1 National University of Defense Technology undergraduate enrollment professional introduction
Materials science and engineering: the main study of mathematics, physics, mechanics, chemistry, materials science and engineering in the basic theories and fundamental knowledge, to master the organization of the composition of the military materials, molding and processing, performance and use of professional knowledge, with the research and development of new materials and weaponry materials design, demonstration, molding and processing, evaluation, testing, and so on. They have the initial ability to engage in new materials research and development and materials design for weapons and equipment, demonstration, molding and processing, evaluation, testing, maintenance and other research and management.
Measurement and Control Technology and Instrumentation: the main study of mathematics and mechanics, measurement and control electronics and computers, sensing and measurement, testing and metrology, intelligent instrumentation and other aspects of the basic theory, basic knowledge, to master the equipment measurement and control systems, intelligent instrumentation, analysis, design and comprehensive application of the basic skills, with the design of measurement and control systems for weaponry, detection and measurement, testing and evaluation, training organization and force management and other related work, the initial ability. They have the initial ability to engage in the design of weapons and equipment measurement and control systems, testing and evaluation, training organization and force management.
Atmospheric science: mainly study the basic theories and basic knowledge of higher mathematics, meteorology, power meteorology, atmospheric physics and fluid mechanics, master the basic theories and techniques of weather analysis and forecasting and military meteorological security, familiarize with the operational requirements for military meteorological forecasting and security of the joint operation under the condition of informationization, and have the initial ability to engage in the military meteorological forecasting and security, research and management. The program is designed for students who have the initial ability to engage in military meteorological forecasting, research and management.
Big Data Engineering: Students study the basic theories, basic knowledge and basic skills of information science, data science and management science, master the basic theories and basic knowledge of computers, statistics, information management and other related disciplines, and master the technologies of data collection, storage, management, processing, analysis and application, and have the basic abilities and qualities of data engineers with certain data engineering project design and development, system integration, and the ability to design, develop, and manage data. They have the basic ability and quality of data engineer position, and have certain data engineering project design and development, system integration and engineering implementation ability, as well as data science research ability.
Missile Engineering: the main study of mathematics, mechanics, control and information technology, aviation and astronautics and other fields of basic theory, basic knowledge, master missiles and rockets in general, aerodynamic, structural, propulsion, control, measurement and control of the overall design, analysis of the basic methodology and professional skills, with missiles and rockets to engage in the demonstration of the overall design, the use of the overall design, management and other aspects of the practical work of the ability to engage in scientific research and preliminary capabilities. The program has the ability to engage in the demonstration, overall design, use and management of missiles and rockets and preliminary scientific research.
Navigation Engineering: the main study of mathematics and mechanics, electrical electronics and computers, automatic control, inertial navigation, satellite navigation and other aspects of the basic theory, basic knowledge, mastery of the analysis of military navigation systems, design and comprehensive application of the basic skills, with military navigation systems to engage in the application of the integration of the application of the use of maintenance, training and management of the force and other related initial ability.
Earth Information Science and Technology: Students learn basic theories and specialized knowledge in mathematics and science, geography, geology, atmospheric science, marine science, computer science and technology, and master specialized knowledge in satellite remote sensing technology for battlefield environment, geographic information system (GIS) technology, and global positioning system (GPS) technology, and have the ability to comprehensively apply such knowledge to engage in joint security of battlefield environment and battlefield environmental information engineering, construction, situational analysis, information management, and other related work. They have the ability to comprehensively apply this knowledge to engage in battlefield environment joint security and battlefield environment information engineering, situational analysis, information processing, equipment research and development, and technology research.
Electronic science and technology: study the theory of electronic science and technology, master the principles and methods of electronic system design, have a strong foundation in mathematics and science, computers, foreign languages, the application of engineering and technology, as well as the ability to track the new theories, new knowledge, and new technologies in the field of specialization, and be able to engage in the field of electromagnetic field and microwave, electronic materials and devices, electromagnetic compatibility, etc., in the design, research and development, test and evaluation, Simulation training, operational use or management of the initial ability.
Electronic Information Engineering: study the theory of modern electronic technology, master the principles and methods of electronic system design, have a strong foundation in mathematics and science, computers, foreign languages, the application of engineering and technology, as well as in the field of tracking the new theories, new knowledge, new technologies, can be engaged in radar, electronic warfare, precision guidance, navigation and measurement and control of the field of design, development, test evaluation, simulation training, The initial ability to engage in the design, development, test and evaluation, simulation training, operational application or management in the fields of radar, electronic warfare, precision guidance, navigation and control.
