Southeast University National Laboratory 5, Southeast University National Laboratory

It is only the four departments of the School of Information Science and Engineering, and it is mainly the direction of second-level discipline communication.

This State Key Laboratory of Mobile Communications is currently the best in the country. In Mr. Zhao's words, it is the only one in the country, and there is no other branch.

But in fact, it is the same in other schools, just an atmosphere.

How much do you think the state has invested so much in each student? I think the most effective thing is psychological comfort. The mentors are still the mentors, and the work to be done is still those jobs.

The State Key Laboratory of Mobile Communications and the Millimeter Wave Laboratory are information, and the Wu Chien-shiung Laboratory is biomedical engineering. National Professional Laboratory:

National Professional Laboratory for Computer-Aided Architectural Design.

National Engineering (Technology) Research Center:

National Engineering Research Center for Vibration of Thermal Power Units National Engineering Research Center for Application-Specific Integrated Circuit System (ASIC).

Key Laboratory of the Ministry of Education:

Key Laboratory of Micro-Electro-Mechanical Systems (MEMS), Ministry of Education, Key Laboratory of Concrete and Prestressed Concrete Structures, Ministry of Education.

Key Laboratory of Computer Networks and Information Integration, Ministry of Education, Key Laboratory of Developmental and Disease-related Genes, Ministry of Education.

Key Laboratory of Child Development and Learning Science, Ministry of Education, Key Laboratory of Clean Coal Power Generation and Combustion Technology, Ministry of Education.

Key Laboratory of Measurement and Control of Complex Engineering Systems, Ministry of Education.

Engineering Research Center of the Ministry of Education:

Engineering Research Center of Intelligent Transportation Systems, Ministry of Education, Engineering Research Center of Radio Frequency Integrated Circuits and Systems, Ministry of Education.

Engineering Research Center of New Light Source Technology and Equipment of the Ministry of Education.

Jiangsu Provincial Key Laboratory:

Jiangsu Provincial Key Laboratory of Computer Network Technology Jiangsu Provincial Key Laboratory of Transportation Planning and Management.

Jiangsu Provincial Key Laboratory of Network and Information Security Jiangsu Provincial Key Laboratory of Biomaterials High-tech Research.

Jiangsu Provincial Key Laboratory of Civil Engineering Materials.

Jiangsu Engineering (Technology) Research Center:

Jiangsu Provincial Information Display Engineering Technology Research Center Jiangsu Provincial Optical Communication Device and Technology Engineering Research Center.

Jiangsu Digital Technology Engineering Research Center Jiangsu Display Technology Engineering Research Center.

Jiangsu Servo Engineering Research Center.

Analysis and Testing Center Medical Imaging and Precision Diagnosis and Treatment Technology Research Center.

Advanced Materials Research Center, Institute of Electronic System Reliability, Institute of Photonics and Optical Communications.

Electric Light Source Research Center Group Economic and Industrial Research Center.

Galileo System Eurasia (China) Education and Application Development Center Modern Integrated Manufacturing System (CIMS) Research Center.

Center for Advanced Photonics Institute of Tourism and Landscape.

The national laboratory has not yet been approved and recognized by the science and technology department, and it must be mainly responsible for the four departments, and the others are unknown.

However, the construction of Jiangning Wireless Valley is supported by the city of Nanjing and Jiangsu Province, which are supporting the construction of the national laboratory.

I hope it will be finalized as soon as possible, and I wish you all the best.

Southeast University is a well-known university in China, ranking 18th in the 2009 University Rankings, and there is a saying that "Peking University is famous for its literature and history, and Tokyo University is famous for its science".

Are the graduate students of the School of Energy and Environment of Southeast University in the Sipailou campus?

Which dormitory do you live in? What are the conditions? I hope someone in the know can help, a little. Thank you.

As a doctor of the antenna of the University of Tokyo, I would like to give a general idea of the situation here for those who have a chance.

2. As far as I personally know, the laboratory is divided into several groups, and a certain group accounts for more than half, and the things they do are really completely based on practical applications.

3. As far as the current treatment is concerned, the chip is the highest salary, the RF master's degree is high, the doctorate is limited, the antenna is polarized, and the computational electromagnetism is not understood. In general, doctoral students go to universities the most, followed by research institutes, and enterprises the least.

