Her main topics are as follows:

Power Engineering and Engineering Thermophysics (0807)

I. General situation of disciplines

The discipline of power engineering and engineering thermophysics is the applied science and applied basic science that studies the basic laws in the process of energy transformation and transfer in the form of heat and work, and the equipment and systems that effectively realize these processes according to this law.

With the increasing shortage of conventional energy and the enhancement of human environmental awareness, saving energy, improving energy efficiency, and developing new energy and other renewable energy sources have become important tasks of this discipline. The sustainable development of mankind will inevitably promote the trend of energy-using equipment and systems to be integrated, automated, pollution-free and diversified energy structure.

This subject contains six two disciplines. They interpenetrate, cross, depend on each other and promote each other, which makes this subject become an application system with rich content, wide application, sustainable development and constant renewal. Power engineering and engineering thermophysics are the pillars of the sustainable development of national economy, the driving force of all production activities and scientific and cultural activities, and the necessary guarantee of social daily life. Energy, materials and information together constitute the three basic elements of the development of modern society. The application of power engineering and engineering thermophysics in fields closely related to human life and production, such as transportation, industry, agriculture and national defense, has become a comprehensive embodiment of modern science and technology. At the same time, they are closely related to almost all fields of science and technology, which promotes the utilization of human energy and the development of modern power technology. The position of this subject in the development of national economy and social culture will be strengthened and highlighted day by day.

Optical Engineering (0803)

I. General situation of disciplines

Optical engineering is a young discipline with a long history. Its development represents the progress of human civilization, and its theoretical basis-optics, as the main subject of physics, has gone through a long and tortuous development road, casting geometric optics, wave optics, quantum optics and nonlinear optics, and revealing the relationship between the law of light generation and propagation and the interaction of matter. In the early days, based on geometric optics and wave optics, people's visual ability was broadened, and an optical instrument industry with telescopes, microscopes, cameras, spectrometers and interferometers as typical products was established. These technologies and industries still play an important role today. In the middle of this century, the theory and technology of holography and optical information processing based on Fourier optics came into being. Especially when the first laser came out in the early 1960s, a light source with high brightness and high temporal and spatial coherence was realized, making photons not only a coherent carrier of information, but also an effective carrier of energy. With the rise of laser technology and optoelectronic technology, optical engineering has developed into a discipline based on optics, which closely intersects and interpenetrates with information science, energy science, material science, life science, space science, precision machinery and manufacturing, computer science, microelectronics technology and other disciplines. It contains many important new disciplines, such as laser technology, optical communication, optical information processing for optical storage and recording, photoelectric display, holographic and three-dimensional imaging, thin film and integrated optics, optoelectronics and photonics, laser material processing and processing, low light level and infrared thermal imaging technology, photoelectric measurement, fiber optics, modern optics and photoelectric instruments and devices, optical remote sensing technology and integrated optical engineering technology. These branches not only make a qualitative leap in optical engineering, but also promote the establishment of an unprecedented modern optical industry and optoelectronic industry with a rapidly expanding scale.

In recent years, in some important fields, the information carrier is expanding from electromagnetic wave band to optical wave band, which makes the main body of modern optical industry focus on photoelectric information industry such as optical information acquisition, transmission, processing, recording, storage, display and sensing. These industries generally have the technical characteristics of digitalization, integration and microstructure. While the traditional optical system can still play an important role through continuous intelligence and automation, the research of micro-optical system integrating sensing, processing and execution functions and the role of photons in information science will become an important development direction of optical engineering in the future.

Our optical engineering major was established in 1960s, and it is one of the earliest universities in China. 1998 our school was granted the right to confer doctoral and master's degrees (198 1 approval). The academic leader is Academician Zhuang, a famous optical expert. At present, there are 6 doctoral supervisors and a group of highly educated young and middle-aged backbone teachers who are committed to different directions in the field of optical engineering. The discipline of optical engineering in our school keeps up with the mainstream of the development of engineering optics at home and abroad, and is constantly updated in discipline direction, scientific research projects, curriculum and so on. At present, several distinctive research directions have been gradually established, including information optics, photoelectric precision testing technology, optical communication devices and integrated photoelectric technology. This topic is a key topic of the Shanghai Municipal Education Commission, which has received their support and help. Over the years, it has undertaken 973 major national basic research projects, national natural science foundation and vertical and horizontal scientific research projects at the municipal and ministerial levels, with an average annual research funding of more than 5 million. The faculty of disciplines is relatively strong, with 1 academician, 9 senior and 19 deputy senior.

