authoritative release
With the approval of the Ministry of Education and the Military Commission , the National University of Defense Technology 2022 plan to recruit ordinary high school graduates (growth officers and undergraduates) was officially released. Please pay attention to the candidates and parents.
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022Recruitment of ordinary high school graduates plan
(Growth officer undergraduate student)
National University of Defense Technology recruits 2,400 Growth officer undergraduate student from ordinary high school graduates in 31 provinces (cities, autonomous regions) across the country in 2022. Among them: 2,278 boys in
, recruiting students in 31 provinces; 122 girls in 30 provinces. There are 2,277 students in science and 123 students in liberal arts.
This article will provide you with application information in all aspects from six aspects: professional description, 2022 provinces’ 2022 program of recruiting general high school graduates (growth officers and undergraduates), professional introduction, admission questions and answers, admission scores in the past three years, and contact information for admission teachers in each province.
massive information, authoritatively released! New highlights of enrollment policies are included, welcome to follow, forward and reprint. All picture information can be saved by clicking to view it at any time!
professional instructions
enrollment plan
professional introduction
enrollment questions and answers
admission score
contact information
professional instructions
school growth officer undergraduate enrollment major implements enrollment in accordance with the national and military colleges and universities professional catalogs. The enrollment majors will be announced to the public in the form of "professional name (recruitment direction). Among them, the major name corresponds to the undergraduate education majors in the major catalogs of national and military academies, and the recruitment direction corresponds to the future job direction.
The names and quantities of enrollment majors for each province (city, autonomous region) that year shall be subject to the official announcement of of the Ministry of Education of the State.
professional instructions
admission plan
professional introduction
admission questions and answers
admission score
contact information
admission plan
National University of Defense Technology 2022 Growth Officer Undergraduate Admissions Plan ( points Click the corresponding image to view the province plan )
html ml37Professional instructions
Enrollment plan
Professional introduction
Admissions questions
Admissions questions
Admissions score
Contact information
Professional introduction
Mathematics category:
mainly learns basic mathematical theoretical knowledge in series such as analysis, algebra, geometric optimization, etc., masters basic methods and professional skills in mathematical modeling , efficient simulation and calculation, data analysis and processing, operation planning, etc., and has practical work ability in mathematics teaching, information security and coding, combat data analysis and calculation, combat mission planning, and preliminary scientific research.
Applied Statistics:
mainly learns series of basic mathematical theoretical knowledge such as analysis and algebra, and basic theoretical knowledge of statistics, optimization decision making, masters basic methods and professional technologies in mathematical modeling, data statistical processing, decision support, etc., and has the practical work ability in data collection, processing, analysis, decision-making, and military management, and the preliminary ability to scientific research.
Physics:
mainly learns a series of courses such as mathematics, basic physics and theoretical physics. By understanding the basic laws of matter structure and movement, mastering the basic methods and professional technologies in design, testing, evaluation, etc. of application forces, heat, light, electricity, magnetism, etc., we have the practical work ability and preliminary ability to engage in teaching, cutting-edge scientific research in national defense, equipment test design, instrument detection and evaluation, use and maintenance, and military management.
Weapon Systems and Engineering:
mainly learns basic theories and professional knowledge in the overall weapon system and the application of weapons and equipment, masters basic skills, methods and related knowledge in explosion and impact dynamics, weapon system launch, flight trajectory, combat unit structure, end effect and simulation, and has the preliminary ability to engage in practical work and scientific research in equipment testing and identification, combat mission planning and support, weapon and equipment management and application, maintenance, training organization and force management.
Nuclear Engineering and nuclear technology:
mainly learns basic physics courses and professional courses such as nuclear reactor principles, nuclear radiation protection, nuclear radiation detection, nuclear weapons physics and effects, masters the basic principles of nuclear weapons, nuclear power, basic methods and professional technologies in nuclear radiation detection, nuclear device maintenance, etc., and have the practical work ability and preliminary scientific research in cutting-edge national defense scientific research, production test, equipment use, maintenance, training organization and force management.
Quantum Information Science :
mainly learns basic theoretical knowledge such as mathematics, quantum physics , information theory, quantum informatics, etc. By understanding the basic laws of quantum systems and information technology, masters basic theories, basic methods and professional technologies in quantum communication , quantum computing, quantum perception and detection, quantum precision measurement, etc., and has the preliminary ability to engage in teaching and scientific research, quantum information technology requirements analysis, application system design, key technology research and development, quantum information equipment use and maintenance and training.
Biotechnology:
mainly learns a series of courses such as biochemistry , molecular biology , cell biology , microbiology , immunology, bioinformatics , etc., understand the essence and laws of life from multiple levels such as molecules, cells, individuals, and ecosystems, master the basic theories and professional skills of modern biology and biotechnology, be familiar with the business requirements of cross-border biological technology, and have the preliminary ability to engage in teaching, scientific research, biosafety protection, and military management.
