Discipline research is unique. Circuits and Systems and Biomedical Engineering are national key disciplines and Shanghai key disciplines respectively, with master's programs, doctoral programs and postdoctoral mobile stations. At present, there are Fudan University Biomedical Engineering Research Institute, Fudan University Biomedical Engineering Center, Digital Technology Research Center and Electronics Teaching Experiment Center. The department of electronic engineering has a wide range of research directions, among which medical ultrasonic engineering is in a leading position in China and has certain international influence; Image and intelligent information processing, digital system theory and communication technology, artificial intelligence and neural network, cardiac pacing and electrophysiology, medical signal processing, complex network theory and application have great influence in China. Over the years, he has undertaken a large number of national key research projects, national natural science foundation projects and scientific research projects of ministries, provinces and cities, all of which have achieved excellent results.
The Department of Electronic Engineering pays special attention to cultivating graduate students and undergraduates with solid mathematical foundation, pioneering and innovative consciousness, strong practical ability and independent working ability. All previous students of the Department of Electrical Engineering have participated in the National Challenge Cup Competition for College Students and the National Electronic Design Competition for Postgraduates, and all of them have achieved excellent results continuously. Participated in the national electronic design competition for college students and won awards every year. Won the championship in 2004 and won the Intel Cup. Undergraduate and graduate students mainly go abroad for further study, or undertake teaching and R&D work in domestic and foreign universities, important scientific research units and research departments of large enterprises and companies in the electronics industry. Fudan University is one of the earliest universities in China to develop optics and laser science and technology. The predecessor of the Department of Optical Science and Engineering is the solid-state luminescence and spectroscopy laboratory founded by Professor Zhou Tongqing, a famous optical expert in China, in 1952. On this basis, 1953 formally established the optical teaching and research group. 1953 successfully developed the first X-ray tube in China, and 1963 successfully developed the first He-Ne laser in domestic universities. 1970 established the optical department and optical factory, which was later renamed the laser physics laboratory. The doctoral program of "Optics" was established in 1984 and has been listed as a national key discipline since 1988. 1992, the doctor's degree in optics passed the evaluation of the state education commission, ranking first in the national universities. In 2000, the Laser Physics Laboratory was merged into the School of Information Science and Engineering, and the Department of Optical Science and Engineering was established. In 2003, a master's degree program in optical engineering was established, and a doctoral degree program in optical engineering was established in 20 1 1 year. The research base also includes Shanghai Ultra-precision Optical Manufacturing Engineering Technology Research Center of Fudan University and Key Laboratory of Micro-nano Photonic Structure of Ministry of Education.
The development of optics and optical engineering in Fudan University keeps up with the forefront of international science and actively faces the needs of national industry and national defense development. At present, the research mainly focuses on the following four research directions: optical engineering, optical information science and technology, new photovoltaic devices and materials, and photobiomedicine. The Department of Communication Science and Engineering was established in May 2000. At present, there are 4 professors (including distinguished professor 1 and 2 tutors), 6 associate professors, and young teachers account for more than 50%.
The Department of Communication Science and Engineering has Fudan-Lucent Bell Information Science and Technology Joint Laboratory, Fudan-Intel Multimedia Communication Technology Center, Fudan -TI DSPS Laboratory and Fudan-Shanghai Institute of Posts and Telecommunications Engineering. C Joint Laboratory (in cooperation with Computer Department), Remote Sensing and Scattering Research Center, National High Performance Computing Center (Shanghai) and other advanced research bases. In recent years, mobile communication laboratory, IP network real-time communication technology laboratory, network and network security technology laboratory, optical fiber communication laboratory and DSPS open laboratory will also be built. Fudan University Microelectronics College was established in April, 20 13, which was formed by the merger of the former Microelectronics Institute, the Microelectronics Department of Information College and the 985 micro-nano electronic technology innovation platform. It is also the first reform pilot unit of Fudan University to actively respond to the call of "the country is in urgent need and the world is first-class" and develop engineering, which is directly under the leadership of the school.
The discipline of "Microelectronics and Solid-State Electronics" owned by our college is 1958, the specialty of semiconductor physics founded by Professor Xie Xide, 1984, the doctoral program was established, and 1988 became a national key discipline. The college has the State Key Laboratory of "Application Specific Integrated Circuits and Systems" (1992) and a world-class software and hardware design environment. The College undertakes the development task of promoting the technological innovation of the national integrated circuit industry to "persist and achieve leap forward", drives the organic connection of basic research, pilot research and applied research with scientific frontiers and major demands, makes great efforts to cultivate world-class integrated circuit senior technical personnel, solves the major national demands and frontier problems in the integrated circuit field, and strives to build itself into a platform combining international advanced integrated circuit personnel training with scientific research. Fudan University Microelectronics Research Institute was established with the approval of Shanghai Planning Commission in 2002 under the care of Ministry of Education, State Planning Commission and Shanghai Municipal Government. It is one of the important bases for microelectronics talents training and microelectronics technology research and development in China, especially in Shanghai.
Relying on the accumulation of microelectronics and solid-state electronics in Fudan University for decades, the institute has strong technical and academic advantages. It is a national key discipline, a "2 1 1 project" construction discipline of Fudan University and a "985 project, the most important" construction discipline. It has the only "State Key Laboratory of Application Specific Integrated Circuits and Systems (Fudan University)" in China. Its first-level discipline has the right to award doctoral degrees and post-doctoral mobile stations, has established joint laboratories with internationally renowned companies, has advanced public experimental platforms and various design software and hardware systems that have reached the international advanced level. The ASIC State Key Laboratory of Fudan University was established in 1992 with the approval of the State Planning Commission, and was built with the loan of the World Bank. It is the only State Key Laboratory in China that specializes in IC design and research. 65438+ Laboratory passed the national acceptance in September 1995, and passed the evaluation of Ministry of Science and Technology in 2002 and 2007 respectively. The laboratory relies on two national key disciplines of Fudan University, microelectronics and solid-state electronics, circuits and systems, and its first-level discipline, electronic science and technology, is also included in the national key disciplines, with doctoral programs, master programs and postdoctoral mobile stations.
The overall orientation of the laboratory is: based on microelectronics, computer-aided design of integrated circuits and theoretical methods of circuit systems, giving full play to the advantages of multidisciplinary integration and crossing, facing the mainstream of international development in the field of micro-nano electronics and the strategic needs of the country, and focusing on integrated circuits, a major key issue related to China's national economic and social development, to carry out innovative research on design methods and system integration technologies of application-specific integrated circuits. The goal is to solve the frontier theoretical problems and key technical difficulties in circuit, system integration and device technology related to design, and develop chip technology with independent intellectual property rights for advanced electronic systems; Cultivate a large number of high-level talents to meet the needs of integrated circuit development in the new century; Facing the international and domestic markets and persisting in opening up, it has made due contributions to improving the overall level of integrated circuit design in China and has become one of the most important bases for integrated circuit design research, industrial development and high-level personnel training in China.
According to the national strategic goal and the development trend of international integrated circuit SoC technology, aiming at the design theory, method and technical frontier problems of ultra-deep submicron, nanometer, ultra-high speed and ultra-low power consumption, the research directions of the laboratory are concentrated as follows: system-on-a-chip (SOC) design, computer-aided design of integrated circuits, ultra-deep submicron/nanometer devices and manufacturing, and MEMS. Research interests: electromagnetic wave scattering and radiation transmission (radiation transmission in complex media), theory, method and application technology of spaceborne microwave remote sensing information, computational electromagnetics in complex systems.