1 Introduction to Undergraduate Admissions Major of National University of Defense Technology
Materials Science and Engineering: mainly study the basic theories and knowledge of mathematics, physics, mechanics, chemistry, materials science and engineering, master the professional knowledge of military materials in terms of composition, molding, performance and use, and have the initial ability to engage in the research and development of new materials such as design, demonstration, molding, evaluation, testing and maintenance, and the research and management of weapons and equipment materials.
Measurement and control technology and instruments: mainly study the basic theories and knowledge of mathematics and mechanics, measurement and control electronics and computers, sensing and measurement, measurement and intelligent instruments, master the basic skills of analysis, design and comprehensive application of equipment measurement and control systems and intelligent instruments, and have the preliminary ability to engage in the design, detection and measurement, test and evaluation, training organization and army management of weapons and equipment measurement and control systems.
Atmospheric science: mainly study the basic theories and knowledge of advanced mathematics, meteorology, dynamic meteorology, atmospheric physics and fluid mechanics, master the basic theories and technologies of weather analysis and forecast and military meteorological support, be familiar with the business requirements of joint operations for military meteorological forecast support under the condition of informationization, and have the initial ability to engage in military meteorological forecast support, research and management.
Big data project: mainly study the basic theories, knowledge and skills of information science, data science and management science, master the basic theories and knowledge of computer, statistics, information management and other related disciplines, master the technology of data collection, storage, management, processing, analysis and application, have the basic ability and quality of data engineer position, and have certain data engineering project design and development, system integration and engineering implementation capabilities and data science research capabilities.
Missile engineering: mainly study basic theories and knowledge in mathematics, mechanics, control and information technology, aerospace and other fields. Master the basic methods and professional skills of design and analysis of missiles and rockets, aerodynamics, structure, propulsion, control, measurement and control. , and has the practical work ability and preliminary scientific research ability in the demonstration, overall design, use and management of missiles and rockets.
Navigation engineering: I mainly study basic theories and knowledge such as mathematics and mechanics, electrical and electronic engineering and computer, automatic control, inertial navigation and satellite navigation. Master the basic skills of analysis, design and comprehensive application of military navigation system, and have the initial ability to engage in comprehensive application, maintenance, training organization and army management of military navigation system.
Geographic information science and technology: mainly study the basic theories and professional knowledge of mathematics, geography, geology, atmospheric science, marine science and computer science and technology, and master the professional knowledge of satellite battlefield environment remote sensing technology, geographic information system technology and global positioning system technology. And have the ability to comprehensively use these knowledge to carry out joint support of battlefield environment and battlefield environment information engineering construction, situation analysis, information processing, equipment research and development, and technical research.
Electronic science and technology: learn the theory of electronic science and technology, master the design principles and methods of electronic systems, have strong mathematical foundation, computer, foreign language and engineering technology application ability, and the ability to track new theories, new knowledge and new technologies in this field, and be able to engage in the design, development, experimental evaluation, simulation training, operation application or management of electromagnetic fields and microwaves, electronic materials and devices, electromagnetic compatibility and other fields.
Electronic information engineering: learn the theory of modern electronic technology, master the principles and methods of electronic system design, have strong mathematical foundation, computer, foreign language, engineering technology application ability and the ability to track new theories, new knowledge and new technologies in this field, and be able to engage in the preliminary ability of design, development, test evaluation, simulation training, combat application or management in radar, electronic warfare, precision guidance, navigation and measurement and control.
Russian: mainly study the basic theory and knowledge of Russian, Russian national conditions and military intelligence, diplomacy, international relations, military intelligence, etc. Master the basic methods and skills of international issues research, strategic situation judgment, international cultural exchange, foreign communication and negotiation, and foreign cultural communication, have a global vision, strategic thinking and intelligence awareness, skillfully use Russian for communication, reading, translation and writing, and have the initial ability to engage in military diplomacy and military management.
Simulation engineering: mainly study simulation series, control series, electrical and electronic series, mathematical mechanics series, and accept the training of course experimental practice and elective practice. With the analysis, design, development and application of preliminary combat simulation system, weapon equipment simulation system and training simulation system, the use and maintenance of high-tech equipment, and the ability of training organization and army management.
