Intelligent Construction
Professional strength: Relying on the interdisciplinary point of smart city and intelligent construction in Huazhong University of Science and Technology, it brings together high-level teaching and scientific research resources from many colleges such as civil and hydraulic engineering, artificial intelligence and automation, computer science and technology, and mechanical science and engineering.
Disciplinary prospect: Facing the future development of engineering and technology, adapting to the strategic needs of industrial upgrading and transformation, and realizing the integration of new-generation artificial intelligence technologies such as big data intelligence, swarm intelligence, cross-media intelligence, human-machine hybrid intelligence, and unmanned autonomous intelligence with advanced engineering construction Innovation.
Training objectives and curriculum setting: cultivate high-quality compound talents with intelligent construction research and application ability, teamwork ability, innovation consciousness and international vision, who can not only engage in intelligent design, intelligent construction, intelligent operation and maintenance in the field of engineering construction, but also engage in technology development and organization management in the field of artificial intelligence. Characteristic courses include engineering design algorithm, engineering simulation, engineering Internet of things and intelligent construction site, engineering construction robot and building 3D printing, environmental intelligence, etc.
Civil Engineering
Professional strength: the strength of professional teachers is strong, multiple advantageous and characteristic research directions complement each other, and the supporting conditions of scientific research platform are superior. In 2021, QS World University ranked sixth in China.
Discipline prospect: Connecting to the national infrastructure field, extending from the structural safety and digitalization of civil engineering infrastructure to sustainable development and intelligence, and moving towards the expansion of deep sea, deep earth and deep space.
Training objectives and curriculum setting: To cultivate senior professionals with an international perspective who have solid basic theory, broad professional knowledge and outstanding practical ability, who can be competent in the design, construction and management of civil engineering projects, and who can engage in project planning and research and development. Design principles of concrete structures, structural mechanics, soil mechanics, basic engineering design principles, bridge engineering, roadbed and pavement engineering, etc.
Engineering Management
Professional strength: National first-class undergraduate professional construction site, one of the earliest universities in China to pass the engineering management professional evaluation, and has a wide range of popularity and international influence in the fields of digital construction and engineering safety. It has a high-level teaching and research team led by academicians of the Chinese Academy of Engineering, and invites professors from internationally renowned universities to give lectures.
Discipline prospect: Facing the needs of major national construction and the transformation and upgrading of the construction industry, adapting to the development trend of new building industrialization and intelligent construction, realizing the integration and innovation of a new generation of information technology, civil engineering technology and engineering management, and serving the entire process of engineering design, construction, and operation and maintenance.
Training objectives and curriculum setting: Cultivate high-level talents with international vision, civil engineering design ability, system R&D ability, construction automation technology development and application ability, and capable of engaging in civil engineering planning and design, construction, operation and maintenance of the whole process engineering management . The main courses include engineering project management, civil engineering construction, construction automation, operations research, decision theory and methods, construction engineering information management, engineering big data analysis, etc.
Traffic Engineering
Professional strength: It is characterized by a land comprehensive transportation engineering talent training system that represents the future direction, pays attention to the trinity of personality-ability-knowledge, takes into account Chinese characteristics and international perspectives, and supports disciplines that are ranked 11th in the world-class disciplines of 2019.
Discipline prospects: With the advancement of my country's urbanization process and the implementation of the "transportation power" strategy, transportation, transportation and logistics have developed rapidly. The rise of traffic engineering brings significant opportunities and challenges.
Training objectives and curriculum setting: Adhere to moral cultivation, build first-class undergraduate program, meet the national strategy and needs of transportation power, and cultivate leading talents of composite transportation engineering industry with "broad professional foundation, excellent comprehensive quality, excellent innovation ability and international vision". Main courses: Traffic Engineering, traffic planning, Intelligent transportation System, Intelligent Logistics and Engineering, Traffic Big Data and artificial Intelligence, etc.
Water Conservancy and Hydropower Engineering
Professional strength: With the national key discipline of water conservancy and hydropower engineering as the banner, an active-minded, pioneering and innovative academic team headed by Zhang Yongchuan, an academician of the Chinese Academy of Engineering, has formed an excellent discipline group with strong strength and reasonable structure. It took the lead in proposing the concept of "digital watershed" in the world, creating a precedent for the optimal operation of hydropower and energy, and integrating multi-disciplinary features such as computer and information technology, electrical engineering, control engineering, and resources and environment.
Disciplinary prospect: Focusing on the comprehensive development and utilization of hydropower energy, computer simulation and visualization virtual reality technology, key technologies of geographic information system, comprehensive control and information processing of hydropower system, etc., it focuses on the construction of major national projects and has broad development prospects.
Training objectives and curriculum setting: To cultivate innovative talents with both political integrity and ability who have outstanding talents in the planning, design, operation, control and management of hydropower energy in my country, and who actively participate in the development of national hydropower energy and efficient utilization of water resources. The main courses involve electronic technology, automatic control principles, operations research and optimal decision-making, engineering hydrology, hydropower unit control and fault diagnosis, water conservancy and water energy planning, economic operation of hydropower stations, remote sensing of water resources and water environment, sensing and Internet of Things technology ( computer network technology and applications).