Russian language: the main study of the Russian language, Russia's national military situation, diplomacy, international relations, military intelligence and other aspects of the basic theory and basic knowledge, to master the study of international issues, the strategic situation of the research and judgment, international cultural exchanges, foreign communication and negotiation, the basic methods and skills of foreign cultural communication, with a global vision, strategic thinking and intelligence awareness, skilled use of the Russian language for communication, reading, translation and writing, and have the initial ability to engage in military diplomacy and force management.
Simulation Engineering: Students study simulation series, control series, electrical and electronic and computer series, mathematics, science and mechanics and other series of courses, and undergo experimental practice and optional practical training, and have the initial ability to analyze, design, develop and apply the combat simulation system, weaponry simulation system, and training simulation system, and to use and maintain the high-tech equipment, and to organize and manage the training and troops. The program is designed to provide students with the ability to analyze, design, develop and utilize combat simulation systems and training simulation systems, use and maintain high-tech equipment, and organize and manage training.
Vehicle Design and Engineering: Students learn basic theories and knowledge in mathematics, mechanics, control and information technology, master the basic principles of vehicle design, vehicle dynamics and control technology, vehicle aerodynamic analysis and design, and vehicle propulsion technology, understand the background knowledge related to aerospace and missile engineering, and have the initial ability to engage in the overall design of the vehicle, aerodynamics, propulsion, structure and other aspects of research and management. The initial ability to engage in the research and management of the overall design, aerodynamics, propulsion and structure of the aircraft.
Management Science and Engineering: mainly study the theories and methods of leadership management, statistical decision-making, system engineering, modeling optimization, integrated security, etc., and master the knowledge and basic skills related to planning, organizing, leading, controlling, and decision-making of the elements of army construction and management such as manpower, finance, material, and information, and have the ability to engage in the management of equipment in the joint combat security, personnel management, logistics management, training management, information management, and other related work, They have the initial ability to engage in equipment management, personnel management, logistics management, training management and information management in the joint combat security.
Optoelectronic Information Science and Engineering: the main study of mathematics, physics, optics, electronics, machinery and computer science and other aspects of the basic theory and professional knowledge, to master the photoelectric detection, photoelectric information processing, optical communications, optical storage, photoelectric display and photoelectric information applications, such as photoelectronic engineering field of knowledge and basic skills, with the national defense and military fields engaged in photoelectric information science and engineering research, high-tech weapons and equipment use of the initial capacity. They have the ability to engage in optoelectronic information science and engineering in the military field of national defense, the ability to use and maintain high-tech weapons and equipment, and a certain degree of technical management, organization and command ability.
International Affairs and International Relations: the main study of English, international relations, international politics, international strategy, international law, foreign affairs, military intelligence and other aspects of the basic theory and basic knowledge, a systematic understanding of the international strategic situation, the national foreign policy, the world's countries and military conditions and countries, regional interactions, mastering the study of international issues, the study and judgment of the strategic situation, international cultural exchanges, They have mastered the basic methods and skills of international issues research, strategic situation study and judgment, international cultural exchange, foreign communication and negotiation, foreign cultural dissemination, intelligence collection and analysis, and possessed the global vision, strategic thinking, intelligence awareness and high-level English application skills, and have the initial ability to engage in military research, military diplomacy and troop management.
Marine technology: the main study of mathematics, physics, marine science, electronics and information engineering and other aspects of the basic theory and professional knowledge, master marine survey, marine detection, marine acoustics, marine remote sensing, marine information transmission and processing and other basic skills and related knowledge, familiar with the complex marine battlefield environment, with information-based joint maritime battlefield environmental protection capabilities and engaged in marine survey, equipment research and development, technology research and development, and comprehensive ability of technology application.
Nuclear Engineering and Technology: The students mainly study basic courses such as mathematics and physics, as well as specialized courses such as reactor principles, nuclear weapon physics and effects, and nuclear radiation detection technology, etc., and master the basic principles of nuclear weapons and nuclear power, as well as the basic methods and professional techniques of nuclear radiation and detection, and nuclear device maintenance, etc., and have the ability to engage in the cutting-edge national defense scientific research, production and testing, equipment use and maintenance, as well as training organization and force management. They have the ability to engage in cutting-edge scientific research in national defense, production and testing, equipment use, maintenance, and training organization and force management, and the preliminary ability of scientific research.