Aircraft design and engineering: mainly study the basic theories and knowledge of mathematics, mechanics, control and information technology, master the basic principles of aircraft design, aircraft dynamics and control technology, aircraft aerodynamic analysis and design, aircraft propulsion technology, understand the background knowledge of aerospace and missile engineering, and have the preliminary ability to engage in research and management of aircraft overall design, aerodynamics, propulsion and structure.
Management science and engineering: mainly study the theories and methods of leadership management, statistical decision-making, system engineering, modeling optimization and comprehensive support. Master the relevant knowledge and basic skills of planning, organization, leadership, control and decision-making of human, financial, material and information elements in army construction and management, and have the initial ability to engage in equipment management, personnel management, logistics management, training management and information management in joint operational support.
Optoelectronic information science and engineering: mainly study basic theories and professional knowledge in mathematics, physics, optics, electronics, machinery, computer science, etc., master basic knowledge and skills in photoelectric engineering fields such as photoelectric detection, photoelectric information processing, optical communication, optical storage, photoelectric display and photoelectric information application, have the ability to engage in photoelectric information science and engineering research, use and maintenance of high-tech weapons and equipment in national defense and military fields, and have certain technical management, organization and command capabilities.
International affairs and international relations: mainly study the basic theories and knowledge of English, international relations, international politics, international strategy, international law, diplomacy, military intelligence and so on. , systematically understand the international strategic situation, national foreign policy, national conditions and military intelligence of countries around the world, as well as exchanges between countries and regions. Master the basic methods and skills of international research, strategic situation judgment, international cultural exchange, foreign communication and negotiation, foreign cultural communication, information collection and analysis, have a global vision, strategic thinking, intelligence awareness and advanced English application skills, and have the initial ability to engage in military research, military diplomacy and military management.
Marine technology: mainly study basic theories and professional knowledge in mathematics, physics, marine science, electronics and information engineering, master basic skills and related knowledge in marine survey, marine exploration, marine acoustics, marine remote sensing, marine information transmission and processing, be familiar with the complex marine battlefield environment, have the ability to guarantee the marine battlefield environment in information-based maritime joint operations, and have the comprehensive ability to engage in marine survey, equipment research and development, technical research and technical application.
Nuclear engineering and nuclear technology: I mainly study a series of basic courses such as mathematics and physics, as well as specialized courses such as reactor principle, nuclear weapons physics and effects, and nuclear radiation detection technology. , master the basic principles of nuclear weapons and nuclear power, and the basic methods and professional technologies in nuclear radiation detection and maintenance, and have the practical working ability and preliminary scientific research ability in frontier scientific research, production test, equipment use and maintenance, training organization and military management.
Mechanical engineering: I mainly study the basic theories and knowledge of mathematics and mechanics, electrical and electronic engineering and computer, mechanical foundation, electromechanical measurement and control, and comprehensive equipment support, master the basic skills of analysis, design and comprehensive application of electromechanical systems and equipment, and have the initial ability to engage in the design and manufacture of electromechanical systems of weapons and equipment, comprehensive equipment support, training organization and army management.
Computer science and technology: mainly study the basic theory and knowledge of computer science and technology, and master the basic skills, methods and related knowledge of computer science, computer engineering and technology, network information system, etc. , and initially have the ability to engage in the development, maintenance and management of computer systems, the use and maintenance of information equipment, training organization and army management in the military field.
Military Oceanography: mainly study the basic theories and knowledge of advanced mathematics, introduction to marine science, physical oceanography and fluid mechanics, master the basic theories and technologies of marine environmental factor analysis and military marine environmental support, be familiar with the business requirements of joint operations for military marine environmental forecast support under information conditions, and have the initial ability to engage in military marine environmental forecast support, research and management.
Space science and technology: I mainly study basic theories and professional knowledge such as mathematics, aerospace, mechanics, control and information, master the basic knowledge and skills of space mission analysis and planning, overall design of spacecraft, flight control of spacecraft, acquisition and application of satellite information, and have the initial ability to engage in aerospace equipment demonstration, research and design, operation control, training and use, maintenance and support, and army management in the military and aerospace fields.
Radar engineering: mainly study the basic theories and knowledge of mathematics, physics, electronic science and technology. Master the basic knowledge and skills of radar key technology analysis and research, equipment principle and maintenance, and have the preliminary ability to engage in radar technology research and development, equipment maintenance and management.