Chemistry:
mainly learns basic theories and basic knowledge in mathematics, material structure, chemical reaction laws and technology, masters basic methods and professional skills in the composition, properties, synthesis and characterization of important substances for military, materials, information, environment, and life science applications, and have the ability to engage in practical work such as structural and functional design, synthesis, characterization and detection, and protection of matter in the field of national defense and military, as well as the ability to conduct scientific research, as well as certain technical management, organization and command.
Computer Science and Technology:
mainly learns the basic theories and basic knowledge of computer science and technology, masters basic skills, methods and related knowledge in computer science, computer engineering and technology, network information systems, etc., and has the preliminary ability to engage in computer system design and development, maintenance and management, use, maintenance and management of information equipment, training and organization, etc. in the military field.
Software Engineering :
mainly learns the basic theories and basic knowledge of software engineering, masters basic skills, methods and related knowledge in software system requirements analysis, design, construction, testing, maintenance, management, etc., and has the preliminary ability to engage in the definition, development, deployment, maintenance, guarantee, management, information equipment use and maintenance, training and organization of software systems in the military field.
IoT Engineering :
mainly learns basic theories and professional knowledge such as computer software and hardware technology, sensor technology, computer network, communication technology, big data analysis, etc., masters the basic methods and basic skills of the Internet of Things physical objects and their informatization, data collection and transmission, massive data storage and analysis, application system integration and optimization, and has the preliminary ability to engage in Internet of Things demand analysis, application system design, key technology research and development and solve complex engineering problems in the military field.
Information Security:
mainly learns basic theories and professional knowledge in computer software and hardware technology, computer network communication technology and information system security guarantee, masters the basic skills, methods and related knowledge of cryptography and applications, network information system security protection, software security, and content security. They have the preliminary ability to engage in security requirements analysis, protection system design, and application development of network information systems, and have the ability to be competent for information security equipment configuration and maintenance, system management, security and confidentiality management in the military field.
Integrated Circuit Design and Integration System:
mainly learns the basic theories and basic knowledge of integrated circuit design and integrated system, masters basic skills, methods and related knowledge in integrated circuits and integrated systems, microelectronic devices and circuits, computer engineering and technology, and has the preliminary ability to engage in the development, maintenance and management of large-scale integrated circuits and integrated systems in the military field, as well as electronic equipment use, maintenance, training and organization.
Network Engineering :
mainly learns basic theories and basic knowledge in computer software and hardware technology, computer network technology, communication technology, etc., and masters the basic skills, methods and related knowledge of computer network technology and network application development. Able to use multidisciplinary knowledge to conduct comprehensive analysis of military networks, and have the preliminary capabilities of military network design, development, management and security maintenance, key technology research and development and solving complex engineering problems.
Cyberspace Security :
mainly learns basic theories and professional knowledge of computer software and hardware technology, computer network communication technology, and cyberspace security, masters basic skills, methods and related knowledge of password analysis, network information system security and testing, software reverse analysis, and content security. They have the preliminary ability to engage in security analysis, design, development, testing, maintenance and other work of network information systems, and have the ability to be competent for the research and development, combat application, security evaluation and other tasks of cyberspace security technology in the military field.
Data Science and Big Data Technology:
mainly learns mathematical theories and methods for big data acquisition, processing, mining and application, basic theories and specialized technologies for computer science, masters the basic theories, methods and skills of data modeling, data mining, and knowledge discovery, is familiar with the business requirements of big data mining and application in military fields such as intelligence analysis, decision-making and command, and has the preliminary ability to design military big data mining method and develop big data application system.
Intelligent Science and Technology :
mainly learns the basic mathematical theories, computer technology and intelligent system technology of intelligent science and technology, masters the basic theories, methods and skills of intelligent science such as artificial intelligence , machine learning, intelligent perception, and intelligent decision-making, be familiar with the business requirements of algorithm design and system construction of intelligent systems and equipment, and have the preliminary ability to research intelligent algorithms in the military field and design, development and application of intelligent systems.
Electronic Science and Technology:
Learn theories and technologies related to electronic system hardware, master the principles and methods of electronic system design, have strong mathematical and scientific basics, computers, foreign languages, engineering technology application capabilities, and the ability to track new theories, new knowledge, and new technologies in this professional field. The preliminary ability to engage in design, development, experimental evaluation, simulation training, combat application or management in the fields of electromagnetic fields and microwaves, electronic materials and devices, electromagnetic compatibility and spectrum management.