Mechanical Engineering: the main study of mathematics and mechanics, electrical electronics and computers, mechanical fundamentals, electromechanical measurement and control, equipment and other aspects of the basic theories, basic knowledge, mastering electromechanical systems and equipment analysis, design and comprehensive application of the basic skills, with the design and manufacture of weapons and equipment electromechanical system design and manufacturing, equipment and equipment comprehensive security, training organization and force management and other related work, the initial ability. The program is designed to provide students with the ability to design and manufacture electromechanical systems for weapons and equipment, to organize training and to manage troops.
Computer Science and Technology: Students learn the basic theories and knowledge of computer science and technology, master the basic skills, methods and knowledge of computer science, computer engineering and technology, network information system, etc., and have the initial ability to engage in the development, maintenance and management of computer systems, maintenance of information equipment, training organization and troop management in the military field.
Military Oceanography: the main study of higher mathematics, introduction to marine science, physical oceanography and hydrodynamics and other aspects of the basic theory, basic knowledge, master the analysis of the elements of the marine environment and the basic theory and technology of the military marine environmental protection, familiar with information technology under the conditions of the joint operation of the military marine environmental forecasting and protection of the business requirements, with the military marine environmental forecasting and protection, research and management of the initial ability. They have the initial ability to engage in military marine environment forecasting, research and management.
Space Science and Technology: Students study the basic theories and specialized knowledge in mathematics, aerospace, mechanics, control and information, master the basic knowledge and skills in space mission analysis and planning, spacecraft overall design, spacecraft flight control, satellite information acquisition and application, and have the ability to engage in the military space field in the demonstration, research and design, operation and control, training, maintenance and security, and force management of space equipment. They have the initial ability to engage in the demonstration and design of space equipment, research and design, operation and control, training, maintenance and force management in the field of military spaceflight.
Radar Engineering: the main study of mathematics, physics, electronic science and technology in the basic theory and basic knowledge. Master the radar key technology analysis and research, equipment principles and use of maintenance and other aspects of the basic knowledge and skills, with the initial ability to engage in radar technology research and development, equipment use and maintenance and management work.
Target Engineering: mainly study operations research, systems engineering, command and control, and artificial intelligence and other series of courses, preliminary mastery of target data processing, comprehensive analysis, optimization, damage prediction and effect assessment methods and techniques, with the military field engaged in the analysis, design, management and integration of the target decision support system, the use and maintenance of high-technology equipment, training organization and force management and other work. Initial ability.
Software Engineering: Students learn the basic theories and knowledge of software engineering, master the basic skills, methods and knowledge of software system demand analysis, design, construction, testing, maintenance and management, and have the initial ability to engage in the definition, development, deployment, maintenance, security and management of software systems in the military field, the use and maintenance of information equipment, the organization of training and troop management. Ability.
Mathematics and Applied Mathematics: Students learn the basic mathematical theories of analysis, algebra, optimization, etc., and master the basic methods and professional skills of mathematical modeling, efficient simulation and computation, data analysis and processing, and operation and research, and are equipped with the ability to engage in the practical work in the areas of teaching, mission planning, computation and analysis, data processing, cryptographic coding, and troop management, as well as the preliminary ability to conduct scientific researches.
Communication Engineering: study the basic theory and professional knowledge of communication, master modern communication technology, have strong basic mathematics and science, computer, foreign language, engineering technology application ability and the ability to track new theories, new knowledge and new technology in the field of specialization, and be able to be engaged in the field of new system transmission technology, cognitive and cooperative network, software radio, anti-jamming communication, and new type of military communication equipment. The initial ability of design, development, training organization, use and maintenance or management.
Diplomacy: Students study the basic theories and basic knowledge of English, diplomacy, contemporary Chinese diplomacy, military diplomacy, military intelligence, international relations, and foreign affairs, and gain a systematic understanding of international affairs, China's diplomacy, and the country's foreign policy, and master the basic methods and skills of researching international issues, studying and evaluating the strategic situation, international military cooperation, international cultural exchanges, foreign communication and negotiation, and foreign cultural communication. The students will master the basic methods and skills of international issues research, strategic situation study and judgment, international cultural exchange, foreign communication and negotiation, and foreign cultural communication, and have a global vision, strategic thinking, intelligence awareness, and a high level of English application skills, as well as the initial ability to engage in military diplomacy and force management.
