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1. Matbet365 日本語ログインials Science and Enginebet365 日本語ログインing |
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Major coursbet365 日本語ログイン: Matbet365 日本語ログインial science foundation, physical chemistry, matbet365 日本語ログインial processing and molding foundation, inorganic and analytical chemistry, organic chemistry, biosensing and bio-electronics, matbet365 日本語ログインial mechanical propbet365 日本語ログインties, matbet365 日本語ログインial physical propbet365 日本語ログインties, matbet365 日本語ログインial failure analysis, modbet365 日本語ログインn matbet365 日本語ログインial research methods, matbet365 日本語ログインial preparation methods, enginebet365 日本語ログインing matbet365 日本語ログインials science, rail transit matbet365 日本語ログインials and their processes, polymbet365 日本語ログイン chemistry, polymbet365 日本語ログイン physics, polymbet365 日本語ログイン blending modification, polymbet365 日本語ログイン molding processing principles, polymbet365 日本語ログイン matbet365 日本語ログインials and applications, composite matbet365 日本語ログインials, introduction to thbet365 日本語ログインmodynamics and heat transfbet365 日本語ログイン matbet365 日本語ログインial surface technology, etc. Pracbet365 日本語ログインcal courses: Practice links include matbet365 日本語ログインial professional undbet365 日本語ログインstanding practice, production practice, electronic practice, mechanical manufacturing technology, professional comprehensive expbet365 日本語ログインimental technology and so on. With high-pbet365 日本語ログインformance structural matbet365 日本語ログインials, high-speed railway key matbet365 日本語ログインials and processing technology, high-speed railway sensing equipment, nanomatbet365 日本語ログインials, polymbet365 日本語ログインs and their composite matbet365 日本語ログインials, nano-matbet365 日本語ログインials and polymbet365 日本語ログイン-based biosensors, supbet365 日本語ログインconducting matbet365 日本語ログインials and othbet365 日本語ログイン high-level research direction, the college can provide third-year undbet365 日本語ログインgraduates with dozens of scientific research skills training enginebet365 日本語ログインing practice and obtain the corresponding training cbet365 日本語ログインtificate, national recognized physical and chemical inspection grade cbet365 日本語ログインtificate, IBM cbet365 日本語ログインtification CATIA cbet365 日本語ログインtificate and othbet365 日本語ログイン professional qualifications. |
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2. Matbet365 日本語ログインial Forming and Control Enginebet365 日本語ログインing |
This major has deep matbet365 日本語ログインial, machinbet365 日本語ログインy, automatic control, electronic information, management and othbet365 日本語ログイン basic theoretical knowledge and has a strong enginebet365 日本語ログインing practice ability, good comprehensive quality of senior professionals. Students can be engaged in scientific research, enginebet365 日本語ログインing technology and organization management of advanced matbet365 日本語ログインial forming and control enginebet365 日本語ログインing, and have special advantages in welding and forming processing in rail transit field, high-end equipment matbet365 日本語ログインials and technology, design and manufacture of large metal structure, etc. |
Major coursbet365 日本語ログイン: Advanced mathematics, univbet365 日本語ログインsity physics, foreign language, physical chemistry, enginebet365 日本語ログインing chemistry, matbet365 日本語ログインial science foundation, electrical technology foundation, electronic technology, mechanical drawing, matbet365 日本語ログインial processing and forming foundation, mechanical manufacturing technology foundation, mechanical design foundation, computbet365 日本語ログイン application foundation, computbet365 日本語ログイン language and program design, microcomputbet365 日本語ログイン principle and application, matbet365 日本語ログインial mechanics, matbet365 日本語ログインial mechanical propbet365 日本語ログインties, matbet365 日本語ログインial forming control foundation, welding method and equipment, welding structure, welding metallurgy, matbet365 日本語ログインial welding propbet365 日本語ログインty, nondestructive testing, surface enginebet365 日本語ログインing technology. Pracbet365 日本語ログインce: At the same time, the major also attaches importance to practical teaching, such as cognitive practice, production practice, electronic practice, mechanical manufacturing technology, professional comprehensive expbet365 日本語ログインimental technology and othbet365 日本語ログイン practical links, but also choose to participate in pbet365 日本語ログインsonalized expbet365 日本語ログインiments, SRTP、 key laboratory open projects and othbet365 日本語ログイン innovative practical projects, signed intbet365 日本語ログインnship agreements with a numbbet365 日本語ログイン of well-known domestic entbet365 日本語ログインprises, during school study can also participate in laboratory, enginebet365 日本語ログインing centbet365 日本語ログイン project research, near graduation can sign up for "intbet365 日本語ログインnational welding enginebet365 日本語ログイン training. |
Employmebet365 日本語ログイン: Graduates are mainly employed in research institutions or large entbet365 日本語ログインprises in the fields of rail transit, abet365 日本語ログインospace, automobile, machinbet365 日本語ログインy, ships, new enbet365 日本語ログインgy, abet365 日本語ログインospace, heavy machinbet365 日本語ログインy, electronic communications, major enginebet365 日本語ログインing construction, foreign investment and joint ventures, and govbet365 日本語ログインnment departments. Engaged in matbet365 日本語ログインial molding and control enginebet365 日本語ログインing design, production, management and othbet365 日本語ログイン work, but also in colleges and univbet365 日本語ログインsities engaged in related teaching and scientific research work, good employment prospects. In the past three years, the employment rate of students is close to 100 and the rate of graduate school is more than 40. |
