design companies and engaged in the design work, including the regional power system of industrial and civil construction, HAVC system, building automatic control system, the indoor water supply and drainage system and fire control system, as well as the building energy efficiency evaluation and diagnosis work. They can also work in the planning, research and development, design, construction, consulting and operation management of large-scale refrigeration, heating, ventilation, air conditioning, building intelligent control projects and distributed energy supply systems in building energy conservation consulting company, real estate development company, construction enterprise and property management company and so on.
ObjectivesThe revolution of science and technology has forced reform and upgrade in various industries. Setting smart manufacturing as the core, all major industrialized countries in the world have formulated the strategy for manufacturing reform. The construction industry in China also needs to develop intelligent construction urgently for industrialization and informatization from the traditional fragmented and labor-intensive mode. Presently, a huge number of engineers that majors in civil engineering and artificial intelligent with innovation and motivation are needed to accelerate the development of the construction industry in China.
To contribute to the construction of the nation (especially, the Beijing-Tianjin-Hebei region) and fit to the social development, this major aims to provide the students with solid basic theories, broad professional knowledge, outstanding practical ability, profound scientific and human literacy. Mastering the relevant principles and methods of smart construction, you are capable of intelligent planning and design, intelligent equipment and construction, intelligent facilities and disaster prevention, intelligent operation and maintenance, and management. The combination of continuous learning and innovation capabilities, international vision, and leadership are the basic quality that you can obtain during the study.
Curriculum: Thecoursesare classified asnatural sciences, humanities and social sciences, foreign languages, and computer applications.Specifically, themajor coursesincludeEngineeringMechanics,StructuralMechanics,IntroductiontoSmartConstruction,Concrete Structure, BIMand Application,Smart Construction on Site,AutomaticControlPrinciples,Experiment ofSmart Construction,Sensors andIntelligentPerception,ArtificialIntelligenceand Application,SmartStructuralDesign,IntelligentMachinery,andRobots inConstruction,DeepLearning, etc.
Career paths: After graduation, you can undertakethe design, construction, operation,maintenanceof research workin intelligent construction centersorinnovation centersinlargenational-owned enterprises.After five years with the experience and self-learning, you couldbe capable of beingin charge of intelligent construction professional projectindependently.
5.Traffic Engineering (experimentalclasses)
Objectives:Facing with a great demand for developing modern transportation, the main task of the transportation engineering featuring “engineering +management” aims to cultivate future inter-disciplinary creative graduates who are: excelling in all aspects including ethics, intellect, physique, aesthetic and labor; possessing a wealth of cultural and scientific knowledge as well as social responsibility awareness; skilled at engineering application and innovative practice; systematically mastering transportation engineering theories, expertise, engineering technique, and innovative methods. The students who study at transportation engineering are expected to have full knowledge of mathematics, natural science, foreign language, computer science as well as being good at cooperating and communicating with other people. Moreover, the students are familiar with the frontier knowledge and developing trend of the transportation engineering discipline so that they are qualified for the professional jobs related to project planning, design, construction, developing, operation, and management of transportation field. When the students graduate around five years , they should have the ability to be responsible for the technical or management work of professional projects.
Curriculum:The public basic courses mainly include Advanced Mathematics, Linear Algebra, Probability and Mathematical Statistics, College Physics, College English, C Language Programming Foundation, etc. The professional courses are taught by full-time teachers from the College of Metropolitan Transportation. The teaching resources are fully utilized including the support from the relevant disciplines, Top experts in the field of Transportation Engineering, and high-level talents. Discipline basic required courses include Engineering Graphics, Engineering Mechanics, Introduction to Transportation Engineering (bilingual, national excellence course), Operations Research, Engineering Surveying, Road Survey and Design, Traffic Investigation and Analysis, Traffic Management and Control,Transportation Planning. Required courses in practice include Mechanical Engineering Training, Physics Experiment, Practice for Engineering Graphics, Engineering Measuring Practice, Theory and Application of Engineering Innovation Methods, Transportation Software Training, Transportation Comprehensive Course Design, Cognition Practice, Work Practice, Graduation Project, etc. Discipline-based elective courses include Roadbed and Pavement Engineering, Urban Planning Management. Professional elective courses include Road Traffic Safety (bilingual), Road Engineering Economics, Road Traffic Professional English, Traffic Big Data Technology and Application, Traffic Geographic Information System, etc. In the direction of transportation planning and management, discipline-based elective courses also include Transportation System Engineering, Transportation Information and Control Technology Fundamentals, Transportation Engineering Design, Road Capacity Analysis, Urban Public Transport; professional elective courses also include Parking Lot Planning and Design, Transport Hubs, Urban road Planning and Geometric Design, Traffic Engineering Psychology, Transportation Economics (self-study), Introduction to Intelligent Transportation System (bilingual), Rail Transportation Planning and Design, Transportation and Environment, Modern Logistics Management, Python for Transportation Big Data Processing and Analysis, Transportation Software Training, Transportation Comprehensive Course design. In the direction of road and railway engineering, discipline-based elective courses also include Road Construction Materials, Engineering Geology, Soil Mechanics and Soil Science, Road Engineering Maintenance and Management. Professional elective courses also include Road Engineering Construction Management, Asphalt and Asphalt Mixture, Hydrology of Bridge and Culvert, Introduction to Urban Rail Transit (Mooc), Urban Rail Transit Operation and Management, New Technologies for Functional Pavement and Road Construction Materials (research type), Highway Engineering Detection, Theory of Sustainable Development of Road Engineering (bilingual), Rail Engineering.