Network Command and Engineering: The program focuses on basic theories and knowledge in mathematics, physics, electronic science and technology, and network command and engineering. They will master the basic knowledge and skills in the analysis and research of key technologies of network power command and engineering, the principle and use of equipment and maintenance, and combat command, and have the initial ability to engage in the research and development of network power technology, equipment use and management, research on warfare, combat command and so on.
Network engineering: mainly study computer hardware and software technology, computer network technology, communication technology and other aspects of basic theory, basic knowledge, master computer network technology and network application development of basic skills, methods and related knowledge. Can use multi-disciplinary knowledge of the military network for comprehensive analysis, with military network design, development, management and security maintenance, key technology research and development and the initial ability to solve complex engineering problems.
Cyberspace Security: the main study of cyberspace security related to mathematics, information science, law, management and engineering basic theory, basic knowledge, master cryptography, network security, information system security, content security, application security of the basic skills, methods and related knowledge, with engaged in the cyberspace security data analysis, technological development, engineering realization, equipment application maintenance and management and other preliminary capabilities. They have the initial ability to engage in cyberspace security data analysis, technology development, engineering realization, equipment application maintenance and management.
Unmanned Systems Engineering: Students learn the basic theories and knowledge of mathematics and mechanics, intelligent perception, autonomous control, communication, measurement and control, and command and control, and master the basic skills of unmanned systems analysis and comprehensive application, and have the initial ability to engage in the application of unmanned systems and command and control, training organization and force management.
Unmanned Equipment Engineering: mainly study the basic theories and basic knowledge in mathematics, science and mechanics, electrical, electronic and computer, automatic control, artificial intelligence, intelligent equipment design, weaponry mechatronics, etc., and master the analysis, design and comprehensive application of unmanned equipment with basic skills, and have the preliminary ability to engage in the integration and application of typical unmanned equipment, the use and maintenance of the training organization and the management of the troops. The program is designed to provide students with the initial ability to engage in the integration and application of typical unmanned equipment, use and maintenance, training organization and force management.
Physics: the main study of mathematics, basic physics and theoretical physics and other series of courses, through the understanding of the structure of matter and its basic laws of motion, mastering the application of force, heat, light, electricity, magnetism and other knowledge to guide the design of the basic methods of testing, evaluation and other aspects of the professional skills, with teaching, equipment test design, instrument testing and evaluation, the use of the maintenance of the force and management of practical work and preliminary ability to conduct scientific research. The program is designed to provide students with the ability to work in the areas of teaching, equipment test design, instrument testing and evaluation, use and maintenance, and troop management, as well as the ability to conduct scientific research.
Internet of Things Engineering: the main study of computer hardware and software technology, sensor technology, computer networks, communication technology, big data analysis and other basic theories and professional knowledge, master the physical object and its informatization, data acquisition and transmission, massive data storage and analysis, application system integration and optimization of the basic methods and basic skills, with from the Internet of Things demand analysis, application system design, The initial ability to analyze the needs of Internet of Things, design application systems, develop key technologies and solve complex engineering problems.
Information Security: mainly study the basic theories and basic 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 the analysis of information system and network security requirements, design of protection system, application development and security management, equipment use and maintenance, and training organization. They have the initial ability to engage in information system and network security demand analysis, protection system design, application development, security and confidentiality management, equipment use and maintenance, training organization.
Information Countermeasures Technology: The course mainly focuses on the basic theories and knowledge of mathematics, physics, and electronic science and technology. Master information countermeasures key technology analysis and research, equipment principles and use of maintenance and other aspects of the basic knowledge and skills, with information countermeasures to engage in research and development of technology, equipment, use and maintenance and management of the initial ability to work.
Information Engineering: Study the basic theories and professional knowledge of information acquisition, transmission, processing and application, master the modern information technology, have a strong foundation in mathematics and science, computers, foreign languages, engineering and technology application ability as well as the ability to follow up the new theories, new knowledge and new technology in this field, and be able to engage in design, development, training and research in the fields of analysis and design of information system, data management, spatial information processing, and research and development of electronic information system equipments. The initial ability to engage in the design, development, training organization, use and maintenance or management of the field.