Microelectronics Science and Engineering :
mainly learns the basic theory and professional knowledge of microelectronics , masters the design methods and manufacturing processes of semiconductor integrated circuit and other new semiconductor devices, and has strong mathematical and scientific basics, computers, foreign languages, engineering technology application capabilities, and the ability to track new theories, new knowledge and new technologies in this professional field. The preliminary ability to engage in the design, development, testing, system integration, use, maintenance or management of application-specific integrated circuits in the fields of radar, communications, electronic warfare, precision guidance, navigation and measurement and control.
Communication Engineering :
Learn basic communication theory and professional knowledge, master modern communication technology , have strong mathematical foundation, computer, foreign language, engineering technology application capabilities, and the ability to track new theories, new knowledge, and new technologies in this professional field. They have the preliminary ability to engage in design, development, training organization, maintenance management and other work and solve complex engineering problems in the fields of advanced transmission technology, cognitive communication and network, anti-interference communication, data link, and new military communication equipment.
Electronic Information Engineering :
Learn modern electronic technology theory, master the design principles and methods of advanced electronic information system, have strong mathematical foundation, computer, foreign language, engineering technology application capabilities, and the ability to track new theories, new knowledge, and new technologies in this professional field. It can engage in design, development, experimental evaluation, simulation training, combat application or management work in the fields of radar, electronic warfare, precise guidance, navigation and measurement and control, and the initial ability of long-term development in this field.
Information Engineering:
Learn basic theories and professional knowledge such as information acquisition, transmission, management, processing and application, master modern information technology, have strong mathematical and physics foundation, computer, foreign language, engineering technology application capabilities, and the ability to track new theories, new knowledge, and new technologies in this professional field. We can engage in the design, development, training organization, use, maintenance or management work in the fields of command information systems, spatiotemporal big data management, geospatial intelligence, intelligent analysis and decision-making, electronic information systems, etc.
Photoelectric Information Science and Engineering:
mainly learns basic theories and professional knowledge in mathematics, physics, optics, electronics, machinery and computer science, masters basic knowledge and basic skills in the fields of photoelectric detection and perception, photoelectric information processing, laser technology, optical communication, optical storage, photoelectric display, and photoelectric information science and engineering, and has the ability to engage in photoelectric information science and engineering research, high-tech weapon equipment research and development, operation and maintenance, related management, organization and command in the field of national defense and military.
Nanomaterials and Technology :
mainly learns basic theories in mathematics, physics, optics, materials science, nanotechnology, etc., masters professional knowledge and practical ability in nanomaterial preparation and characterization, micro-nano processing and application, and has initially possesses the ability to design, development, test and evaluation, combat application of micro-nano electronics and optoelectronic devices, integrated optoelectronic chips, nanofunctional materials, micro-nano electromechanical systems, etc., and has certain technical management, organizational and command capabilities.
Unmanned System Engineering:
mainly learns basic theories and basic knowledge in mathematics and mechanics, unmanned platforms, intelligent perception, autonomous control, information processing, decision planning, command and control, etc., masters the basic skills of unmanned system analysis and comprehensive application, and has the preliminary ability to engage in related work such as unmanned system application and command and control, training organization and force management.
Unmanned Equipment Engineering:
mainly learns basic theories and basic knowledge in mathematics and mechanics, electromechanical systems, information processing, automatic control, artificial intelligence, environmental perception, navigation planning, etc., masters the basic skills of unmanned equipment analysis, design and comprehensive application, and has the preliminary ability to engage in the integrated application, use and maintenance, training and organization of the training and force management of typical unmanned equipment.
Navigation Engineering :
mainly learns basic theories and basic knowledge in mathematics and mechanics, electromechanical systems, automatic control, navigation systems, artificial intelligence, guidance control, etc., masters the basic skills of the analysis, design and comprehensive application of typical military navigation systems, and has the preliminary ability to engage in related work such as integrated application, use and maintenance, training organization and troop management of military navigation systems.
Mechanical Engineering:
mainly learns basic theories and basic knowledge in mathematics and mechanics, electrical and electronics and computers, mechanical design, advanced manufacturing, electromechanical measurement and control, robotics technology, intelligent equipment design, manufacturing and support, and has the preliminary ability to engage in related work such as the development and development, use and maintenance, training and organization, and military management of weapons and equipment electromechanical systems.
Measurement and Control Technology and Instruments :
mainly learns basic theories and basic knowledge in mathematics and mechanics, electrical and electronics and computers, artificial intelligence, measurement and control signal analysis and processing, intelligent sensing and detection, precision measurement, advanced testing and measurement, etc., masters the basic skills of the analysis, design and comprehensive application of Measurement and Control systems and instruments, and has the preliminary ability to engage in the design and development of measurement and control systems of modern weapons and equipment, detection and measurement, testing and evaluation, training organization and troop management related work.
