What does underwater acoustic engineering do, employment prospects and salary of underwater acoustic

Underwater acoustic engineering is the study of knowledge and skills in underwater acoustic technology, signal processing, and underwater acoustic equipment development.

Course system: "Acoustic Principles and Noise Control", "Fundamentals of Hydroacoustics", "Vibration Theory and Its Application in Engineering", "Signal Processing", "Mathematical and Physical Equations", "Calculation of Vibration and Acoustics Problems", "Underwater Noise", "Modern Experimental Technology", "Linear System Theory", "Optimal Estimation Theory and System Discrimination", "Discrete Random Signal Processing".

Employment prospects: In recent years, the field of acoustic technology engineering has developed rapidly, and aquatic engineering has made a significant contribution to its development. The major of underwater acoustic engineering takes the field of national defense as the main research background, involves multi-field and multi-disciplinary content, and cultivates many professionals with excellent literacy.

These talents have made good progress in the fields of ships, weapons, nuclear energy, aviation, aerospace, civil aviation, transportation, civil power, and environmental engineering. At present, on the whole, the employment prospects of master's students graduating from aquatic engineering are very broad.

Career direction: After graduation, students can be engaged in marine acoustic field analysis, underwater noise and vibration and noise reduction, underwater acoustic signal processing, sonar and underwater acoustic countermeasure system and design, underwater acoustic transducer and base array research, design, development, manufacturing, operation and management in underwater acoustic engineering and related fields, or engaged in the development and application of underwater acoustic technology and equipment in the field of national defense industry and various departments of the national economy.

Underwater acoustic engineering is a first-level discipline of engineering and electronic information. Underwater acoustic engineering mainly studies the knowledge and skills of underwater acoustic technology, signal processing, underwater acoustic equipment development, etc., involving four directions: sonar overall technology, signal processing, sensor and sound system, measurement and testing technology, and plays an important role in national defense and economic construction.

Underwater Acoustic Engineering offers courses such as Introduction to Dialectics of Nature, Theory and Practice of Scientific Socialism, Basic English, Professional English, Matrix Theory, Mathematical Statistics, Acoustic Principles and Noise Control, Fundamentals of Hydroacoustics, Vibration Theory and Its Application in Engineering, Signal Processing, Mathematical and Physical Equations, Calculation of Vibration and Acoustic Problems, etc.

The employment prospects and salary of underwater acoustic engineering are 9,120 yuan.

At present, on the whole, the employment prospects of master's students graduating from underwater acoustic electronic information engineering are very broad, such as underwater noise and noise reduction, underwater acoustic signal processing, and sonar.

and the research, design, development, manufacturing, operation and management of underwater acoustic countermeasure systems and designs, underwater acoustic transducers and base arrays, or in the field of defense industry and national economy.

The departments are engaged in the development and application of underwater acoustic technology and equipment, and the salary is also quite high.

The first-level discipline of underwater acoustic engineering is naval architecture and ocean engineering.

With the field of national defense as the main research background, it involves the basic theories and techniques of acoustics, hydroacoustics, signal processing, testing technology and other disciplines. There are many talents, the employment prospects are relatively bright, and the employment scope is wide. In the field of acoustics, which will develop rapidly in the future, it has strong competitiveness and development prospects.

Summary. Underwater acoustic engineering is an engineering technology that uses sound waves for underwater detection, positioning, navigation, identification and communication, and is a comprehensive project integrating physics, electronic technology, information engineering, computer technology, sensor technology and other disciplines.

Hello, I would like to ask what kind of discipline is underwater acoustic engineering?

Underwater acoustic engineering is the use of sound waves for underwater detection, Huitong positioning, navigation guidance, identification, communication engineering technology, is a collection of physics, electronic technology, information engineering, computer technology, sensor front wheel technology and other disciplines as one of the comprehensive engineering.

The application range of hydroacoustic training engineering is very wide, including marine science, underwater measurement, underwater communication, marine resource development, etc. Although underwater acoustic engineering is a high-paying profession, it is very employable for girls to study underwater acoustic engineering. If you only want to go to the system, then the choice of this major is indeed very narrow; If you are willing to go to the enterprise, you can switch to electronics, communications, medical acoustics, and ultrasound.

In short, it is not too difficult for girls to learn underwater acoustic engineering, but the direction of employment is indeed relatively narrow.

What is the difficulty of learning underwater acoustic engineering, and is it very demanding on physics and mathematics?