Second, the training objectives

You should have a solid and extensive theoretical foundation and systematic and in-depth professional knowledge in the field of optics and optical engineering research, understand the development direction of disciplines and the frontier of international academic research, be able to engage in theoretical and experimental research and make creative achievements, have the ability to independently engage in scientific research and technology development, and have a rigorous and realistic scientific style. You should master at least one foreign language, be proficient in reading foreign language materials of your major, and have certain writing skills and the ability to conduct international academic exchanges. Be competent in scientific research, teaching and engineering management of this major or similar majors.

Three. scope of business

(1) discipline research scope The first-level discipline of optical engineering covers optical instruments, photoelectric technology, optical information, photoelectric detection technology and other disciplines. The scope of these disciplines is roughly:

1. Optical instruments: optical instruments, photoelectric detection technology, optical system design, optical component processing technology, thin film optics and technology, near-field optics and nano-detection technology, radiation measurement and colorimetry, spectral technology, infrared technology, space optics, marine optics, astronomical optics, biomedical optics and visual optics, non-optical band optical instruments and optical integrated devices and engineering equipment, and some new high precision. This major mainly studies the design theory and method of modern optical instruments, modern optics and optical information processing, optometry and ophthalmic optical instruments. Optical instrument image fusion, processing, understanding and recognition technology, special technology for optical instruments.

2. Photoelectric technology: laser and its unit technology, laser radar, laser material processing and processing; Laser application, microstructure optics and optical integration, fiber optics and technology, nonlinear optics technology, photoelectric materials, devices and technology. The photoelectric technology of our school mainly studies the application of optical fiber technology, optical communication technology, thin film waveguide technology, ultra-high speed and large capacity optical communication device technology, integrated optical loop technology, low light level devices, special materials such as optics and sensors, liquid crystal photoelectric devices, optical fiber sensors and so on.

3. Optical information technology: optical communication devices and systems, imaging technology, machine vision, optical information processing, remote sensing technology, display technology, optical storage and recording, holography and three-dimensional imaging, optical calculation and adaptive optics.

4. Photoelectric detection technology: Photoelectric detection technology is a comprehensive technology that combines modern optical technology, electronic technology and computer technology to detect various objects. The research direction of this discipline is an important part of the first-class discipline of optical engineering. This topic mainly studies the speed and displacement detection of moving targets, the size and surface quality detection of parts, the detection technology of light scattering particles, and the technology and device for obtaining optical information.

Curriculum

Specialized courses related to doctoral research: advanced optics, guided wave optics, particle measurement technology, optical fiber and communication technology, optical waveguide coupling theory, modern optical technology and sensors, etc. In addition, the summary of international trends related to doctoral research is presided over by professors, and doctoral students regularly report the progress of research work.

Should have a solid system engineering basic theory and system professional knowledge; Strong computer application ability; Master a foreign language, be proficient in reading professional documents and writing abstracts of papers; Have the ability to engage in scientific research or practical engineering work by using system engineering theory and technology.

Three. scope of business

(1) Subject research scope: system engineering theory and method, complex system behavior analysis, socio-economic system engineering, system modeling and simulation, operation and decision-making, optimization theory and application, and man-machine system integration.

(2) Courses include operational research, control theory, management, system science, decision analysis, management information system and decision support system, traffic engineering, artificial intelligence, system dynamics principle, information engineering, algorithm analysis and design, fuzzy statistics and fuzzy decision-making, combinatorial optimization, stochastic process, land use and traffic system, system modeling and simulation, computer network and technical theory, complex system analysis, and economic system analysis (macro and macro)

Fourth, the main related disciplines

System science, control theory and control engineering, management science and engineering, traffic engineering, information and communication engineering, computer science and technology, psychology, applied mathematics and applied economics.