Management Science and Engineering:
mainly learns theories and methods in leadership management, operation optimization, statistical decision-making, system engineering, modeling and evaluation, information systems, etc., masters the relevant knowledge and basic skills of personnel, equipment, materials, information and other elements in military construction and management, and has the preliminary ability to engage in equipment management, personnel management, logistics management, training management and information management related work in joint combat support.
Command Information System Engineering:
mainly learns basic theoretical knowledge in command and control, system engineering, information systems, operation and decision-making, masters the analysis and design methods of command information system and key technologies in the fields of information services and data engineering, and has the preliminary ability to analyze problem in the field of command information system, obtain system requirements, system architecture design, key system technology research, system application and guarantee.
Operation and task planning:
mainly learns basic theories and basic knowledge in mathematics and mechanics, electrical and electronics and computers, artificial intelligence, military operations, mission planning, joint combat, etc., masters the basic principles and methods of combat operations and task planning, and has the preliminary ability to engage in combat planning, training organization and troop management related work.
Simulation Engineering:
mainly learns a series of courses such as mathematics and engineering foundation, electronics and computers, system engineering, system simulation, military simulation, etc., and receives training in the course experimental practice and elective practice. It has the preliminary ability to analyze, design, develop and apply combat simulation systems, weapons and equipment simulation systems, and train simulation systems, as well as high-tech equipment use and maintenance, training organization and troop management.
Target Engineering:
mainly learns a series of courses such as operation, system engineering, command and control, and artificial intelligence, and has a preliminary understanding of the methods and technologies of target data processing, comprehensive analysis, optimization selection, damage prediction and effect evaluation. It has the preliminary ability to engage in the analysis, design, management and integration of target decision support systems in the military field, as well as high-tech equipment use and maintenance, training organization and troop management.
Big Data Engineering:
mainly learns Information Science , basic theories, basic knowledge and basic skills of data science and management science, masters basic theories and basic knowledge of related disciplines such as computer, statistics, information management, etc., proficient in data collection, storage, management, processing, analysis and application technologies, possesses the basic abilities and qualities of data engineer positions, and has certain data resource planning, design and development, system integration and engineering implementation capabilities, as well as data science research capabilities of data engineering projects.
Big Data Management and Application:
mainly learns basic theories and knowledge of information science, data science and management science, masters methods and technologies such as big data modeling design, analysis processing, and management governance, and has the basic skills to use big data thinking to identify management problems, mine management value and assist decision-making. They have the preliminary ability to engage in military big data construction and governance, data analysis, organizational application, and data support in joint combat guarantee.
Aircraft Design and Engineering:
mainly learns basic theories and basic knowledge in mathematics, mechanics, control and information technology, computers, electronic technology and aerospace, masters professional knowledge and professional skills such as aircraft, aerodynamics, propulsion, dynamics and control, communications and measurement and control, combat application, and has the preliminary ability to engage in scientific research and organizational management in aerospace vehicle demonstration, testing, application, combat command and technical support.
Missile Engineering:
mainly learns basic theories and basic knowledge in the fields of mathematics, mechanics, control and information technology, aerospace, etc., masters the basic methods and professional skills of design and analysis of missile and rockets in overall, aerodynamic, structure, propulsion, control, measurement and control, and has practical work ability and preliminary scientific research in missile and rocket demonstration, overall design, equipment support, test training, etc.
aircraft power engineering :
mainly learns basic theories and basic knowledge in the fields of mathematics, mechanics, thermal science, aerospace science, computer programming, etc., masters the basic methods and professional skills in the overall design, internal and external flow integration, structure, control, etc. of scramjet engine and rocket engine , and has the ability to engage in scientific research and combat application of overall demonstration, system analysis, test identification, maintenance and support of hypersonic aircraft, rockets, missiles and other power systems.
Theory and Applied Mechanics:
mainly learns basic theories and professional knowledge in mathematics, mechanics, computer and numerical calculation, control and information technology, aerospace, etc., has a solid foundation in mathematics and physics, masters basic methods and professional skills such as mechanical modeling, computational analysis, experiments and numerical simulation, and has the preliminary ability to discover, analyze and solve related mechanical problems in aerospace weapons and equipment design, testing and use, and is competent for scientific research and organizational management work in equipment demonstration and analysis, experimental evaluation, technical support, combat application research and other aspects.
Intelligent aircraft technology:
mainly learns basic theories and basic knowledge in mathematics, mechanics, control and information technology, computer and electronic technology, artificial intelligence technology, etc., masters professional knowledge and skills in the fields of overall aircraft design, aerodynamic design, structural analysis, flight action mechanics and control, artificial intelligence, communication systems and measurement and control, payload systems and intelligent applications, and has the practical ability and preliminary scientific research ability to engage in equipment demonstration, design, management, testing and application in fields such as unmanned aircraft, new concept aircraft, and aircraft cluster combat.
