UAS Sensing of Shanxi (sx) in China Δ 14th of January 2014 Ω 2:43 AM

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~ Shaanxi Huaxing Aviation Wheel & Brake Systems Co. Ltd ~ Acoustic Engineering and Detection Technology Laboratory, Xi'an ~ Aircraft Strength Research Institute, Xi'an (CAIB)	~ Xi'an City by CAIB ~ Main Scientific Research Institutes by SAIB ~ Main Supporting Enterprises by SAIB	~ Human Resources by SAIB ~ Joint Ventures by SAIB ~ Suncontracting by SAIB
~ Average Labor Cost by SAIB ~ sense for Ξ ~ Contact of Departments of National Aviation Industrial Base	~ Northwest Polytechnical University, Xi'an (NPU) ~ NPU's School of Aeronautics ~ NPU's School of Material Science	~ NPU's School of Mechatronics ~ NPU's School of Electronics and Information ~ NPU's School of Automation
~ NPU's School of Computer Science and Engineering ~ NPU's School of Natural and Applied Science ~ State Key Laboratory of Solidification Processing, Xi'an	~ Xi'an Aircraft Company ~ Xi'an Jiatong University ~ sense for Ξ	~ sense for Ξ ~ sense for Ξ ~ sense for Ξ
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«UAS Sensing in China	Θ	Θ
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~ Shaanxi Huaxing Aviation Wheel & Brake Systems Co. Ltd

»Shaanxi Huaxing Aviation Wheel & Brake Systems Co. Ltd

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~ Acoustic Engineering and Detection Technology Laboratory, Xi'an

»Acoustic Engineering and Detection Technology Laboratory, Xi'an

About IACAS

ξ Institute of Acoustics, Chinese Academy of Sciences (IACAS) was established in 1964.
ξ aims to establish one of world's leading R&D center for knowledge innovations in acoustics and in correlated DSP technologies,
ξ to fulfill the nation's needs in acoustics and to make corresponding contributions to the country's sustainable developments.
ξ is a professional institution concentrated on theoretical acoustics and applied acoustics.
ξ is active in the research fields of underwater acoustics,
ξ acoustical transducers,
ξ sound and vibration control,
ξ communication acoustics,
ξ ultrasonics and
ξ acoustical micro-electric mechanical system (AMEMS),
ξ verbal acoustics and speech signal processing,
ξ acoustical navigation
ξ and digital system integration,
ξ digital audio and video and
ξ network technology and etc..
ξ consists of 18 laboratories (or research centers) in Beijing,
ξ 3 research divisions located in Hainan, Shanghai and Qingdao, respectively and
ξ 1 technology transformation center in Jiaxing.
ξ Among them, there is a State Key Laboratory on Acoustical Field & Information research and
ξ a newly founded State Center on Network and New Media Technology Research.
ξ IACAS is well equipped with modern facilities such as audio-frequency acoustics laboratory,
ξ high intensity sound laboratory, AMEMS laboratory, underwater measurement laboratory,
ξ ultrasonic testing laboratory, verbal acoustics laboratory and acoustic experimental ships with essential equipment.
ξ Currently there are 635 staff members in IACAS,
ξ among whom there are 6 Academicians of Chinese Academy of Sciences,
ξ 5 outstanding young scholars of "Hundred Talents Program",
ξ 76 research professors, and
ξ 122 associate research professors and senior engineers.
ξ IACAS is also an institution to provide education and training for graduate students in the first-level disciplinary of acoustics.
ξ At present, the institute hosts 188 doctoral candidates, 181 master candidates, 15 post-doctors and 15 guest scholars.
ξ Since its establishment, IACAS has accomplished more than 400 research projects with great achievements in acoustics and signal processing;
ξ among which the "HRBSSS" project won the silver of the State Science & Technology Award in 2003 and
ξ the "Multi-channel Digital Imaging Ultrasonic Inspection Equipment"
ξ won the silver of the State Science & Technology Progress Award in 2005.
ξ Besides, the institute puts emphases on patent applications and hi-tech transformations.
ξ Since the implementing of the Knowledge Innovation Program in 1999,
ξ IACAS has been granted 106 patents and authorized 208 software registrations.
ξ It has published more than 1651 papers in domestic and international journals, among them 145 were indexed in SCI and 295 in EI.
ξ IACAS greatly values the international exchanges and cooperation.
ξ It establishes long-term friendly partnership and carries out extensive and effective collaboration with many well-known universities and institutions,
ξ such as the University of Manchester,
ξ Australia Curtin University of Technology,
ξ Canadian University of Alberta,
ξ Fraunhofer Institute of Building Physics of Fraunhofer-Gesellschaft,
ξ Norwegian University of Science and Technology and so on.
ξ In 2007, more than 180 scholars in IACAS visited abroad and vice versa, more than 200 overseas acousticians paid visits to IACAS.
ξ The institute also co-organized two international conferences:
ξ 2007 China-Japan Joint Conference on Acoustics and Pacific Rim Underwater Acoustic Conference (PRUAC' 2007).
ξ Furthermore, 14 acousticians from IACAS are holding positions in the international organizations.
ξ In addition, IACAS is the sponsor to Acoustics Society of Chinese (ASC) and 7 academic journals,
ξ including Acta Acustica (Chinese and English Version), Applied Acoustics, Microcomputer Application, Technical Acoustics,
ξ Chinese Journal of Medical Imaging Technology and Chinese Journal of Interventional Imaging and Therapy.
ξ The National Acoustic Standardization Technology Committee,
ξ the Environmental Physics Branch of Chinese Society for Environmental Sciences and
ξ some other academic organizations also affiliate to IACAS.
ξ The institute is playing a more and more important role in acoustic studies in China.

