Some majors of Qingdao University of Science and Technology: serial number, professional name, category 1 logistics management 2, environmental design art 3, communication engineering 4, material engineering 5, product modeling design others 6, applied chemical science 7, chemical engineering and process engineering 8, mechanical engineering science 9, chemical science 1 industrial design engineering1environmental science engineering 12 advertising literature 13. Science/KOOC-0/4 Chinese Language and Literature/KOOC-0/5 Painting Art/KOOC-0/6 Automation Engineering/KOOC-0/7 Metal Material Engineering/KOOC-0/8 Visual Communication Design Art/KOOC-0/9 Light Chemical Engineering 20 Printing Engineering Qingdao University of Science and Technology Introduction to Automation Major Courses: Students majoring in this major are majoring in advanced mathematics, engineering mathematics and physics. I mainly study the basics of electrical engineering, analog electronic technology, digital electronic technology and electronics, and receive training in testing skills, computer simulation and application, engineering design and information acquisition. , especially the training of practical operation ability.
The basic courses and professional basic courses of this major are taught by Chinese and German professors recognized by Chinese and German universities, and some professional courses are taught by German professors.
Students who meet the requirements of universities in both countries and have qualified grades can choose to go to German universities to complete the follow-up study of professional courses.
Introduction of Thermal Energy and Power Engineering in Qingdao University of Science and Technology According to the needs of energy and environmental protection, which is one of the national economic development strategies, the major of thermal energy and power engineering trains senior engineers and technicians who meet the needs of China's socialist modernization, develop morally, intellectually, physically and aesthetically, have basic theories, basic knowledge and basic skills, and are engaged in thermal energy conversion and utilization and environmental protection. Thermal energy and power engineering is a very wide-ranging subject, with a wide range of applications, such as hydropower, thermal power, nuclear power, wind energy, solar energy, tidal energy, geothermal energy, oil-fired power machinery, steam turbine injection, refrigeration and heating air conditioning, cold storage air conditioning, air separation special gas preparation and so on. , and plays an important role in the national economy.
Training objectives:
This major trains senior engineering and technical personnel with solid basic knowledge of energy theory and engineering knowledge, thermal theory, mechanical engineering, electrical automatic control and skilled foreign language and computer application skills, who can engage in research, development, design, manufacturing, operation management and other aspects of energy, thermal theory, heat energy, environmental protection, heating, HVAC engineering, power engineering and automation in various departments of the national economy.
Courses:
On the basis of studying advanced mathematics, college physics, college English and other basic theoretical knowledge, this major mainly studies engineering mechanics, mechanical design foundation, electrical and electronic technology, engineering thermodynamics, fluid mechanics, heat transfer, automatic control principle, thermal and power engineering testing technology, thermal and power engineering foundation, refrigeration principle and device, low temperature technology and its application, boiler principle and design, energy-saving principle and technology, thermal basic experiment, thermal professional experiment and other professional basic and specialized courses.
Cultivation characteristics:
This major pays attention to the teaching of basic theory and engineering knowledge, the cultivation of comprehensive quality and innovative spirit, and the improvement of English ability, computer application ability and engineering ability. The stable practice base inside and outside the school and the extracurricular scientific and technological activity laboratory provide a strong guarantee for the cultivation of students' practical ability and innovation ability. Informatization drives the modernization of teaching content, and computer-aided design runs through all aspects of professional teaching.
Employment for further study:
Our school-based disciplines include doctoral programs and master programs in the first-class disciplines of power engineering and engineering thermophysics, and are qualified for postgraduate exemption. Students can continue their graduate studies after graduation. Graduates have a wide range of employment and can display their talents in petroleum, chemical industry, automobile industry, weapons industry, environmental protection industry, transportation industry, shipbuilding, electric power, aerospace industry and other fields. The demand for talents is large, and the employment situation of graduates is good, with an annual employment rate of over 95%.