Fourth, the main related disciplines

Physics, instrument science and technology, electronic science and technology, computer science and technology, mechanical engineering, information and communication engineering, material science and engineering, biomedical engineering.

System Engineering (08 1 103)

I. General situation of disciplines

Systems engineering is a comprehensive engineering and technical discipline, which aims at solving increasingly complex social practice problems and organizing, controlling and managing various systems reasonably as a whole. The emergence of system engineering technology has greatly improved the ability of human beings to understand and transform the world. With the development of society, its role will be more important and prominent. System engineering takes all kinds of complex systems in the fields of industry, agriculture, transportation, military affairs, resources, environment, economy and society as the main objects, takes system science, control science, information science and applied mathematics as the theoretical basis, takes computer technology as the basic tool, takes optimization as the main purpose, and adopts the comprehensive integration method combining quantitative analysis with qualitative analysis to study and solve the problems of general system analysis, design, control and management. Systems engineering is closely related to control science, management science, information science, economics and computer science.

Second, the training objectives

This discipline trains senior professionals engaged in the organization and management of various systems, including planning, planning, scheduling, forecasting, decision-making and optimization.

Refrigeration and Cryogenic Engineering (080705)

I. General situation of disciplines

The discipline of refrigeration and cryogenic engineering mainly studies the principles and methods of obtaining and keeping below ambient temperature, the instruments and equipment needed to achieve this condition, and the engineering application under the condition of below ambient temperature. According to different temperatures, it can be divided into two fields: refrigeration engineering and low temperature engineering. The former involves problems below 120 K, while the latter involves problems above 120K ... This subject is closely related to the national economy and people's life. With the development of China's national economy, its position is becoming more and more important. This subject is widely used in machinery, metallurgy, petroleum, chemical industry, food preservation, artificial environment, biomedicine, low temperature superconductivity, aerospace technology and many other fields.

These two disciplines have the same discipline foundation and internal relations with several adjacent disciplines, but they have different research contents with adjacent disciplines. Part of the research content of this discipline is close to that of fluid machinery, engineering and chemical process machinery, and the disciplines intersect with each other.

198 1 and 1986 our school has successively obtained the first batch of master's degree programs and doctoral degree programs in refrigeration and cryogenic engineering in China. And in 1988, the first doctoral student majoring in refrigeration and cryogenic engineering in China was trained.

This major is a provincial and ministerial key discipline, and its scientific research achievements have won many awards, such as the National Natural Science Award, the first prize of the former Ministry of Machinery Industry, and the second prize of Shanghai Science and Technology Progress Award. In teaching, he won the second prize of excellent teaching achievements in national universities and the first prize of excellent teaching materials in Shanghai.

In addition to recruiting fresh graduates majoring in refrigeration, this major especially welcomes candidates from other disciplines and people with practical experience in related industries and research departments to apply.

Second, the training objectives

Degree winners should have a solid theoretical foundation and systematic professional knowledge of refrigeration and cryogenic engineering; Familiar with the research direction and development trend of modern refrigeration and low temperature technology; Master testing, information processing and analysis technology and computer application technology in refrigeration and low temperature field; Have the ability to engage in scientific research; Be able to solve theoretical or practical problems in the field of refrigeration and cryogenic engineering and have new opinions; Have a rigorous and realistic scientific attitude and style; Be able to master a foreign language skillfully and read foreign language materials of this major. Master's degree winners can be competent for teaching, scientific research, engineering and technical work or corresponding scientific and technological management work in this discipline or adjacent disciplines.

Three. scope of business

(A) the scope of discipline research

Refrigeration cryogenic equipment and system, freezing and freeze-drying process mechanism, cryogenic biomedical technology, refrigeration and transportation technology, automatic control and computer simulation of refrigeration and cryogenic system, measurement technology and test equipment of refrigeration and cryogenic engineering, application and energy saving of refrigeration, air conditioning and cryogenic technology in related fields.

