The school has Zhongguancun Campus and Liangxiang Campus in Beijing, and the total construction area of the "dual-core" campus is 1852300 square meters. Eight new teaching and research institutions have been established, including 2/kloc-0 professional colleges, 9 academy of sciences and frontier interdisciplinary research institutes. Among them, the first batch entered the national "2 1 1 project" and "985 project", and the first batch entered the "world-class university" to build a first-class university. Now they belong to the Ministry of Industry and Information Technology.

The school adheres to the scientific and technological innovation policy of "anchoring strategy, forward-looking layout, strengthening characteristics and surpassing innovation", and continues to implement "planned, organized and quality" scientific research, which represents the national level in strategic core areas such as high-energy materials, scientific exploration, unmanned intelligence and cross-disciplinary mobility, and has obvious advantages in the frontier direction of quantum information, integrated circuits, intelligent manufacturing, green energy and special materials, and the scientific research results are of good quality and quantity.

School major

1, safety engineering

Safety engineering mainly studies the basic knowledge and skills of disaster prevention technology, safety principle, safety monitoring and safety system engineering in mines, underground buildings and above-ground buildings, and is mostly used for outdoor work, safety evaluation and risk assessment before construction, safety management and safety education in construction site, and treatment of industrial accidents after accidents such as collapse, explosion and fire.

2. Aircraft design and engineering

Aircraft design and engineering mainly studies the basic knowledge and skills related to aerospace aircraft design, including the design of aircraft overall, structure and shape, involving mathematics, mechanics, mechanics and other related fields, and carries out aircraft design, aircraft performance calculation and analysis, structural stress and analysis, and aircraft fault diagnosis and maintenance.

3. Software engineering

Software engineering mainly studies the knowledge and technology related to the construction, design, development methods, testing and maintenance of all kinds of computer software, involving programming languages, databases, software development tools, system platforms, design patterns, etc., and carries out software demand analysis, software design, software testing and software maintenance.