Introduction to Material Physics of Qingdao University of Science and Technology was awarded as the specialty of Shandong Province in 2007 and the first batch of brands and specialty of Qingdao University of Science and Technology in 2006. Undergraduate students were enrolled in this major 1996, and master's degree was awarded in 200 1 year, doctor's degree was awarded in 2003, postdoctoral mobile station was awarded in 2007, and it was approved as a key discipline for strengthening construction in Shandong province in 2007. Material physics major is the training base for undergraduate, master and doctoral students majoring in material science and engineering in Qingdao University of Science and Technology.
This major is developed on the basis of the Institute of Nanomaterials of Qingdao University of Science and Technology. The Institute of Nano-materials also has Shandong Key Laboratory, Provincial Nano-materials Engineering Center, National Nano-materials Testing Center and Qingdao Key Laboratory. He has been engaged in nano-materials research for nearly 20 years, and has undertaken more than 50 national, provincial, municipal and horizontal scientific research projects and more than 20 horizontal projects, including the Eighth Five-Year Plan and the Ninth Five-Year Plan. Won the second prize of national technological invention 1 item, and more than 20 provincial and municipal awards. Published more than 50 SCI and EI papers/kloc-0; Obtained more than 20 national invention patents. After more than ten years' construction, this discipline has developed into one of the important bases for the cultivation of advanced talents, scientific research and new technology development in the field of materials with nano-materials as its distinctive feature in China.
This major is actively committed to scientific research and new technology development in the field of nano-materials. The main research directions are: controllable preparation technology of nanomaterials, structure and properties of nanomaterials, surface modification and coating of nanomaterials, application of nanomaterials, biomaterials, composite materials, electronic materials, etc.
At present, the material physics major has a strong faculty, with full-time teachers 15, including 4 doctoral supervisors and 9 graduate supervisors. 5 professors; 4 associate professors; There are 7 teachers with doctoral degrees and 5 teachers with master's degrees. A team of teachers with reasonable age, professional title, degree structure, youthful spirit, courage to innovate and love education has become the backbone of materials physics specialty.
Over the years, the postgraduate entrance examination rate, the passing rate of CET-4 and CET-6, and the employment rate of undergraduates have been among the best in Qingdao University of Science and Technology.
Introduction of Printing Engineering Specialty of Qingdao University of Science and Technology The printing engineering specialty of our school is a comprehensive applied discipline derived from the discipline of polymer materials. Specialty construction follows the teaching scope set by the undergraduate education steering Committee of printing specialty of the Ministry of Education. After years of development, a reasonable teaching team has been established, and good experimental instruments and equipment are available. A teaching and research system with polymer materials science and engineering, packaging engineering, computer science and technology as related majors and printed materials as characteristics is gradually taking shape.
Training objectives:
Through the study of this major, students are trained to design and practice graphic processing, plate making and printing process, and have the ability of graphic information processing, plate making and printing process and equipment, material selection and printability test, and can be senior engineers and technicians engaged in printing process design, production implementation, organization and management and scientific research in various printing-related enterprises and scientific research units.
Courses:
This subject takes optics, chemistry and printing engineering as the main subjects, and offers main courses such as introduction to printing, printing chemistry, prepress image making, polymer chemistry and physics, printing engineering optics, printing chromatics, printing materials science, image plate making principle, printing principle and technology, and special printing. , including color composition course design, desktop publishing course design, cognitive production practice, printing technology course design, image plate making course design, graduation project (.
Cultivation characteristics:
Based on the specialty of polymer materials, the major of printing engineering strengthens students' printing skills such as graphic information processing, material research and application, production and organization management, and pays attention to cultivating English ability, computer ability and practical operation ability, so that graduates have strong comprehensive quality.
Employment for further study:
This major has the right to award master's degrees. Some students can continue to enter the postgraduate stage of printing engineering, materials and computer related majors after graduation. Printing engineering graduates can be employed in packaging and printing, publishing houses, newspapers, manufacturing enterprises of printing related materials and equipment, trading companies, advertising design companies, media and other enterprises and institutions. At present, the printing industry has a strong development momentum, a large demand for professional talents, and a good employment situation for students.
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