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Undergraduates basically don't use the school's resources in a certain major, because you don't have a foundation at all, but a school with an aviation background will have this kind of professional atmosphere and environment, so if you pay attention to the professional content yourself, Zhejiang University is fine. However, it will have an impact when looking for a job!
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I think....If you really like this major....Or should I go to the North Voyage....Institutions like Harbin Institute of Technology, if there are other considerations, it is a different matter...
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Zhejiang University mainly focuses on high-altitude and high-speed.
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The Aircraft Design and Engineering major was established by Zhejiang University in 2010, and students graduated in June 2014. However, in recent years, there have been many outstanding graduates in graduate programs such as aircraft design, aeronautical and aerospace propulsion theory and engineering, aerospace engineering (professional degree), navigation guidance and control, and aerospace information technology of Zhejiang University, and they have begun to show their edge in aerospace research institutes.
Advantages: Mainly use the excellent training platform of Zhejiang University, on the one hand, so that students have a solid foundation in mathematics and physics, and on the other hand, cultivate multidisciplinary comprehensive and interdisciplinary innovation ability. Most students choose to go to graduate school or go abroad for further study after completing their undergraduate studies.
In addition to aircraft design, graduates can also be engaged in civil machinery, transportation engineering, ship and marine engineering, industrial and civil construction engineering, software engineering and other aspects of design and scientific research, teaching, experiment, operation and maintenance, technical management, etc., with broad employment prospects.
Graduates of the aircraft design and engineering major are mainly engaged in aircraft overall design, aerodynamic design and research, structural design and research, structural strength analysis and testing, navigation guidance and control, aerospace information technology and other related work in colleges and universities, scientific research and design units and enterprises. Its research objects are various aviation and space vehicles, including aircraft, launch vehicles, artificial satellites, spacecraft, deep space probes, space stations and missiles. In addition, our graduates can also be engaged in design and scientific research, teaching, experimentation, operation and maintenance, technical management and other jobs in related industries.
2014-2015 China Undergraduate Education Aircraft Design and Engineering University Competitiveness Ranking.
Level 5: Northwestern Polytechnical University, Beijing University of Aeronautics and Astronautics, Nanjing University of Aeronautics and Astronautics.
Level 4: Harbin Institute of Technology, Beijing Institute of Technology, Xi'an Jiaotong University, Zhejiang University.
Level 3: Dalian University of Technology, Fudan University, Nanjing University of Science and Technology, Harbin Engineering University, Shenyang University of Aeronautics and Astronautics.
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Which technology is strong, China Jiangsu is looking for blue air, *** technology is strong, China Jiangsu is looking for blue air.
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It has nothing to do with school, it's still up to you.
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Beihang No. 1, China Southern Airlines No. 2, Harbin Institute of Technology No. 3, Northwest No. 4 Other schools do not know.
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Zhejiang University. It was the 211 and 985 projects.
It is a national key construction university, and its aircraft design and engineering major is a very good major.
Knowledge and Abilities to Whom Graduates Should Possess:
1. Master the basic theories and basic knowledge of aircraft design;
2. Master the analysis methods of aircraft structure design;
3. Basic ability in aircraft design;
4. Familiar with the guidelines, policies and regulations of aerospace vehicle design;
5. Familiar with the theoretical frontiers, application prospects and development trends of aerospace vehicle design;
6. Zhangyouxiang grasps the basic methods of literature retrieval and data inquiry, and has certain scientific research and practical work ability.
Graduates can generally be engaged in aircraft structural engineering, civil machinery, transportation engineering, ship and marine engineering, industrial and civil construction engineering, and software engineering.
They are engaged in the design, experiment, research, operation and maintenance of spacecraft, arrows, missiles, and so on, and can also be engaged in the technical and management work of aviation and other sectors of the national economy.
He is mainly engaged in the overall design, structural design and research, structural strength analysis and test of aircraft (including spacecraft and launch vehicles), and is engaged in the design and manufacture of general machinery.
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Summary. Hello dear dear, I am happy to answer for you, how about the aircraft design and engineering of Zhejiang University? How about employment:
The aircraft design and engineering major is a good major, mainly mastering the basic theory and basic knowledge of aircraft design; Master the analysis methods of aircraft structural design; Basic ability in aircraft design; Learn about the guidelines, policies, and regulations that are familiar with aerospace vehicle design. Employment direction of aircraft design and engineering: 1. Aerospace.
2. New energy. 3. Computer software. 4. Electronic technology, semiconductors, integrated circuits.
5. Internet e-commerce. Position: After graduation, he is mainly engaged in structural engineer, algorithm engineer and other work, roughly 1. Structural engineer.
2. UAV flight control algorithm engineer. 3. Flight control algorithm engineer, these are all optional.
How is the aircraft design and engineering of Zhejiang University? How about employment:
Hello dear dear, I am happy to answer for you, how about the aircraft design and engineering of Zhejiang University? How about employment: Aircraft design and engineering major is a good major, mainly to master the basic theory and basic knowledge of aircraft design; Master the analysis methods of aircraft structural design; Basic ability in aircraft design; Learn more about the guidelines, policies and regulations for aerospace vehicle design.
Aircraft design and engineering respects the professional employment directions: 1. Aerospace. 2. New energy.
3. Computer software. 4. Electronic technology, semiconductors, integrated circuits. 5. Internet e-commerce.
Position: After graduation, he is mainly engaged in structural engineers, algorithm engineers and other work, roughly 1. Structural engineers. 2. UAV flight control algorithm engineer.
3. Flight control algorithm engineer, these are all optional.
The main disciplines of aircraft design and engineering are aerospace science and technology, mechanics and mechanics, and the main courses include material mechanics, mechanical design, elastic mechanics, structural mechanics, fluid mechanics and aerodynamics, aircraft structural mechanics, flying horse brake mechanics, automatic control theory, aircraft overall design, composite material design and analysis, etc. In general, there are many courses and more difficult, especially for mathematics and physics, the mechanical foundation requirements are relatively high, there are not many colleges and universities specializing in aircraft design and engineering, and the better ones are Beijing University of Aeronautics and Astronautics, Harbin Institute of Technology, Northwestern Polytechnical University, Beijing Institute of Technology, Nanjing University of Aeronautics and Astronautics, Tsinghua University, Xi'an Jiaotong University, Dalian University of Technology, National University of Defense Technology, etc. Colleges and universities with high performance are Shenyang University of Aeronautics and Astronautics, North University of China, Civil Aviation University of China and so on.
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