Curriculum

Basic theory courses: introduction to modern mathematical methods, modern testing technology, refrigeration and cryogenic technology, cryogenic biomedical technology, new application technology of refrigeration and air conditioning, academic report of power engineering, advanced thermal engineering and numerical heat transfer.

Specialized courses include heat transfer enhancement of refrigeration heat exchanger, testing and control of refrigeration system, new technology of refrigeration compressor, new working medium for environmental protection, freeze-drying technology of medicine and food, simulation of refrigeration and air conditioning device, principle and application of absorption and adsorption refrigeration, heat pump technology, food freezing and refrigeration device.

The curriculum should strengthen theoretical foundation, broaden professional knowledge and improve experimental operation ability.

Fourth, the main related disciplines

Two subjects in this first-level discipline: engineering thermophysics, thermal energy engineering, power machinery and engineering, fluid machinery and engineering, and chemical process machinery. In the related first-level disciplines, there are two disciplines: heating, gas supply, ventilation and air conditioning engineering.

Printing engineering

Introduction to key disciplines of printing and publishing

I. General situation of disciplines

The key disciplines of printing and publishing include optical printing engineering and media management, two doctoral programs, and the right to grant master's degrees in communication. Digital Communication Laboratory is the key laboratory of the State Press and Publication Administration, and Modern Communication Science Experimental Teaching Center is the Shanghai Experimental Teaching Demonstration Center. In 2006, the General Administration of Press and Publication signed an agreement with the Shanghai Municipal People's Government to jointly build a publishing and printing college. The College is the training base of senior talents in printing and publishing of the General Administration of Press and Publication and the Shanghai research base of China Publishing Science Research Institute. Shanghai Printing Group, Shanghai Tobacco Industry Printing Factory and many other large publishing and printing groups, companies and publishing houses have set up technology research and development, Industry-University-Research and talent training bases in our hospital.

This key discipline covers undergraduate majors such as printing engineering, packaging engineering, digital printing, publishing and editing, communication, advertising, animation, etc., and is closely related to art design, industrial design and other majors. The printing engineering specialty was formerly the printing technology specialty of Shanghai Printing School, which was founded in 1953. The predecessor of editing and publishing is the publishing specialty founded by 1959. Digital printing major is an off-catalog major applied by our university, and it is also the only independent college in China.

The discipline of printing and publishing mainly studies modern technologies, working principles and methods in the fields of modern printing technology, modern publishing and communication, printing optical engineering, etc., and studies the working equipment, instruments and equipment of modern printing and communication and their best working conditions, as well as the best working conditions for giving full play to the efficiency of equipment. This subject focuses on the cutting-edge technologies and applications in the fields of digital printing, digital publishing and digitalization of printing and publishing. The number of books per capita or the consumption of printed paper has become one of the important indicators to measure a country's modern civilization.

This topic involves seven of the nine fields clearly put forward in the Outline of the National 11th Five-Year Plan for Cultural Development, and four major cultural industry projects promoted by the state. It is a key cultural and creative industry in China, especially in Shanghai, Beijing and other central cities in the 2 1 century, which is closely related to the national economy and people's lives. With the development and perfection of China's national economic, social and cultural life, the dominant position will become more and more important. This subject involves news media, mobile streaming media, digital printing and publishing, on-demand printing and publishing, new media, intellectual property (copyright), publishing culture and economy, outstanding Chinese cultural heritage and its optical engineering, mechatronics, management science and engineering, computer science and engineering and many other fields.

This discipline focuses on new media publications such as paper publications, online publications and mobile phone publications, and takes printing reproduction technology as a link, forming an organic whole of technology, creative design, copyright service, distribution and communication in related fields, realizing the integration and cross-infiltration of various professional fields in the discipline, condensing the characteristics of this discipline and being in a leading position in the country.