Is there a high requirement for studying underwater acoustic engineering for graduate school entrance examinations, and do you have to graduate from graduate school?

Matrix Theory, Mathematical Statistics, Numerical Analysis, Digital Circuits, Analog Circuit Technology, Signals and Systems, Circuit Basics, Acoustic Principles and Noise Control, Underwater Acoustic Sensitivity Basics, Vibration Theory and Its Application in Engineering, Signal Processing, Mathematical and Physical Equations, Calculation of Vibration and Acoustic Problems, Underwater Noise, Modern Slow Radical Testing Technology, etc. Which branch to carry.

It's quite difficult to learn.

Science and engineering are indispensable for mathematics.

All of the above professional courses must be studied.

Is there a difference between the underwater sound of the Liaison Office and the ordinary underwater sound?

Generally speaking, the tuition fee of Sino-foreign cooperative education majors is relatively expensive, as little as 2-30,000 yuan for the first year, usually 5-60,000 yuan per year, and 10-200,000 yuan per year, but the admission score of Chinese-foreign cooperative education majors is 10-20 points lower than that of ordinary special transportation and empty sheds, and even some schools are 20-30 points lower.

Sino-foreign joint ventures refer to educational and teaching activities jointly organized by Chinese educational institutions and foreign educational institutions in accordance with the law, with Chinese citizens as the main enrollment targets. This method does not require the joint examination review system admission, those who meet the conditions can register in the colleges and universities throughout the year, some colleges and universities can be exempted from the entrance examination after the online report, and some colleges and universities need to participate in written interviews, and the audit and assessment can be passed to the school.

The employment prospects of graduates of the jujube industry of underwater acoustic engineering are good, and the average salary is in the range of 6,000-8,000 yuan per month. Wages in first-tier cities may be slightly higher than this range. Graduates can evaluate and select their preferred jobs based on their own practical experience and accumulation.

At the same time, graduates with a deep disciplinary background will inevitably have certain advantages when applying for jobs. In summary, the employment prospects of graduate graduates majoring in underwater acoustic engineering are better, and the salary package is more considerable.

Extraction code: QUCW Hydroacoustics is a sub-discipline of acoustics that studies the generation, radiation, propagation, reception and measurement of underwater sound waves, and is used to solve various problems related to the detection and transmission of information to underwater targets. The attenuation of sound waves in seawater is much smaller than that of electromagnetic waves, so sound waves are an effective tool for detecting targets and transmitting information in seawater, so the development of hydroacoustics plays an important role in improving the anti-submarine warfare capability of modern navies.

At the same time, hydroacoustics is widely used in civil applications such as navigation, seabed geological survey, oil exploration, and fishery.

Underwater acoustic engineering is an applied discipline, involving acoustics, electronics, computers, communications, control and other disciplines, mainly studying underwater acoustics, underwater acoustic communication, underwater detection, underwater acoustic navigation and other aspects. So, what are the employment prospects for underwater acoustic engineering majors? The following will be analyzed from the aspects of employment prospects, development trends, and employment directions.

1. Employment prospects.

Underwater acoustic engineering majors have good job prospects. Underwater acoustic engineering is one of the strategic emerging industries encouraged by the state, and with the rapid development of the marine economy, the market demand for underwater acoustic engineering is increasing. At the same time, with the gradual advancement of marine engineering construction in China, there are more and more employment opportunities for underwater acoustic engineering majors.

Second, the development trend.

The development trend of the underwater acoustic engineering profession is good. At present, the application field of underwater acoustic engineering is very wide, such as marine exploration, marine environmental monitoring, marine communication, underwater detection and other fields need underwater acoustic engineering professionals. At the same time, with the continuous progress of science and technology and the increasing demand for application, the research and application prospects of underwater acoustic engineering are very broad.

Third, the direction of employment.

The employment direction of underwater acoustic engineering mainly includes the following aspects:

1.Marine exploration and resource development: Underwater acoustic engineering professionals can participate in the exploration and development of marine resources, such as offshore oil and gas development.

2.Marine environmental monitoring: With the rapid development of the marine economy, the demand for marine environmental protection is also increasing, and underwater acoustic engineering professionals can participate in marine environmental monitoring.

In general, the employment prospects of underwater acoustic engineering are relatively good, with a wide range of application fields and employment directions. At the same time, the development trend of underwater acoustic engineering is good, which provides a broad space and opportunities for future career development.