Target engineering: I mainly study a series of courses such as logistics, system engineering, command and control, artificial intelligence, etc. Master the methods and techniques of target data processing, comprehensive analysis, optimization, damage prediction and effect evaluation. Initially, I have the ability to engage in the analysis, design, management and integration of target decision support system, the use and maintenance of high-tech equipment, and the training organization and army management in the military field.
Software engineering: mainly study the basic theory and knowledge of software engineering, master the basic skills, methods and related knowledge of software system requirements analysis, design, construction, testing, maintenance and management, and have the initial ability to engage in the definition, development, deployment, maintenance, support, management, information equipment use and maintenance, training organization and army management of military software systems.
Mathematics and applied mathematics: mainly study series of basic mathematical theoretical knowledge such as analysis, algebra and optimization, and master basic methods and professional skills in mathematical modeling, efficient simulation and calculation, data analysis and processing, logistics and so on. , and have the practical working ability and preliminary scientific research ability in teaching, task planning, calculation and analysis, data processing, password coding and army management.
Communication engineering: learn basic communication theory and professional knowledge, master modern communication technology, have strong application ability in mathematics, computer, foreign languages and engineering technology, and be able to track new theories, new knowledge and new technologies in this field, and be able to engage in the design, development, training organization, use, maintenance or management of new system transmission technology, cognitive and collaborative network, software radio, anti-jamming communication and new military communication equipment.
Diplomacy: I mainly study the basic theories and knowledge of English, diplomacy, contemporary China diplomacy, military diplomacy, military intelligence, international relations and foreign affairs, systematically understand international affairs, China diplomacy and national foreign policy, and master the basic methods and skills of international issues research, strategic situation judgment, international military cooperation, international cultural exchange, foreign communication and negotiation, and foreign cultural communication. It has global vision, strategic thinking, intelligence awareness and high level.
Network power command and engineering: I mainly study the basic theories and knowledge of mathematics, physics, electronic science and technology, and network power command and engineering. Master basic knowledge and skills such as network force command, analysis and research of key engineering technologies, equipment principle, use and maintenance, and operational command. , and have the initial ability to engage in network power technology research and development, equipment use management, tactical research, operational command and other work.
Network engineering: mainly study the basic theory and knowledge of computer software and hardware technology, computer network technology and communication technology, and master the basic skills, methods and related knowledge of computer network technology and network application development. Be able to use multidisciplinary knowledge to comprehensively analyze the military network, and have the ability to design, develop, manage and maintain the military network, research and develop key technologies and solve complex engineering problems.
Cyberspace security: mainly study the basic theories and knowledge of mathematics, information science, law, management and engineering related to cyberspace security, master the basic skills, methods and related knowledge of cryptography, network security, information system security, content security and application security, and have the initial ability to engage in cyberspace security data analysis, technology development, engineering realization, equipment application maintenance management and other work.
Unmanned system engineering: mainly study the basic theories and knowledge of mathematics and mechanics, intelligent perception, autonomous control, communication and measurement and control, command and control, master the basic skills of unmanned system analysis and comprehensive application, and have the initial ability to engage in unmanned system application and command and control, training organization and army management.
Unmanned equipment engineering: mainly study basic theories and knowledge such as mathematics and mechanics, electrical electronics and computers, automatic control, artificial intelligence, intelligent equipment design, mechatronics of weapons and equipment, master the basic skills of analysis, design and comprehensive application of unmanned equipment, and have the initial ability to engage in comprehensive application, use and maintenance, training organization and army management of typical unmanned equipment.
Physics: I mainly study a series of courses such as mathematics, basic physics and theoretical physics. By understanding the basic laws of material structure and its movement, master the basic methods and professional skills of applying knowledge such as force, heat, light, electricity and magnetism to guide design, test and evaluation, and have the practical working ability and preliminary ability of scientific research in teaching, equipment test design, instrument testing and evaluation, use and maintenance, and army management.
Internet of Things project: mainly study basic theories and professional knowledge such as computer software and hardware technology, sensor technology, computer network, communication technology, big data analysis, master basic methods and skills of physical objects and their informatization, data collection and transmission, mass data storage and analysis, application system integration and optimization, and have the initial ability to analyze Internet of Things requirements, design application systems, develop key technologies and solve complex engineering problems.
Information security: I mainly study the basic theories and knowledge of computer, electronics, network communication and cryptography, master the basic skills, methods and related knowledge of cryptography, data security, network security and information system security, and have the preliminary ability to engage in information system and network security demand analysis, protection system design, application development, security management, equipment use and maintenance, training organization and so on.