Materials Science and Engineering:
mainly learns basic theories and basic knowledge in mathematics, physics, mechanics, chemistry, materials science and engineering, masters professional knowledge in organizational composition, molding processing, performance and use efficiency of military materials, and has the preliminary ability to engage in scientific research and organizational management in new materials research and development, demonstration, experimental evaluation, use and maintenance.
International Affairs and International Relations:
mainly learns basic theories and basic knowledge in English, international relations, international politics, international strategy, international law , foreign affairs, military intelligence, etc., systematically understand the international strategic situation, national foreign policy, national conditions and military information of countries and regions, and masters the basic methods and skills of international issues research, strategic situation analysis, international cultural exchanges, foreign communication and negotiation, foreign cultural communication, and intelligence collection and analysis. They have a global vision, strategic thinking, intelligence awareness, and high-level English application skills, and have the preliminary ability to engage in military diplomacy and military management.
Diplomatic :
mainly learns basic theories and basic knowledge in English, diplomacy, contemporary Chinese diplomacy, military diplomacy, military intelligence, international relations, foreign affairs, etc., systematically understand international affairs, China's diplomacy and national foreign policy, masters the basic methods and skills of international issues research, strategic situation analysis, international military cooperation, international cultural exchanges, foreign communication and negotiation, and foreign cultural dissemination, have a global vision, strategic thinking, intelligence awareness, and high-level English application skills, and have the initial ability to engage in military diplomacy and military management.
Foreign language and literature (English, French, Arabic , Hindi, Vietnamese ):
mainly learns basic theories and basic knowledge in the language and literature of the target country, social culture, national conditions and military information, international communication, military translation, etc., masters the basic methods and skills of international issues research, regional country research, strategic situation analysis, international military cooperation, and foreign cultural communication, have a global vision, strategic thinking and intelligence awareness, masters the listening, speaking, reading, writing, and translation skills of the target country's language, and is proficient in foreign exchange and communication, and has the ability to engage in military diplomacy, national defense and foreign affairs, and military translation.
Reconnaissance Intelligence (Intelligence Analysis and Reorganization, Image Interpretation):
mainly learns basic theories and basic knowledge in intelligence and national security, intelligence strategy, military intelligence work, joint combat intelligence support, foreign-related intelligence exchange, etc., continue to cultivate loyalty and faith and a sense of belonging to the intelligence cause, cultivate solid national defense language application skills and military command and management literacy, establish intelligence awareness, strategic thinking and the concept of coordinated reconnaissance and intelligence forces, and initially have the capabilities of intelligence work organization and planning, intelligence collection and reorganization, image interpretation and analysis, comprehensive intelligence analysis, intelligence means and equipment combat application.
Information countermeasure technology :
mainly learns modern electronic technology, principles of electronic information systems, principles and equipment of electronic countermeasure , learns and studies new theories and new knowledge such as information fusion, information theory and coding, masters professional basic skills such as electromagnetic signal transmission and reception, signal analysis and identification, and information processing, and has the preliminary ability to engage in the research of key information countermeasure technologies, research and development of information countermeasure equipment technology, or use of information countermeasure equipment, and organization and command of information combat.
Grid command and engineering:
mainly learns the theory of modern electronic technology and the principles of modern computer networks, learns and studies new theories and new knowledge such as wireless network technology and vulnerability mining and utilization technology, masters basic professional skills such as vulnerability utilization, protocol analysis, password deciphering, control and utilization, and has the preliminary ability to engage in grid-electric technology research and development, network control and utilization.
Radar Engineering:
mainly learns modern electronic technology theory, electronic information system principles, electronic countermeasure principles and equipment, learns and studies new theories and new knowledge such as radar principles and systems, radar signal processing, masters professional basic skills such as key radar technologies, electronic countermeasure equipment principles and combat application, and has the preliminary ability to engage in the research and development of radar and electronic countermeasure equipment technology, combat application, etc.
Reconnaissance Intelligence (Grid and Electrical Intelligence Analysis):
mainly learns modern electronic technology theory, electronic information system principles, and electronic countermeasure principles, learns and studies new theories and new knowledge such as electronic countermeasure targets and intelligent data processing, masters professional basic skills such as grid-electrical intelligence reconnaissance, grid-electrical intelligence processing, grid-electrical target analysis, and has the preliminary ability to engage in grid-electrical intelligence analysis technology research and development, equipment combat application, grid-electrical intelligence analysis and reorganization.
Atmospheric science:
mainly learns basic theories and basic knowledge in mathematics, physics, dynamic meteorology, satellite and radar Meteorology , weather and climate, masters the basic technical methods of weather analysis and forecasting and military meteorological support, be familiar with the business requirements of joint combat for military meteorological forecasting and support, and have the preliminary ability to engage in military meteorological forecasting and support such as aviation, navigation, and aerospace.