Applied Meteorology: Students study the basic theories and knowledge of higher mathematics, atmospheric physics, atmospheric detection, basic electronic technology, remote sensing and telemetry, master the basic theories and technologies of battlefield environmental meteorological information acquisition and processing, familiarize themselves with the operational requirements of military atmospheric detection for the joint operation under the condition of informatization, and have the preliminary ability to engage in the use and maintenance, technical support, development and management of the military atmospheric detection equipments. They have the initial ability to engage in the use and maintenance of military atmospheric detection equipment, technical support, development and management.
Applied Statistics: The students will learn the theoretical knowledge of basic mathematics such as analysis and algebra, and the basic theoretical knowledge of statistics such as statistics and optimization decision-making, and will master the basic methods and professional techniques of mathematical modeling, statistical data processing, and decision-making support, and will have the ability to engage in the collection, processing, analysis and decision-making of data, as well as the management of the army, and the ability to engage in the preliminary scientific research.
Operations and mission planning: the main study of mathematics and mechanics, electrical electronics and computers, artificial intelligence, military operations research, mission planning, joint operations and other aspects of the basic theory, basic knowledge, mastery of combat operations research, mission planning of the basic principles and methods, with joint mission planning, tactical mission planning, weapons operations mission planning, training organization and force management and other related work of the preliminary ability. The initial ability.
Reconnaissance Intelligence (Military Intelligence): Students study the basic theory and knowledge of military intelligence, military reconnaissance, aerospace reconnaissance, etc., and master the basic methods and skills of intelligence collection and processing, intelligence analysis and integration, audio and visual intelligence processing, image intelligence processing, battlefield situation fusion, and have a global vision, strategic thinking and intelligence awareness, and have the ability to engage in battlefield image interpretation, intelligence analysis and integration, military research and force management. They have the initial ability to engage in battlefield image interpretation, intelligence analysis and integration, military research and force management.
Reconnaissance Intelligence (Internet and Electricity Intelligence Analysis): mainly study mathematics, physics, electronic science and technology, intelligence and investigation of basic theory and basic knowledge. Master reconnaissance intelligence countermeasures key technology analysis and research, equipment principles and use of maintenance, combat command and other aspects of the basic knowledge and skills, with reconnaissance intelligence countermeasures to engage in research and development of technology, equipment use and management, war research, combat command and other initial ability to work.
Command Information System Engineering: the main learning command and control of the basic theory, basic knowledge and command information system analysis, design, optimization and integration of technology, to master information technology operations, command and control, systems engineering, operations optimization and other aspects of knowledge, master command information system development of key technologies; command information system demand analysis, top-level design capabilities, information technology combat planning, organization, implementation and battlefield information synthesis. They also have the ability to plan, organize, implement and comprehensively manage battlefield information, and are able to develop, construct and maintain command information systems.
2 National University of Defense Technology
(1) Unique position.
The school is a comprehensive university of the army directly under the leadership of the Central Military Commission, and it has also been a key institution for the construction of the state and the army. The school is one of the 156 key construction projects of the first five-year plan, one of the 20 key universities in China identified by the Central Government in 1959, the first institutions authorized by the State Council to grant master's degrees and doctoral degrees, the first institutions to set up a graduate school on a trial basis, and the first institutions to enter the national "211 Project" construction program. It is one of the first institutions approved by the State Council to confer master's and doctoral degrees, one of the first institutions to set up graduate schools on a trial basis, one of the first institutions to enter the national "211 Project" construction program, the only one to enter the national "985 Project" construction line, and the only one to be selected as one of the national "double first-class" construction line.
(2) A comprehensive discipline and specialty system featuring "industry-oriented, combining science, technology, military management and culture, strengthening the foundation, and implementing to the work".
Disciplines and specialties cover eight categories, including science, engineering, military science, management, philosophy, economics, law and literature. There are 46 undergraduate education majors, 28 master's degree authorization points of first-level disciplines and 22 doctoral degree authorization points of first-level disciplines. In the fourth round of the overall level assessment of national first-level disciplines, the university was awarded 8 A and B disciplines each, among which, the number of A+ grade disciplines is 4, A grade 3, A- grade 1; B+ grade 6, B grade 2. The number of A+ grade disciplines is ranked 11th among the national colleges and universities. Information and communication engineering, computer science and technology, aerospace science and technology, software engineering, management science and engineering and other five disciplines were selected as the national "double first-class" construction disciplines list.