Answer? Wait:? Tsinghua of Jilin University? Tongji University? Hunan University, Beijing Institute of Technology, Chongqing University
B+:( 15)？ Southwest Jiaotong University? Shanghai Jiaotong University? Tongji University? Hefei University of Technology? Zhejiang University? South China University of Technology, Northwestern Polytechnical University, Wuhan University of Technology? Chang 'an University Yanshan University Harbin Institute of Technology Jiangsu University? Central South University? University of Science and Technology Beijing Beihang University
The cars of Jilin University or Hunan University are very good, and the cars of Jilin University are better than those of Tsinghua.
There is a large demand for graduates from strong automobile schools such as Jida, and excellent graduates are generally easy to enter enterprises such as GAC and SAIC. The starting salary of undergraduate students is generally 4,000-6,000 (first-tier cities), and the starting salary of master students in automobile colleges is more than 654.38+10,000, which is generally around1.5,000. The starting salary gap may be relatively large, depending on the ability; Foreign languages mainly focus on reading, writing, speaking and translation. No one wants you to do CET-4 and CET-6 and test papers, so you can communicate smoothly. Study hard, learn to drive, have the ability, money is not a problem! Auto repair is generally done by graduates of technical colleges; At least a master's degree in automobile research and development, and the undergraduate course is too young; Car sales are not bad, depending on your contacts, eloquence and comprehensive quality.
Vehicle engineering is an engineering technology field that studies the theory, design and manufacturing technology of land mobile machinery such as automobiles, tractors, rolling stock, military vehicles and other engineering vehicles. The authorized unit of its master's degree in engineering trains senior engineers and technicians engaged in the research, design and development, manufacturing, quality inspection and control, use and maintenance of the above-mentioned vehicles and the development of related testing devices and instruments.
The main courses of training are:
Political theory course, foreign language course, engineering mathematics, vibration analysis foundation, design? vehicle engineering
Computer application technology, vehicle system dynamics, vehicle vibration and noise analysis and control, vehicle electronics technology, vehicle electro-hydraulic control system, body structure design and calculation, vehicle automatic transmission theory, vehicle power transmission system control and optimization, vehicle reliability and safety, vehicle test analysis and fault diagnosis, vehicle overall design and optimization, tracked vehicle overall design and optimization, locomotive vehicle overall design and optimization, vehicle emission detection and control, etc.
Professional training objectives
Cultivate and engage in scientific research, development and application, engineering design, technical research and technical transformation in the field of vehicle engineering. Senior engineers and technicians in the popularization and application of new automobile emission technologies.
The master of engineering in the field of vehicle engineering requires that he can use modern scientific and technological knowledge to solve some engineering and technical problems in the actual production of enterprises. Master the solid basic theory and systematic professional knowledge of this discipline, understand the present situation and development trend of this discipline, and master the modern design theory of vehicles, electromechanical and hydraulic integration technology, modern electronic technology and modern control technology, modern testing technology and necessary experimental skills. Proficient in a foreign language, able to read scientific and technological materials and documents in this engineering field smoothly.
Professional courses:
Vehicle system dynamics, vehicle system analysis and modern design methods, vehicle vibration and noise analysis and control, vehicle testing technology and analysis, vehicle electronics technology, vehicle electro-hydraulic control system and computer control technology, vehicle body structure analysis and computer-aided body design, vehicle automatic transmission theory, vehicle powertrain control and optimization, vehicle fault diagnosis technology, vehicle safety, overview of vehicle industry development, vehicle powertrain, vehicle technical and economic analysis and environmental protection.