Meteorological Technology and Engineering :
mainly learns basic theories and basic knowledge in advanced mathematics , atmospheric physics, atmospheric detection, electronic information technology, remote sensing and telemetry, masters the basic theories and technologies of battlefield meteorological environment detection, information processing, and equipment support, be familiar with the business requirements of joint combat for military atmospheric detection, and have the preliminary ability to engage in military atmospheric detection technology development, equipment development, equipment use, maintenance and management.
Marine Technology:
mainly learns basic theories and professional knowledge in advanced mathematics, physical oceanography, marine physics, marine detection, marine information processing, etc., masters basic skills and related knowledge of marine investigation technology and support, water sound warning and command, is familiar with the business requirements of marine joint combat for marine battlefield environmental assurance and underwater early warning detection, and has the preliminary ability to engage in marine investigation, marine equipment technology and support, research and management.
Military Oceanography:
mainly learns basic theories and professional knowledge in advanced mathematics, fluid mechanics , physical oceanography, ocean numerical forecasting, marine environmental security, etc., masters basic skills and related knowledge in the analysis and forecasting of marine environmental elements, assessment and guarantee of military marine environmental effects, and is familiar with the business requirements of joint combat for military marine environmental forecasting and guarantee, and has the preliminary ability to engage in military marine environmental forecasting and guarantee, research and management.
Marine Information Engineering :
mainly learns basic theories and professional knowledge in advanced mathematics, marine science basics, signal processing, marine physics, marine information fusion, etc., masters basic methods and professional skills of marine environment and target multi-physics observation detection information processing and information fusion with marine acoustics as the main means, be familiar with the environmental and target information guarantee requirements in maritime joint combat, especially underwater operations, and have the preliminary ability to engage in related positions such as water acoustic technology and command, underwater early warning information guarantee, and sea battlefield information fusion.
Professional description
Admissions plan
Professional introduction
Admissions Q&A
Admissions score
Contact information
Admissions Q&A
Questions
Where is your school located?
Ans
School was rebuilt in 2017 based on the original National University of Defense Science and Technology , School of International Relations , National School of Defense Information, Xi'an University of Communications, School of Electronic Engineering, and School of Meteorology and Oceanography of the University of Science and Technology. The school headquarters is located in Changsha, and the internal college is located in four cities including Changsha, Nanjing, Wuhan, and Hefei. Students from different majors in our school studied at internal colleges in Changsha, Nanjing, Wuhan, Xi'an, Hefei and other places.
Query
In which provinces will your school recruit students this year?
Ans
School this year recruits students in 31 provinces (cities and autonomous regions) including Beijing, Tianjin, Hebei, Shanxi, Inner Mongolia, Liaoning, Jilin, Heilongjiang, Shanghai, Jiangsu, Zhejiang, Anhui, Fujian, Jiangxi, Shandong, Henan, Hubei, Hunan, Guangdong, Guangxi, Hainan, Chongqing, Sichuan, Guizhou, Yunnan, Tibet, Shaanxi, Gansu, Qinghai, Ningxia, Xinjiang, etc.
Query
What are the basic requirements for candidates for your school enrollment?
answers
school recruits military students from ordinary high school graduates, and fresh graduates and past graduates can apply. Candidates are required to be over 17 years old and under 20 years old (as of August 31 of the year of application); pass the political assessment and volunteer to serve the national defense cause; be physically and mentally healthy, meet the physical examination standards for recruiting students in military colleges; and have a college entrance examination cultural score above the local first-tier line.
Query
What are the requirements for the candidates’ physical conditions for your school enrollment?
Answer
Physical examination is carried out in accordance with the "Standards for Physical Examination of Students Recruiting in Military Academy". The physical examination conclusions of candidates include passing and failing.Among them, the qualifications include more than ten categories including command, armor, surveying and mapping, radar, surface ship , submarine, diving, airborne, special operations, chemical defense, medical, oil, oil, music, dance, and other majors. Each candidate's physical examination conclusion is one or more of them. The physical examination conclusion of the candidate must meet all the standards required for the major to apply for before he can apply for the corresponding major.
The physical examination standards required by our school in 2022 are other majors qualified. As long as the physical examination conclusions of candidates include "other majors qualified", they can fill in all non-command and command majors in our school.
Questions
What steps do you follow to recruit military trainees in your school?
answers
. Candidates participate in political assessment. Usually, ordinary senior high schools organize graduates who are willing to apply for military academies to fill out the political assessment form within 5 days of the end of the college entrance examination. The actual situation shall be subject to the announcement of the official website of the education examination departments of each province. 2. Candidates fill in the early batch application. 3. Candidates participate in interviews and physical examinations; they are organized by each province. After filling out their application forms, candidates should regularly browse the information released by the provincial college entrance examination office, education examination institute and the provincial military region. 4. File review and admission. Admissions will be accepted from high to low according to the candidate's wishes. 5. Re-examination of freshmen's admission to school. 6. Register for academic qualifications and join the army. Query
What should I pay attention to when filling out your school application?