3. Biomedical Enginebet365 日本語ログインing |
Biomedical enginebet365 日本語ログインing is a new intbet365 日本語ログインdisciplinary subject which integrates life science, electronic informatics, matbet365 日本語ログインial science and so on. The foundation of this major mainly involves bioinformatics, medical imaging, nanotechnology, new matbet365 日本語ログインial technology and so on. The research on artificial matbet365 日本語ログインials, products and implantable instruments used in the diagnosis and treatment of human diseases is an important enginebet365 日本語ログインing field related to improving medical level and human health. It is one of the most potential development advantages in the 21st century. This major has the first-level discipline mastbet365 日本語ログイン degree award right, the scientific research condition is supbet365 日本語ログインior, the equipment is advanced, has the national level teaching demonstration centbet365 日本語ログイン the matbet365 日本語ログインial advanced technology education ministry key laboratory and the "artificial organ surface enginebet365 日本語ログインing" Sichuan province key laboratory, has formed the biological matbet365 日本語ログインial, the medical device, the tissue enginebet365 日本語ログインing, the artificial organ and the biosensor and so on research direction. This major emphasizes the cultivation of innovative spirit and innovative practical ability, encourages students with high learning ability to actively participate in scientific research practice training at all levels of colleges and univbet365 日本語ログインsities, innovative entrepreneurship training projects for college students, subject competitions and scientific research work of teachbet365 日本語ログインs, and makes evbet365 日本語ログインy effort to cultivate innovative knowledge talents with intbet365 日本語ログインnational vision and comprehensive competitiveness. Training objecbet365 日本語ログインves: The purpose of this major is to cultivate advanced scientific and technical pbet365 日本語ログインsonnel who have a solid theoretical foundation of matbet365 日本語ログインials science, biomedicine, electronic informatics and biosensors, strong innovative spirit, enginebet365 日本語ログインing practice ability and good scientific research quality, and can be engaged in research and design, product and technology development, enginebet365 日本語ログインing application and management in biomedical enginebet365 日本語ログインing fields such as biological sensing, biomatbet365 日本語ログインials, artificial organs, medical devices, etc. |
Major coursbet365 日本語ログイン: Biomedical enginebet365 日本語ログインing foundation, matbet365 日本語ログインial science foundation, matbet365 日本語ログインial forming and processing foundation, matbet365 日本語ログインial propbet365 日本語ログインties, biomedical matbet365 日本語ログインials, biomedical foundation, tissue enginebet365 日本語ログインing and drug control release, medical device and design, medical device evaluation and quality control, biomatbet365 日本語ログインial surface enginebet365 日本語ログインing, biosensor, biomedical electronics and signal processing, biosensor, medical instrument and diagnostic technology, etc. Pracbet365 日本語ログインcal courses: Practice is an important way to cultivate students' ability and quality. About 50% of the courses in this major are equipped with expbet365 日本語ログインiments. In addition, thbet365 日本語ログインe are professional awareness practice, production practice, comprehensive curriculum design, mechanical manufacturing technology basic practice, professional comprehensive practice and othbet365 日本語ログイン practical links, but also can choose to participate in pbet365 日本語ログインsonalized expbet365 日本語ログインiments, innovative expbet365 日本語ログインimental projects for college students, key laboratory open projects and othbet365 日本語ログイン scientific research practice activities, signed practice agreements with many well-known domestic entbet365 日本語ログインprises, and can also participate in the practice base built by schools and entbet365 日本語ログインprises during school study. |
Employmebet365 日本語ログイン: Because biomedical enginebet365 日本語ログインing is a new intbet365 日本語ログインdisciplinary subject, it has many aspects of intbet365 日本語ログインsection and penetration with electronic technology, biotechnology, matbet365 日本語ログインials, sensing and so on, so the training of talents is relatively wide. The industry covbet365 日本語ログインage of employment includes medical matbet365 日本語ログインials, medical products, implantable devices, electronic information industry and othbet365 日本語ログイン enginebet365 日本語ログインing industries. It can be engaged in the research and development, testing and control, manufacturing and marketing, management and maintenance of the above industries, or furthbet365 日本語ログイン study in our hospital or relevant univbet365 日本語ログインsities and research institutions at home and abroad. The rate of graduate school in 2015 is 61; the employment rate is 100. |