Career paths:Aside from pursuing a master's degree in our or other schools or go abroad, graduates have more career choices than traditional transportation engineering majors. They may choose to work in applicable government agencies such as research institutes of Ministry of Transport, Ministry of Industry and Information Technology, Ministry of Housing and Urban-Rural Development, Ministry of Public Security, or public administrative institutions such as Beijing Municipal Commission of Transportation and Commission of Planning, or large companies and public institutions working on the road transportation and traffic information, for example, agencies engaged in urban planning and design, highway (road) planning and design, maintenance operations and engineering consulting, intelligent transportation system integration, public transportation operations, rail transit, and scientific research institutions such as universities and research institutes.
6.Transportation Equipment and Control Engineering (experimental classes)
Objectives:To meet the intelligent development of modern traffic and transportation, the major in Traffic Equipment and Control Engineering featuring “transportation engineering + intelligent information” aims to cultivate future inter-disciplinary creative graduates who are excelling in all aspects including ethics, intellect, physique, aesthetic and labor; possessing a wealth of cultural and scientific knowledge as well as social responsibility awareness; skilled at engineering application and innovative practice; systematically mastering transportation engineering theories and other applicable information and intelligence theories, expertise, engineering technique, and innovation methods; appreciating global visions and teamwork; and pursuing the lifelong learning. Graduates have career choices in the intelligent transportation industry as described for hardware and software development, system integration, information processing, management and control, traffic planning and design. And they should be able to solve modern transportation issues using applicable theories and methods of transportation engineering and intelligent information.When the students graduate around five years, they should have the ability to be responsible for the technical or management work of professional projects.
Curriculum:Thepublic basic courses mainly include Advanced Mathematics, Linear Algebra,Probabilityand Mathematical Statistics, College Physics, College English, C Language Programming Foundation, etc. The professional courses are taught by full-time teachers from the College of Metropolitan Transportation. The teaching resources are fully utilized including the support from the relevant disciplines, Top experts in the field of Transportation Engineering, and high-level talents. Discipline basic required courses include Engineering Graphics, Engineering Mechanics, Introduction to Transportation Engineering (bilingual, national excellence course), Operations Research, Data Structures and Algorithm Analysis, Traffic Investigation and Analysis,The Fundamental of Electronic Technologies for Transportation, Transportation Engineering Design, Foundations of Traffic Information and Control Technology, Machine Learning, The Fundamental of Communication Technologies for Transportation and Transportation Planning. Required courses in practice include Mechanical Engineering Training, Physics Experiment, Practice for Engineering Graphics, Theory and Application of Engineering Innovation Methods, Transportation Software Training, The Project Practice of Traffic Information and Control, Cognition Practice, Work Practice, Graduation Project, etc. Discipline-based elective courses include Traffic Management and Control, Intelligent and Connected Vehicles technology, Automatic Control Theory, Traffic Flow Theory, Traffic Big Data and Artificial Intelligence, Traffic Behavior Analysis, and Road Traffic Safety (bilingual). Elective courses in practice include Integrated and Comprehensive Course Design for Transportation System, High-level Programming Language (C++) Practice, and the Practice of Intelligent and Connected Vehicles. Professional elective courses include Road Survey and Design, Traffic Geographic Information System, Theory & Applications of Database System, Introduction to Intelligent Transportation System (bilingual), Intelligent Optimization Foundation, High-level Programming Language (C++), Automobile Electronics and Control Technology, Intelligent Transportation System Integration, Transportation Economics (self-study), Modern Logistics Management, Urban Public Transport, Introduction to Urban Rail Transportation (Mooc), Transport Hubs, Transportation Engineering, Transportation and Environment, Transportation Engineering Psychology.
Career paths:Aside from pursuing a master’s degree in our or other schools or go abroad, students following this pathway have opportunities to work in applicable government agencies such as Ministry of Transport, Ministry of Industry and Information Technology, Ministry of Housing and Urban-Rural development, research institutes of the Ministry of Public Security, as well as public administrative institutions such as Beijing Municipal Commission of Transport, the Highway Bureau, the Road Bureau, and the Traffic Bureau; or other economic sections for information, hardware and software system design, traffic computer network and communication system research and development, and management work. Under the coordinated development of the Beijing-Tianjin-Hebei region, there are a lot of career choices in China for students following this pathway such as engineering companies and public institutions engaged in intelligent transportation, transportation control, transportation equipment designing and manufacturing, technology development, maintenance, application research, operation, and management.