4. If you are pursuing academic pursuits, it is recommended to find influential teachers in the industry to facilitate teaching in colleges and universities in the future, but it is best to have 985 undergraduates, which is determined by the unreasonable unspoken rules of Chinese universities. On the one hand, the chip is developing rapidly, and its experience needs the support of several tape-out opportunities, and the laboratory also has relevant support, and the master's 1 and a half years of scientific research time is not enough (or worthless) to support the entire design process, which is a suitable direction for doctoral studies. As for the antenna, it is true that the understanding and ability of the doctoral and master's graduates will be different, but there are too few enterprises in China's civil market (most of them in the north and the Pearl River Delta), and the actual technical needs are more in the AVIC system of CLP.

In addition, I don't know much about radio frequency, but from the current employment, the doctor who flows into the company still goes to the same unit as the master's degree, and of course, there is a clear difference in the starting salary.

Disaster prevention and mitigation engineering and protection engineering.

Since 1976, the discipline has been engaged in the research of earthquake resistance and disaster prevention of engineering structures. Since 1981, our university was awarded the first batch of doctoral programs in structural engineering in China, and the research on wind and seismic resistance of engineering structures is one of the main research directions of this doctoral program. In 1996, the Academic Degrees Office adjusted the setting of the discipline catalogue and added it"Disaster prevention and mitigation engineering and protection engineering. "Discipline, our university is the first batch of master's programs in this discipline, and in 2000, this discipline was promoted to a doctoral program.

This discipline has strong disciplinary support, and has a postdoctoral mobile station in civil engineering, a doctoral program in the first-level discipline of civil engineering, a national key discipline, a key laboratory of the Ministry of Education, and a distinguished professor position of the Ministry of Education"Project 211"Focus on the construction of disciplines. There are 11 professors (including 7 doctoral supervisors), 6 associate professors, and 12 teachers with doctoral degrees. It has 1 cross-century talent of the Ministry of Education and 2 outstanding young backbone teachers of the Ministry of Education, Jiangsu Province"333"2 people in the talent project.

In the past five years, it has won 6 ministerial and provincial science and technology progress awards; published 14 monographs (works); He has published 50 articles in international core journals (EI and SCI included), and 40 articles in the most advanced journals in China. Won 10 national patents. It has trained 22 master's graduates and 12 doctoral graduates in this direction.

In recent years, it has completed 3 national natural science projects, completed and researched 16 national natural science projects, and projects jointly funded by the national associations of China and the United States. A number of research achievements have reached the domestic leading and international advanced level. His main research interests include the theory and application of seismic resistance of multi-high-rise building structures, wind and seismic resistance of high-rise buildings and high-rise structures, seismic absorption and vibration control of engineering structures; seismic performance of steel-concrete composite structures; seismic performance of high-strength and high-performance concrete structural systems (including slab, beam, truss conversion layer structures, special-shaped column-frame structural systems, and beam-column-plate-column composite structural systems); Health monitoring of engineering structures, theory and evaluation methods of structural damage failure, reliability assessment and reinforcement technology of engineering structures; research on structural damage and fracture failure behavior, etc.

The above research focuses on the combination of basic research and engineering application, and has been applied in many national and provincial key projects such as Beijing West Railway Station, Second Yangtze River Bridge, Zhuhai Customs, Nanjing International Exhibition Center, Nanjing TV Tower, Suqian Transportation Building (9 degree area), Nanjing International Financial Center Building (48 floors), Nanjing New Century Plaza (58 floors), Shandong World Trade Center, Runyang Bridge, Yunnan Yuanjiang Bridge, Amai River Bridge, Nanjing City Wall, Second Tombs of the Southern Tang Dynasty, Chaotian Palace Dacheng Palace, Jiangnan Hotel Translation, etc. A number of achievements have been standardized by the state. China is in the period of large-scale engineering construction, and the earthquake-resistant, wind-resistant, fire-proof, explosion-proof, durability and health monitoring of large-scale civil structures are all key issues concerned by the academic and engineering circles. The construction of this discipline will further improve the research level and academic level in this field, and improve the ability to solve the key technical problems of large-scale engineering disaster prevention.