Information countermeasure technology: mainly study the basic theories and knowledge of mathematics, physics and electronic science and technology. Master the basic knowledge and skills of key technology analysis and research, equipment principle and maintenance of information countermeasures, and have the preliminary ability to engage in information countermeasures technology research and development, equipment maintenance and management.
Information engineering: learn the basic theory and professional knowledge of information acquisition, transmission, processing and application, master modern information technology, have strong mathematical foundation, computer, foreign language and engineering technology application ability, be able to track new theories, new knowledge and new technologies in this professional field, and engage in the design, development, training organization, use, maintenance or management of information system analysis and design, data management, spatial information processing, electronic information system equipment research and development and other fields.
Applied Meteorology: I mainly study advanced mathematics, atmospheric physics, atmospheric exploration, electronic technology, remote sensing and telemetry, master the basic theory and technology of battlefield environmental meteorological information collection and processing, be familiar with the business requirements of joint operations for military atmospheric exploration under information conditions, and have the initial ability to engage in the use, maintenance, technical support, development and management of military atmospheric exploration equipment.
Applied statistics: I mainly study series of basic mathematical theoretical knowledge such as analysis and algebra, and basic statistical theoretical knowledge such as statistics and optimal decision-making, master basic methods and professional techniques in mathematical modeling, data statistical processing and decision support, and have practical working ability and preliminary scientific research ability in data collection, processing, analysis, decision-making and army management.
Combat and mission planning: mainly study the basic theories and knowledge of mathematics and mechanics, electrical and electronic and computer, artificial intelligence, military logistics, mission planning, joint operations and so on. Master the basic principles and methods of combat operations and mission planning, and have the initial ability to engage in joint mission planning, tactical mission planning, weapons combat mission planning, training organization and army management.
Reconnaissance intelligence (military intelligence): mainly study basic theories and knowledge such as military intelligence, military reconnaissance and space reconnaissance. Master the basic methods and skills of intelligence collection and processing, intelligence analysis and reorganization, audio-visual information processing, image information processing and battlefield situation synthesis, have a global vision, strategic thinking and intelligence awareness, and have the initial ability to engage in battlefield image interpretation, intelligence analysis and reorganization, military research and military management.
Reconnaissance intelligence (network intelligence analysis): mainly study the basic theory and knowledge of mathematics, physics, electronic science and technology, and intelligence reconnaissance. Master the basic knowledge and skills in the key technology analysis and research, equipment principle, use and maintenance, and operational command of reconnaissance intelligence countermeasures, and have the preliminary ability to engage in the research and development of reconnaissance intelligence countermeasures technology, equipment use management, tactics research, and operational command.
Command information system engineering: mainly study the basic theory and knowledge of command and control and the analysis, design, optimization and integration of command information system, master the knowledge of information warfare, command and control, system engineering and operational optimization, and master the key technologies of command information system development; Have the ability of demand analysis and top-level design of command information system, have the ability of information-based operational planning, organization, implementation and battlefield comprehensive information management, and be able to develop, build and maintain command information system.
2 Introduction of National University of Defense Technology
(A) the unique position of running a school.
The school is a comprehensive military university directly under the Central Military Commission, and has always been a key institution for national and military construction. The school is one of the key construction projects in the First Five-Year Plan 156, one of the 20 key universities in China identified by the Central Committee of the Communist Party of China 1959, the first batch of universities in the State Council with the right to award master's and doctor's degrees, the first batch of pilot graduate schools in China, and the first batch of universities to enter the national "21Project" construction plan.
(2) A comprehensive discipline system featuring "work-oriented, combining science, engineering, military and literature, laying a solid foundation and implementing work".
Disciplines and specialties involve eight categories: science, engineering, military science, management, philosophy, economics, law and literature. At present, there are 46 undergraduate education majors, 28 first-level discipline master's degree authorization points and 22 first-level discipline doctoral degree authorization points. In the fourth round of the overall level evaluation of national-level disciplines, the school was awarded 8 A and B disciplines, including 4 A+ disciplines, 3 A- disciplines and 65,438 A- disciplines. Six in B+ and two in B+. The A+ discipline series ranks 1 1 in national universities. Five disciplines, including information and communication engineering, computer science and technology, aerospace science and technology, software engineering, management science and engineering, were selected into the national "double-class" construction discipline list.