Answer
Application for military undergraduates in our school should be filled in the military academy column that was admitted separately in advance; when filling out professional applications, you should pay attention to distinguish between two different training types, non-command and command categories, and indicate whether they obey the professional adjustment.
Q
What are the characteristics of the "finger skills integration enrollment-finger skills integration training" model implemented by your school?
Ans
In 2022, our school implemented the pilot of the integration of fingering technology enrollment-finger technology integration training in seven majors, including marine technology (marine survey technology and support), electronic science and technology (electronic confrontation technology and command), information security (network information defense), weapon systems and engineering (experimental evaluation technology), grid-electric command and engineering (network security technology and command), command information system engineering (command information system application and support), radar engineering (electronic confrontation technology and command). The growth officers and undergraduates of the corresponding majors were temporarily expressed as "command" when enrolling students. At the same time, the notes stated that "the pilot carried out the integrated enrollment of fingering technology, and the professional types do not distinguish between command and non-finger" , and after entering the school, the training of fingering technology integration is carried out. At the end of the second academic year, students will divide their skills into command and non-command categories according to their academic performance, personality characteristics, and personal wishes, and divide them into command and non-command categories, and learn and train them for the next two years. As shown in the figure below:
Question
What are the characteristics of your school’s “Qian Xuesen Innovation and Development Class”?
Answer
"Qian Xuesen Innovation and Development Class" is an important channel for schools to cultivate top innovative talents and an important measure to establish a mechanism for training top innovative talents. The goal is to cultivate outstanding innovative talents with comprehensive qualities, outstanding innovation and practical capabilities, obvious expertise and international vision, and the potential to become a leading figure in national defense science and technology. Through written tests, interviews and physical and psychological tests, a certain number of outstanding students are selected from freshmen every year to enter the "Qian Xuesen Innovation and Development Class".
School formulates special supporting policies for the "Qian Xuesen Innovation and Development Class" and provides first-class teaching guarantee conditions. Select outstanding teachers on campus and hire first-class experts at home and abroad as teachers or tutors. Public basic courses are held separately, with small class teaching, and each student is equipped with a tutor, and comprehensive and refined guidance and management of students' learning and life. Students enjoy more opportunities to participate in scientific research and experiments, participate in domestic and foreign academic conferences, participate in various discipline competitions and scientific and technological innovation activities. Students who meet the requirements for applying for postgraduate students in the military will be considered separately in the recommendation of graduate students without examination.
Query
How to select the "Qian Xuesen Innovation and Development Class" in your school?
answers
"Qian Xuesen Innovation and Development Class" passed the written test, interview and physical and psychological test, and selected a certain number of outstanding students from undergraduate freshmen in two batches to enter the "Qian Xuesen Class" for study. The top 200 candidates from all provinces admitted by the school and the first candidates from science and engineering (physics groups) admitted by the school in each province will directly participate in the first batch of selection within six weeks after admission, becoming the first batch of students selected for the "Qian Xuesen Class" in this grade; the second batch of selection will be conducted within two weeks after the start of the second semester, and the selection scope is for students with excellent results in the first semester compulsory courses.
Query
Can your school students take the postgraduate entrance examination after graduation?
answer
is OK. School growth officers and undergraduates who graduate from undergraduate studies directly include two methods: recommendation without recommendation and direct application, with an overall proportion of up to 50%. ① The proportion of non-command students who graduated from undergraduate studies can reach 70%. ② The proportion of direct training students who graduated from undergraduate studies can reach 10%. In addition, according to the reform plan, the school will also select some outstanding fresh graduates to go to Peking University, Tsinghua University and other universities to study degrees and apply for graduate students of the "Strengthening Military Program".
Query
What opportunities do your school students have to participate in scientific research practice?
Ans
School has first-class teaching, scientific research experiment conditions and public service system, sufficient scientific research funds, per capita scientific research funds are at the forefront of domestic high-level colleges and universities, and many scientific research directions have reached the world's advanced level. The school insists on combining teaching and research, and focuses on scientific research and educating people. Various scientific research projects and experimental platforms support students to carry out scientific research and practice activities. Major scientific research projects such as the "Tianhe" series of supercomputer systems, the "Beidou" satellite navigation and positioning system key technologies, the "Tiantuo" series of micro-nano satellites, laser gyroscopes, super-finishing processing, and maglev trains are all open to students. Many undergraduates participate in the basic scientific research practice of related projects.
Q
What are the channels for students in your school to communicate with others?
