Mechanical engineering and automation
Facing the needs of social development under the background of capital internationalization, facing the modern advanced manufacturing industry, we should cultivate practical engineering application-oriented talents with the quality of engineers. The training mode of "3+ 1" is adopted, with a unified foundation for three years and a professional orientation for one year. It takes three years (six semesters) to complete the undergraduate basic courses with mechanical engineering background, starting from advanced mathematics in universities and passing basic courses and professional basic courses. The direction of one-year major is: in the last year of university, the tutorial system is adopted to complete the cultivation of a major direction chosen by students.
Electronic Science and Technology
The research content of professional direction is the core and foundation of contemporary information technology, the frontier of high-tech research and the focus of competition in the world today, and also the priority direction of high-tech development in China and Beijing (Beijing 248 Project). Mainly study microelectronic devices (semiconductor sensitive devices and semiconductor power devices, etc.). ), integrated circuits (—VLSI, —ASIC, —SOC) and optoelectronic devices (lasers, photodetectors and optical communication). The design and manufacture of VLSI is the main direction and core content of undergraduate education in this major, which mainly trains senior professionals engaged in research, design, production and application in VLSI, monolithic system integration, optoelectronics and other fields. In recent years, the graduates of this major have a good employment situation and are welcomed by the IT industry in China and Beijing.
Architectural Environment & Equipment Engineering
Cultivate the comprehensive knowledge of building thermal comfort environment technology, building automation integration technology, building water supply and drainage technology and building energy-saving design theory, be able to work in the field of industrial and civil building environmental control technology, have the ability to design, install, debug and operate public facilities systems such as HVAC, building water supply and drainage, building thermal energy supply system, have the ability to formulate building automation system schemes, and have preliminary application research and development capabilities. Senior building environment and equipment engineering technicians who can meet the teaching evaluation requirements of registered equipment engineers and can carry out engineering design, operation, construction, management and application research. After graduation, students can go to design units to design HVAC systems, regional cooling and heating systems, building automation systems, indoor water supply and drainage and fire fighting projects, and also go to real estate, hotels and building communities to engage in the planning, construction and property management of large-scale building equipment projects.