Theory and Applied Mechanics mainly trains senior engineering and technical talents who master solid mathematics and mechanics knowledge; can solve the complex structures in the design and construction of the mechanical analysis, calculation, can be engaged in the field of building engineering design, construction, management, and other aspects work.
2. Main Directions
1) Aviation Direction
The direction trains advanced specialized talents with the basic theory, basic knowledge and basic skills of mechanical system, in subject areas of fluid mechanics and solid mechanics, master the basic analysis methods and experimental means, understand the relevant engineering application background, can be engaged in scientific research work in the field of mechanics and related fields of science, with the background of the application of the basic knowledge.
2) Architecture Direction
The direction is committed to developing senior engineering and technical personnel with good mathematical foundation and scientific quality, master the basic theory of mechanics and basic skills, can be engaged in scientific research and engineering technology applications in the practice, to develop senior engineering and technical personnel who can be engaged in the field of engineering and science cutting-edge research of scientific research personnel, and using theory research, experimental analysis and numerical simulation method to solve the problem, can solve the complex structures in the design and construction of the mechanical analysis, calculation, can be engaged in building engineering design, construction, management and other aspects of the work of the.
Through the learning system and the basic engineering training, the students master basic theories and knowledge of professional mechanics and structural engineering and other related disciplines, with system solid mechanics foundation, extensive engineering knowledge and practical ability; receive initial training in scientific research and engineering applications, have good scientific literacy and the spirit of innovation; have the preliminary ability of survey and design of construction projects, research, development, construction and management.
3. Training Requirements
The students mainly study the basic knowledge required in mathematics, physics, study mechanics theory and specialized knowledge of certain professional direction, strengthen experiment ability and computer application ability training, pay attention to the cultivation of the ability of theory analysis and applied mechanics, receive the initial training in scientific research and engineering application, with good scientific literacy.
4. Knowledge and Ability
1). Master the basic knowledge of mathematics and physics, and have strong ability of analysis and calculation;
2) Master the basic theoretical knowledge of the mechanics, initially master the basic experimental skills and experimental analysis methods of mechanics; master certain engineering background knowledge, preliminary learn of establishing a simple mechanical model of the method;
3) understand the general principles and knowledge of similar program;
4) understand the new development of internal medicine technology;
5) understand the science and technology, industrial policy, intellectual property rights and other relevant policies and regulations;
6) Master the basic method of data query, literature retrieval and use of modern information technology to obtain information related; have certain ability of experimental design, creating conditions for the experiment, induction, collation, analysis of the experimental results, writing papers, participating in academic exchanges.
5. Main Subjects
6. Main Courses
Theoretical mechanics, material mechanics, structural mechanics, elastic mechanics, structural dynamics, experimental mechanics, fluid mechanics, building architecture, civil engineering materials, concrete structure, steel structure, soil mechanics and foundation engineering, seismic design of engineering structures, the finite element method, engineering construction and project management.
7. Practice Teaching
Production practice, scientific research training or graduation thesis (design), the general arrangement is 10-20 weeks.
8. Similar Programs
Engineering mechanics, engineering structure analysis, civil engineering, physics, applied physics, mathematics, astronomy, aerospace
9. Employment Prospects
Students after graduation can be engaged in construction engineering, geotechnical engineering, underground engineering, road and bridge engineering and other fields for design, construction, development, research, teaching, management and other units engaged in technology or management, such as machinery, civil engineering, transportation, materials, energy, water, chemical, aerospace and other industrial enterprises engaged in scientific research, technology development, engineering design, experimental research, engineering management, etc. The graduates can be engaged in scientific research institutions, including the institute of aeronautics and astronautics, water design institute, architectural design institute, the institute of metal research institute, institute of automation, and other institutions engaged in theoretical research and experimental research, be able to engage in mechanics teaching and scientific research in colleges and universities.