Answer
Undergraduate students at school have the opportunity to go to high-level universities in the world to participate in summer schools, and have the opportunity to participate in international academic competitions such as the International Unmanned System Innovation Challenge, Robot Football World Cup, International Space Orbit Design Competition, International Genetic Engineering Design Competition and other international academic competitions. The school selects outstanding graduate students to go abroad for joint training, study for doctoral degrees and participate in high-level conferences.
Ask
How do you eliminate and place students in your school?
Answer
School Growth Officer Undergraduate Students are eliminated throughout the process: ① Before obtaining the academic status during the admission stage, new students who are disqualified from admission due to failure to pass the review and review will be returned to their permanent residence before admission. ② After obtaining the academic record, students who are withdrawn due to their unqualified academic performance and physical and psychological conditions will be returned to their permanent residence before admission. Among them, those who have served within two years (including two years) will be handled in accordance with the relevant regulations on the demobilization or retirement of non-commissioned officers. Young students who cannot adapt to the study and life of military academy due to physical and psychological aspects and are not suitable for military jobs in the future, but meet the admission requirements of ordinary colleges and universities, except for graduation, can be transferred to ordinary colleges and universities designated by the military academy's resident. ③ During the graduation stage, the school will also conduct a comprehensive quality assessment on students. Those who pass the assessment will be allowed to graduate, and those who fail the assessment will be eliminated.
Ask
How are the treatment of students in your school?
Answer
Admissions to the school are admitted to the growth officers and undergraduates. After passing the review and review, they go through the enlistment procedures in accordance with relevant regulations and officially become active-duty soldiers. students are during their school hours and enjoy the military supply system treatment. They wear military uniforms. The study costs and food costs are borne by the army, and allowances are paid on a monthly basis (1,150 yuan/month in the first year of enrollment, and an increase of 100 yuan/month during undergraduate study). In addition, travel fees for visiting relatives are paid according to standards every year, and taking remote transportation means enjoy "soldiers are given priority in accordance with the law". Students enjoy public medical care, and all medical expenses during school are borne by the military. students will be awarded the rank of second lieutenant to become officers after graduating from undergraduate degree. The salary level is set to Level 18, and they will enjoy basic salary, various subsidies, housing subsidies and other welfare benefits. They can enjoy housing security according to the conditions for "moving in with your bag" after standardized indoor decoration. Long-term service can also be allocated for resettlement housing built by the entire army. The spouses of active-duty officers and their immediate relatives enjoy free or preferential medical treatment in the army.
Ask
How do students of your school make assignments when they graduate?
Answer
Graduate students are assigned according to the principles of supplementation on demand, professional counterparts, and distribution to grassroots and organizations, comprehensive assessment, comprehensive measurement, openness and fairness, and motivation for advanced development. The basic basis is the comprehensive assessment of students. The comprehensive assessment of students mainly conducts quantitative weighted calculations on the full course assessment, comprehensive quality assessment and daily comprehensive performance. Graduates will propose personal allocation wishes in turn within the scope of the allocation unit specified in the allocation plan of this major according to the comprehensive assessment ranking order. The allocation policies and systems, student comprehensive assessment results, allocation plans, etc. will be publicly announced throughout the process.
asked
how to consult your school enrollment situation?
Answer
Consultation phone number: 731-87000245; follow the WeChat official account of the school admissions office, click the menu bar below or send "XX Admissions Teacher" (example: Hunan Admissions Teacher) to obtain the contact information of the admissions teachers in the corresponding province.
mailing address: Admissions Office of National University of Defense Technology, No. 109 Deya Road, Changsha City, Hunan Province (zip code: 410073).
Website: http://www.gotonudt.cn or http://www.nudt.edu.cn;
E-mail: [email protected]
WeChat official account: National University of Defense Technology Admissions Office.
Professional description
Admissions plan
Professional introduction
Admissions questions and answers
Admission score
Admission score
Admission scores in the past three years
Description: The number of enrollment plans in each province, the application status of candidates' applications, and the passing rate of candidates' military examinations are different every year, so the admission scores in previous years are for reference only . (The school recruits students in Tibet for the first time this year, without admission scores in previous years.)
1 2021 admission score
2 2020 admission score
3 2019 admission score
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professional instructions
admission plan
professional introduction
admission questions
admission score
admission score
contact information
consultation phone number for admission groups in each province
welcome candidates and parents to call for admission information, and welcome outstanding students and passionate young people from the Republic who are willing to join the army and devote themselves to national defense to apply for the National University of Defense Technology.
National University of Defense Technology Admissions Promotional Video "Pioneer Power "
Heart is like flames, standing upright as steel
Pioneer, are you ready?
Welcome to join the National University of Defense Technology
to become the pioneer of the times!
Source | Admissions Office of National Defense Science and Technology University
Edit | Xu Xin
