Objectives: This program aims tocultivate future high-level professionals in engineering technology and engineering management with positive moral characters,strongknowledgefoundation, overall competency, physical and mental health, strong engineering practice ability, and a certain ability to innovate. We provide students with a strong theoretical foundation and broad expertise inarchitecture andcivilengineering, the necessary management knowledge, and the advanced methods and modern technologies to solve engineering problems inarchitecture andcivilengineering. We aim tocultivatestudentsinto professionals that canbe engaged in scientific research, project development, engineering design, and engineering managementandsolve practical engineering problems in architecture and civil engineering and related technologies.

The main training directions: Earthquake resistance and seismic reduction of major engineering structures；

Comprehensive urban disaster prevention and mitigation；

Design theory and method of new system of high-performance materials and structures；

Frontier scientific problems and new technologies in geotechnical engineering；

Theory and technology of healthy circulation of urban water system；

Green building environment and energy efficiency and emission reduction technology

Core Curriculum Courses: Fundamentals and Software Applications of Finite Element, Structural Experiment and Engineering Test Technology, Basic Theory of Elastoplastic Mechanics, Basic Theory of Structural Dynamics, Introduction to Earthquake Engineering,Theory and Technology of Structural SeismicEnergy Dissipation and Seismic Isolation, In-SituGeotechnicalTestingand Monitoring Techniques,Construction MaterialsTestingTechnology, Fundamentals of Soil Mechanics, Fundamentals of Rock Mechanics, Advanced Concrete Structures, Modern Steel Construction and Design, Advanced Structural Analysis and Engineering Design Review, AdvancedTheory ofBridge Structures, Foundation Treatment Technology, Water EnvironmentalChemistry, Advanced Hydraulics, Microbiology, Water Treatment Theory and Technology, Wastewater Treatment Theory and Technology,Theory and Technology ofWater Supply and Drainage Systems, Biochemistry, Advanced Heat Transfer, Engineering Fluid Mechanics, Numerical Analysisof Built Environment and Energy Saving, Building Physics and Building Energy-Saving Technology, Application of Mathematical and Physical Methodsin HVACSystems, Prestressed Steel Structure Technology, Advanced Tunnel Engineering, Advanced Subgrade and Pavement Engineering, Modern Tunnel Structure Theory, Engineering Structure Reinforcement Technology, Urban Underground Construction Technology.

Career Paths: In recent years,graduates have gone toscientific research institutes, design units and construction units, andbeen engaged inengineering investment management, planning, design, survey, scientific research as well as the construction technology development, construction management, engineering testing, engineering quality assessment, construction supervision, professional education of engineering, engineering insurance,andpublic utility management.