Is it difficult to cross the vehicle engineering exam There is no foundation

It is best to take the vehicle test for undergraduates in mechanical manufacturing, automation, electromechanical, materials, and mathematics, and it seems that mechanics is okay, but the others should be a little difficult.

Of course, you can take the major of vehicle engineering after all, if you say that you can choose mechanical engineering, which is a first-level discipline, and you can choose what you like if you are a related major.

But in fact, in terms of employment prospects and "money", vehicle engineering is still relatively good, I don't know why you want to study science, what major do you want to study, science employment is not particularly good, the employment is much narrower than engineering.

This person really can't help you much, as long as you are interested in science, and have perseverance and perseverance, nothing is impossible!

Summary. Vehicle engineering is an undergraduate major in ordinary colleges and universities, which is a mechanical major, with a basic study period of four or five years, and a bachelor's degree in engineering is awarded. In 2012, the major of vehicle engineering officially appeared in the "Catalog of Undergraduate Majors in Ordinary Colleges and Universities".

The vehicle engineering major cultivates senior professionals who master the basic theories of engineering technology in mechanical, electronic, computer and other aspects and professional knowledge and skills in automobile design, manufacturing, testing, etc., understand and attach importance to the humanities and social knowledge related to the development of automobile technology, and can be engaged in product design and development, manufacturing, testing and testing, applied research, technical services, sales and management related to vehicle engineering in enterprises, scientific research institutes (institutes) and other departments, and have strong practical ability and innovative spirit.

Don't study vehicle engineering.

Vehicle engineering is an undergraduate major in ordinary colleges and universities, which is a mechanical major, with a basic study period of four or five years, and a bachelor's degree in engineering is awarded. In 2012, the major of vehicle engineering officially appeared in the "Catalog of Undergraduate Majors in Ordinary Colleges and Universities". The vehicle engineering major cultivates students to master the basic theories of engineering technology in mechanical, electronic, computing and other aspects of engineering technology and professional knowledge and skills in automobile design, manufacturing, testing, etc., understand and attach importance to the humanities and social knowledge related to the development of automobile technology, and can be engaged in product design and development, manufacturing, testing and testing, applied research, technical services, sales and management of vehicle engineering in the departments of enterprise registration and scientific research institutes (institutes). Senior professionals with strong practical ability and innovative spirit.

What do you learn about vehicle engineering?

The professional content is the design, manufacture and test research of automobile chassis, body and electrical equipment, including: overall demonstration, design, analysis and test of automobiles; design and research of automobile body structure and body shape; automotive electrical electronics and Xinkai Changxi technology; automobile manufacturing process; electric vehicle technology, etc. The main courses (groups) of this major include computer series courses, engineering mechanics, basic courses of mechanical design, engineering materials, electrical and electronic technology, theoretical basis of automatic control, automotive internal combustion machine, automotive science, modern automobile experiment, etc.

Okay, what are the future job prospects?

at the car manufacturer.

Okay, thank you!

Will the coefficient of the graduate school entrance examination be high in the future?

Do you have research opportunities at your school?

There is a chance. The difficulty is average.

Vehicle engineering courses generally include: automotive theory, automobile structure, automobile design, theoretical mechanics, material mechanics, etc. Depending on the requirements of each school, one of them will be selected as a professional course for assessment.

If you are considering switching to a major in vehicle engineering, it is recommended to take two courses first: automotive construction and automotive theory.

Selected textbooks: Machinery Industry Press, Automobile Theory edited by Yu Zhisheng of Tsinghua University and Automobile Structure edited by Chen Jiarui of Jilin University.

Summary. No. Vehicle engineering is a major that requires learning the fundamentals of vehicle engineering, including mechanical principles, automotive structure, vehicle dynamics, automotive electronics technology, vehicle control systems, etc.

Mathematics majors, on the other hand, do not learn this knowledge, so they cannot cross the vehicle engineering exam. If you want to take the vehicle engineering exam, you must first learn the basic knowledge of vehicle engineering, including mechanical principles, automobile structure, vehicle dynamics, automotive electronic technology, vehicle control systems, etc. Secondly, it is necessary to master the practical skills of vehicle engineering, such as automobile maintenance, automobile modification, automobile inspection, etc.

Finally, it is necessary to be familiar with the syllabus of the vehicle engineering exam, understand the content and requirements of the exam, and combine practical exercises to improve your exam score.

No. Vehicle engineering is a major, which requires learning the basic knowledge of vehicle engineering, including mechanical principles, automobile structure, vehicle dynamics, automotive electronic technology, automotive control system, etc. Mathematics majors don't learn this knowledge, so they can't take the vehicle engineering exam across the board.

If you want to take the vehicle engineering exam, you must first learn the basic knowledge of vehicle engineering, including mechanical principles, automobile structure, vehicle dynamics, automotive electronic technology, vehicle control systems, etc. Secondly, Qianyuxian should master the practical skills of vehicle engineering, such as car maintenance, car modification, car inspection, etc. Finally, it is necessary to be familiar with the syllabus of the vehicle engineering exam, understand the content and requirements of the exam, and combine practical exercises to improve your exam score.

I'm sorry I don't understand, but can you elaborate on that?

The answer is yes, mathematics majors can cross the test in vehicle engineering. Vehicle engineering is a multidisciplinary engineering discipline, which involves many disciplines such as machinery, electronics, computers, materials, etc., among which mathematics is the basic discipline of vehicle engineering. The study of vehicle engineering should not only master the basic knowledge of mathematics, but also master the basic knowledge of multiple disciplines such as machinery, electronics, computers, materials, etc., as well as the professional knowledge of vehicle engineering, such as vehicle dynamics, vehicle control, vehicle safety, vehicle structure, vehicle design, etc.

Therefore, in addition to mastering the basic knowledge of mathematics, students majoring in mathematics should also learn the basic knowledge of other disciplines, as well as the professional knowledge of vehicle engineering. In addition, students majoring in mathematics should also pay attention to their own abilities and interests, as well as the difficulty of learning vehicle engineering, so as to better grasp the progress of learning vehicle engineering and improve learning efficiency. In addition, in the process of learning vehicle engineering, it is necessary to participate in practical activities, such as participating in vehicle engineering competitions, internships, etc., in order to better grasp the practical application of vehicle engineering.