Introducing the Aircraft Power Engineering Major

Aircraft power engineering includes two layers of meaning:

1. Aircraft power design: mainly to design the engine of the aircraft, for example, if you want to design the engine of J10, you have to carry out the overall design, aerodynamic design, structural design, system design, strength design, power design, safety design and so on. Let's take a look at each of them.

a) Overall design: You have to carry out the overall design first, the overall design includes the total weight of the design engine, how much thrust the engine has, the total pressure recovery coefficient, fuel consumption per kilometer or hour, etc.

b) Pneumatic design: The engine is to fly in the air, there is a high-speed air flow into it, after compression, combustion, injection and finally produce thrust.

c) Structural design: As the name suggests, it is necessary to design the structure, that is, all the things that can be seen and touched on the engine surface must be memorized and designed.

d) Strength design: The main thing is to see if the structure of your own design is firm, if the strength design fails, the engine may break apart in the air!

e) System design: mainly hydraulic, combustion, control and other system design.

2. Power engineering: engineering is corresponding to research, that is, you will engage in the engineering industry in the future, and you will become an engineer or senior engineer after work.

At present, the power of our country is relatively weak, and we are in urgent need of talents, and I hope that the landlord can make a difference!

Main disciplines of heat, mechanics and electricity; Relatively speaking, there is more heat, I am flying, the undergraduate level involves the control of what is very shallow, basically it can be said to be popular science, can understand a variety of engines, mainly or train thinking, pneumatics, heat, machinery, force, proficient in these. The subject of engines is too big, and things like turbojets are not solved by one or two people.

Most of the employment is mainly machine maintenance, and when you get to the job, you will start to learn the specifics again.

1. Direction: Aeronautical and Aerospace Propulsion Theory and Engineering.

Institution: Beijing University of Aeronautics and Astronautics.

2. Direction: Aeronautical Engineering.

Institution: Northwestern Polytechnical University.

3. Direction: Aeronautics and Astronautics Science and Technology.

Institution: Beijing University of Aeronautics and Astronautics.

Aeronautics and astronautics science and technology is a science and technology field that has been established and developed rapidly in the early and middle of the 20th century, it is based on mathematics, physics and modern technical science, with aircraft design, propulsion theory and engineering, manufacturing engineering, man-machine and environmental engineering and other majors as the backbone of a highly comprehensive discipline system.

Aeronautics and astronautics science and technology comprehensively apply the latest achievements in many other disciplines and engineering technologies.

The employment direction and employment prospects of aircraft power engineering are as follows:

Aircraft power engineering is one of the key areas covered by mechanical engineering, aerospace engineering, and materials science. Within this field, engineers work to design, test, and improve the aircraft's powertrain, engine, and fuel systems. With the development of the aerospace industry, aircraft power engineering has brought a wide range of employment opportunities and has broad employment prospects.

Career pathways for aircraft power engineers include research and development, design and manufacturing, and testing and evaluation. In terms of research and development, power engineers can devote themselves to exploring new technologies such as new power systems, propulsion technologies, and new materials; At the same time, they can also be responsible for improving existing technologies according to the actual application scenario.

In terms of design and manufacturing, engineers need to translate theoretical knowledge into practical finished products, and in the design and manufacturing process, they need to take into account factors such as aircraft strength, weight, practicality and economy.

When it comes to testing and evaluation, engineers need to conduct comprehensive powertrain testing to ensure compliance with engineering specifications, such as performance parameter testing, vibration testing, high-temperature testing, etc., so that products can have high performance, reliability, and safety.

The employment prospects for aircraft power engineers are very broad. They can work in aerospace companies, defense contractors, civil airlines, aviation and defense agencies, and more. In addition, you can also work in universities, research institutions, ** departments and financial institutions, which have a deep focus on aircraft technology and application directions.

The abundance of employment opportunities also provides a wide range of freedom of choice for those pursuing a career in power engineering, such as development engineers, project managers, research scientists, professors, etc. Due to the rapid development of the civil aerospace industry, especially the acceleration of China's aerospace development, those who work in aircraft power engineering will face a wider range of employment opportunities.

As emerging technologies emerge, such as more advanced battery technology, nuclear technology, solar technology, and more efficient jet propulsion systems and other propulsion technologies, these technologies require specialized research and development to deliver more high-tech powertrain solutions.

In terms of manufacturing, research and design of materials and constructions will also increase. In addition, in the context of internationalization, cooperation and competition in the aerospace industry will further increase the demand for engineers. Aircraft power engineering is a challenging and opportunistic field that has made an important contribution to the continued development of the aerospace industry.

For individuals with passion, skill, and dedication in the field of aircraft power engineering, this field will offer a broad and stable career exit.

The employment prospects for aircraft power engineering majors are mainly as follows:He is engaged in aircraft propulsion systems and heat engines in the fields of national defense science and technology such as aerospace, aviation, shipbuilding, and weapons science and technology.

Systematic theoretical research, technology development, overall demonstration, scheme design, experimental technology research and technical management.

What courses do you study for aircraft power engineering?Main disciplines: Mechanical Engineering, Mechanics, Power Engineering and Engineering Wide Lift Thermophysics, Advanced Mathematics

Main courses: Principles of Mechanics and Mechanical Design, Electrical Engineering and Electronic Technology

Shouting Brother Qiao's Engineering Mechanics", "Engineering Thermodynamics".

Heat Transfer", "Principle and Structure of Power Plant", "Power Plant Manufacturing Technology", etc.

<> "First of all, what is aircraft power engineering?"

It mainly studies the basic knowledge and skills of the working principle, structure and design method of the power plant and control system of the aircraft, involving the fields of mathematics, mechanics, mechanics and electronics, so as to carry out the design, research, testing, operation and maintenance of the power plant and control system of the aircraft.

Secondly, the scope of application of the aircraft project: collision and erection.

Repair and maintenance of rocket engines, testing of aircraft control systems, R&D and manufacturing of manned spacecraft power plants, etc.

Finally, it includes the following courses:

Mechanical Principles and Mechanical Design, Electrical and Electronic Technology, Engineering Mechanics, Engineering Thermodynamics, Heat Transfer, Fluid (including Gas) Mechanics, Material Mechanics, Aerodynamics, Theoretical Mechanics, Power Plant Principle and Structure, Power Plant Manufacturing Technology, Power Plant Testing Technology, etc.