Engineering technology disciplines include: management science and engineering, transportation, energy and power, surveying and mapping, water conservancy, electrical information, mechanical, bioengineering, engineering mechanics, civil construction, chemical and pharmaceutical, geomemeralogy, materials, computer science, environmental sciences, building science and technology, pharmaceuticals and other professional categories.
Engineering technology disciplines arise from the intersection of social sciences and natural sciences and the interpenetration of science and technology and engineering technology, the study of how to form a combination of electronic computers and modern communication technology into a new communication education, control systems.
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Management science and engineering majors mainly study the basic theory and basic knowledge of basic management disciplines such as mathematics, computers, economics, statistics, operations research, production and operations management, marketing, accounting, finance, international finance and trade.
The purpose is to cultivate senior specialists with the necessary foundation in mathematics, economics, and computer applications, with solid basic theories and fundamental knowledge of management disciplines, and with the ability to analyze, make decisions, and organize and implement problems in operations management, organizational management, and technology management with advanced management ideas, methods, organizations, and technologies, as well as mathematical and computer models.
Transportation majors are mainly trained to have knowledge of operations research, management, transportation organization, etc., and to be able to engage in transportation organization, command, decision-making in national, provincial and municipal transportation management departments, transportation enterprises and institutions, and to be able to engage in transportation production and operation management of senior technical personnel.
Energy power class is divided into four professional direction: thermal energy and power engineering, heat engine, fluid machinery and engineering, air conditioning and refrigeration. Thermal engineering is the study of thermal energy release, conversion, transfer and rational utilization of the discipline, which is widely used in energy, power, space technology, chemical industry, metallurgy, construction, environmental protection and other fields.
Thermal engine mainly studies the design, manufacture, operation, fault monitoring and diagnosis, and automatic control of high-speed rotary power devices, including steam turbines, gas turbines, turbojet and turbofan engines, compressors and fans.
Fluid machinery and fluid power engineering specializes in the study of fluid machinery and its work system automation, fluid circulation system energy saving, etc., in the hydropower and water conservancy, machinery manufacturing, transportation, petrochemical industry, engineering machinery, food and textile, aerospace, naval weaponry and even municipal facilities, industrial and civil construction and other sectors have a wide range of applications.
Air conditioning and refrigeration professional direction: the main research refrigeration and low temperature technology. It is widely used in energy, aerospace, aviation, automotive, petrochemical, food and drug production, medical equipment and air conditioning refrigeration equipment production and other fields.