Objectives: The aim of architecture education is to provide students with a strong foundation of architecture theories, professional knowledge and skills of architectural design, innovative thinking, wide vision, social responsibility, collaborative values, sustainable development and cultural heritage concepts. We aim to cultivate future professionals who can provide architectural design, education, research, development and management services for architectural planning and design institutes, education and R&D institutes, or management departments. Students are supposed to be the leadingfiguresor core members of the field after 5 years of graduation. They should be able to independently undertake research, planning,projectdesign, preliminary design, construction drawing design, engineering and technical services for crucial projects, as well as other applicable design theoretical research and construction management work. Over the years, with the rapid development of social economy and urbanization in China, Architecture has been the most popular majors in the society. Our five-year Architecture Program is awarded as one of the National level first class programs by the Ministry Education and Beijing Municipal Education Commission and has been accredited by the national architecture education steering committee in 1998, 2002, 2006, 2010, 2014 and 2018 for six times. Graduates are granted with Bachelor degrees of Architecture which are recognized internationally. In 2010, our Architecture Programs were approved as the first experimental programs of the "excellent engineers training plan" by the Ministry of Education. In 2012, we, together with Beijing Institute of Architectural Design, had successfully applied to be a National Architectural Engineering Practice and Education Center, approved by the Ministry of Education, to provide students with excellent internship experience. Architectural graduates, after specific career training, can attend the vocational examinations to be a certified architect or urban planner.
Curriculum:students need to learn more than 40 modules in five years including the core courses, the selective courses and the practice based programs. The examples of the core courses includeFundamental Architectural Design, Architectural Design and Principles, China and World History of Architecture, Architectural drawings andExpression, Physics of Architecture, Architectural Construction, Computer-Aided Design and Information Technology, Mechanics of Architecture, Architectural Structures and Architecture Tools.
Careerpaths: Students following this pathway can choose to work in architecture or indoor interior design related professional design and research institutes, design consulting companies, city and landscape planning and research institutes as well as other applicable management departments, real estate development institutes and national government agencies in Beijing or other large and medium-sized cities. Recently, almost 60% of undergraduates choose to pursue graduate studies (in domestic or international renowned universities).
8. Urban and Rural Planning
Objectives: We provide students with a strong foundation of theoretical urban and rural planning and design and practice, social responsibility, team values, innovative thinking, sustainable development concept, and respect for local history and culture. We aim to develop future professionals who can provide urban and rural planning design for professional planning and design institutes, management institutes, research institutes, or conduct related development, management, research. Students are supposed to be the leadingfiguresor core members of the field after 5 years of graduation. They should be able to independently undertakeurban and rural planning and design, urban and rural construction and development, urban and rural planning and theoretical research, urban and rural planning managementetc.Students also have chances to workin the field of architecture, landscape architectureandreal estate.
Curriculum: Urban Planning Principles, Urban Design, Overall Urban Planning, Rural Planning, Regulatory Planning, Urban Roads and Traffic Planning, Urban Construction History, and Urban, Rural and Municipal Engineering System Planning.
Featured courses: urban and rural planning related theories and design courses featuring comprehensive social surveys and city designs.
Careerpaths: Students following this pathway can choose to work in planning and design research institutes, architectural design institutes, urban and rural planning and development management departments, planning and design consulting companies, landscape architecture design companies, and real estate development companies in Beijing or other large and medium-sized cities.
Objective: The aim of Landscape architecture education in Beijing University of Technology is to provide students with a strong foundation of Landscape architecture theories, professional knowledge and skills of Landscape architecture design, innovative thinking, wide vision, social responsibility, collaborative values, sustainable development and cultural heritage concepts in the four years professional education. We aim to cultivate future professionals who can provide Landscape architecture design, education, research, development and management services for Landscape architectural planning and design institutes, education and R&D institutes, or management departments. Students are supposed to be the leading power or core members of the field after 5 years of graduation. They should be able to independently undertake the preliminary research, planning, program design, preliminary design, construction drawing design, engineering and technical services for crucial multi-scale Landscape architecture projects, as well as other applicable design theoretical research and construction management work.
Curriculum: The four years Landscape Architecture teaching plan highlights design theory, design practice, landscape technology, humanities and arts with international development. The core courses includes: Principles of landscape architecture planning and design, Landscape garden plant applications, Landscape garden engineering, Chinese and foreign landscape architecture history, Landscape garden heritage conservation, Computer-aided design and information technology, and Landscape planning and design Professional Studios.
Feature courses: Introduction to Human Settlement Design, Basics of Ecological Sustainable Planning and Design, Introduction to Disaster Prevention and Mitigation and Safety Design of Public Space, Traditional Art and Landscape Architecture, Introduction to Urban Development in Beijing.
Careerpaths: Students who graduated from Landscape Architecture,can work in planning and design research institutes, landscape architecture design companies, architectural design institutes, urban and rural planning and development management departments, planning and design consulting companies, and real estate development companies in Beijing or other cities. The graduates can serve for government landscaping management departments, Ecological and Environment department or Natural Resources management departments. They can also continue their master study of Landscape Architecture in foreign countries.