There are 4 leading talents in the press and publication industry in China, including 8 experts with professional titles/kloc-0, nearly 37 experts with deputy senior professional titles, and more than 20 well-known experts, scholars and professors in the industry. The scientific research achievements of the leaders and main members of this discipline have won many awards such as the National Natural Science Award, the Science and Technology Achievement Award of the former Ministry of Machinery Industry, the Shanghai Science and Technology Progress Award and the Shanghai Teaching Achievement Award. In teaching, he has won many awards such as National Excellent Teaching Achievement Award and Shanghai Excellent Textbook Award.

Second, the main research scope of this discipline

Modern printing technology, anti-counterfeiting printing technology, printing optical engineering, packaging creative industry, publishing culture and history, publishing industry economy, digital communication, digital printing and publishing, on-demand printing and publishing, cultural and creative industry policy and development strategy, animation industry and policy, printing integrated system, composite publishing system, green publishing and printing, printing equipment manufacturing and automation, etc.

Medical equipment engineering

In September 2005, "Medical Device Engineering" was approved as a key discipline in Shanghai. The medical device discipline in our school is the earliest discipline to train medical device professionals in China and enjoys a high reputation in the industry. In the discipline construction in recent years, the college has formed a scientific research echelon with reasonable age, education and title structure, including biomechanics and medical machinery engineering technology, medical information and medical equipment, medical equipment thermal science and other majors. At the same time, more than a dozen doctoral degree talents have been introduced.

Advantages, characteristics and development prospects of main research directions

1, Biomechanics and Medical Device Engineering

This research focuses on biomechanics, and studies the application of biomechanics and thermodynamics in blood circulation system, artificial heart valve testing, human prosthesis, drug preparation technology and fire-fighting medicine. This research direction has made a series of achievements in myocardial bridge simulation, endothelial cell stress culture, coronary atherosclerosis formation mechanism and so on, which belongs to innovative research in this field at home and abroad. It also has certain research characteristics in the fields of artificial intelligence lower limbs and new drug preparation technology. Biomechanics and thermodynamics are the important foundations of medical device engineering, and their combination with medical engineering has broad development prospects in the development and application of medical devices such as blood circulation treatment and testing instruments, artificial limbs and preparation of new drugs.

2. Medical information and medical instruments

The direction of medical information and medical instruments mainly studies the new technologies and methods of detecting and imaging human physiological and pathological information, and processing, analyzing and exchanging the obtained information, providing new means for understanding life process and improving clinical diagnosis level. In recent years, a number of high-quality research achievements have been made in the above-mentioned related fields, including a series of research in medical high-frequency ultrasound imaging, computer-aided diagnosis of medical images, magnetic resonance imaging and its processing, and some of them are at the leading level in China. Medical diagnostic instruments used for medical information detection and imaging are important contents of medical instruments and have broad development prospects.

3. Medical equipment thermal science

Thermology of medical devices combines cryonics engineering with biomedicine to carry out basic and applied research on cell/tissue preservation, tumor cold and heat treatment, and medical device development. Biosystem thermal science and frozen biomedical science have a history of more than 20 years in our school, and have made a series of important achievements in the optimization design of frozen scalpels, the prevention of blood vessel freezing fracture, the measurement technology of calorimetric biosensor, the cryopreservation of organisms, frozen medical surgery and so on, ranking at the international advanced level. This direction provides effective technical means and theoretical basis for the design and improvement of medical devices, the preservation of tissues and organs, and the development and storage of drugs. It maintains technical advantages in many fields and has great development potential.

The overall goal and expected results of discipline construction

Strive to improve the overall strength of the discipline and achieve a breakthrough in the master's program through the construction of key disciplines for three years.

It has trained many young academic backbones with certain influence and achievements in China, and an academic echelon focusing on discipline construction and scientific research, which has built a solid talent highland for the further development of the discipline.

Form an interdisciplinary experimental research base with a certain scale. Construction of public basic research experimental platform (including medical, mechanical, thermal and mechanical, optical, electrical and other professional basic disciplines) and professional research experimental platform (including biomechanics and medical device engineering, medical information and medical devices and medical device thermal science).

Strive to cultivate one or two characteristic scientific research projects with domestic leading level in each of the three research directions.

This makes this discipline in the forefront of similar universities in China in terms of research funding, high-quality papers, the transformation rate of scientific research achievements and the Industry-University-Research combination with enterprises.

= = = = Key disciplines of Shanghai Education Commission = = = =

Refrigeration and Cryogenic Engineering (080705) (same as above)

Optical Engineering (0803) (same as above)

Management Science and Engineering (120 1)

I. General situation of disciplines

Management science and engineering are the first-class subjects in management science. This subject focuses on management theories, methods and tools suitable for modern production and management, science and technology, and economic and social development. Apply modern scientific methods and scientific and technological achievements to clarify and reveal the laws of management activities, develop management theories, methods and tools, and improve management efficiency. And in view of the new management problems caused by the ever-changing world economy, research and innovate to establish new management theories and methods to promote the development of management science and engineering disciplines to a higher level.

University of Shanghai for Science and Technology (formerly Shanghai Institute of Mechanical Engineering) 199 1 Set up a master's degree in systems engineering, 1998 set up a doctor's degree in management science and engineering. It is the only non-key university in Shanghai with a doctorate in management.

There are 20 professors in this discipline, including doctoral supervisor 16 and associate professor 16. This discipline has carried out extensive cooperation and academic exchanges with the United States, German, Canadian, Taiwan Province and Hongkong. This discipline attaches great importance to scientific research activities. He has successively completed more than 50 national 863 projects, natural science foundation projects and various provincial and municipal fund projects, published more than 500 papers in secondary academic journals, won national science and technology awards 1, and won 20 provincial and ministerial science and technology awards. At present, there are more than 30 projects under research, including more than provincial and ministerial major projects1.

Second, the training objectives

Management science and engineering are disciplines that closely combine management theory with management practice. This subject trains senior professionals with all-round development in morality, intelligence and physique, high management quality, reasonable knowledge structure, strong research ability and practical problem-solving ability.

Have a broad and solid foundation of management theory, master systematic and in-depth management knowledge, and be able to correctly use management methods, systematic analysis methods combining qualitative and quantitative methods and corresponding engineering and technical methods to solve relevant theoretical and practical problems in management. On this basis, widely understand the latest international trends in related fields, creatively put forward new correct viewpoints, theories and methods, or creatively solve important practical problems by using the latest research results. Be able to independently carry out professional work, teaching work and related scientific research, and have the foundation and ability of continuous learning, innovation and improvement. I have a strong foreign language ability. I can skillfully use a professional foreign language to read the literature of this subject and write professional papers. I have good listening and speaking skills and have the level required for international academic exchanges. Good health, competent for work and study tasks.

Three. scope of business

(A) the scope of discipline research

The main research fields of our school-based disciplines are:

1. management science: research on operational research algorithm and its application software, intelligent algorithm for combinatorial optimization, especially ant colony algorithm, methodology research in decision science, especially fuzzy decision method, management and control of enterprise production (operation), intelligent loading and distribution algorithm and its software combined with logistics and transportation.

2. Industrial engineering: advanced manufacturing technology theory and application research, enterprise knowledge management theory, methods, tools and applications, enterprise management mode, complex manufacturing system operation management, modern equipment maintenance management research, logistics and supply chain management research.

3. Management engineering (including business administration): cross-research between management engineering and behavioral science, cross-research between management engineering and economics, knowledge evaluation research, design technology research of management mechanism, and research on management engineering methods in specific industries.

4. System engineering: transportation system engineering, intelligent transportation system engineering research, regional planning, complex system modeling and optimization, system dynamics, and urban traffic pollution control.

5. Information management and management information system: system analysis methods and tools, knowledge acquisition, mining, evaluation, management, research and application of supply and demand network on the Internet, and information security management.

6. Science and technology management: research on high-tech industry development strategy, technological innovation mechanism, innovation system of small and medium-sized enterprises, knowledge management, etc.

Curriculum

Frontier of management, frontier of economics and methodology of scientific research.

Fourth, the main related disciplines

Business management, agricultural and forestry economic management, public management and related two disciplines of management; Applied economics and two related disciplines under the category of economics; Operations research and cybernetics, probability theory and mathematical statistics, and system science are all under mathematical science.