Associate Director Zhang Chunhua

ξ Doctor Zhang has been devoting himself to acoustic signal processing, including
ξ signal processing system,
ξ phase-array signal processing,
ξ self-adaption filtering,
ξ high-resolution spectral estimating and
ξ acoustical imaging

Doctor Pan Feng

ξ graduated from Electrical Automation Department of Beijing Aviation College
ξ Doctor Pan's main research field is ocean acoustics, majoring in sonar system design and the implement
ξ in charge of many state key programs of "863 Project" and "Key Technologies R&D program", such as "PCSBP" (Pulse Compression Sub-Bottom Profiler),
ξ "Lateral Scanning Sonar System" and
ξ the acoustic system in automatic underwater vehicle (AUV ) deep in 6000 meters of the sea
ξ Besides, he was the principal of "ADCP" program, which was the key to "863 Project".

Ms. Ju Qi

ξ the associate director of Solar Power and Wind Energy Expert Committee of Chinese Society of Renewable Resources,
ξ the counselor of the Renewable Resources Development Center of State Planning Commission,
ξ the council member of Chinese Aeronautics and Astronautics (CSAA)
ξ editorial member of Clean Coal Technology
ξ "Comprehensive Construction Project Research of Energy and Resources in Various Types of Countries",
ξ which was the Key Technology R&D Program of "Seventh Five-Year Program".

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~ Aircraft Strength Research Institute, Xi'an

Aircraft Strength Research Institute, Xi'an

The Brief Introduction and Area Planning of National Aviation Industrial Base
ξ The Xi�an Yanliang National Aviation Hi-Tech Industrial Base (thereinafter referred to as National Aviation Industrial Base or Base)
ξ was approved by Chinese government (National Development and Reform Commission)
ξ National Aviation Industrial Base is divided into core district and expanding area.
ξ The planning area of core district is 40 square kilometers,
ξ with a completed area is 11.28 square kilometers
ξ the newly planned area is 28.72 square meters
ξ The expanding area includes Guanzhong and Shaanxi Hanzhong area,
ξ including the aviation enterprises of Shaanxi surroundings and even the whole country
ξ The construction of newly planned area of National Aviation Industrial Base commenced in March of 2005.
ξ The overall plan and controlled plan of 5 square kilometers� start up area has been finished according to international standard,
ξ it is divided into different functional area namely manufacturing, R&D, aviation exhibition, education and training and business etc.

Support from Government

ξ The state vice chairman Zeng Qinghong visited National Aviation Industrial Base on November 6th, 2005
ξ imparted high affirmation
ξ wished that the domestic aviation enterprise can make full use of this industrial platform
ξ to quicken technical innovation and improve development level
ξ The leaders of all government levels including Mr. Xu Guanhua, minister of Ministry of Science and Technology,
ξ Mr. Wang Jinxiang, vice chairman of National Development and Reform Commission,
ξ Mr. Jin Zhuanglong, vice chairman of Commission of Science and Technology and Industry for National defense, and
ξ Mr. Chen Yuan, the president of State Development Bank
ξ all paid visits to National Aviation Industrial Base.
ξ A leading panel of National Aviation Industrial Base was established,
ξ headed by Governor of Shaanxi in February of 2005

ξ Shaanxi province lists the National Aviation Industrial Base as the key program and construction project of the 11th Five-Year Plan
ξ Xi�an positions the National Aviation Industrial Base as aviation satellite city
ξ lists it as the key development item during the 11th Five-Year Plan period
ξ Shaanxi province and Xi�an municipality will directly invest 300 million Yuan during the 11th Five-Year Plan period
ξ the provincial and municipal financial departments guaranteed a loan of 500 million Yuan from the National Development Bank
ξ to support the construction of National Aviation Industrial Base
ξ The relevant national ministries and commissions and departments of province and municipality
ξ promise to issue favorable policy for the key industrial items and special industrial policy and financing policy.

Competent and high efficient administrative agency
ξ The Administrative Committee of National Aviation Industrial Base
ξ is directly under Xi�an municipal government, responsible for planning, construction, development and management
ξ the Administrative Committee can execute economy management jurisdiction and corresponding administrative function
ξ can provide services for investors and enterprises like project approval, land requisition, planning and construction,
ξ issuance of real estate certificate, business promotion, market information transferring, product marketing,
ξ recruiting, training, staff archive management, property management and social insurance
ξ The National Aviation Industrial Base set up a team in accordance with a culture principal of
ξ innovative, practical, Integrity and professional, and will provide customized services for the enterprise into the Base.

Ideal

ξ To Build International First Class Hi-Tech Industrial District
ξ International standard high efficient government service
ξ International standard city service function and residential environment
ξ An aviation R&D, manufacturing, testing, product and service system
ξ A National Hi-tech research, design and testing center of aviation industry
ξ An International manufacturing and processing center of aviation product
ξ The largest aviation training, tourist and exhibition center in Asia

Industrial Development Plan

ξ Base will focus on the development of civil aviation
ξ whole aircraft manufacturing,
ξ parts and component fabrication,
ξ new aviation materials,
ξ maintenance,
ξ repair and
ξ overhaul, airborne equipment, education and training etc.,
ξ to set up a rational industrial structure consisting of backbone industry, branch industry and supporting industry

Backbone industry

ξ Focus on the development of civil aircraft
ξ Facilitate the design and production of ARJ21,
ξ betterment and retrofit of MA60, and
ξ the development of Little Eagle aircraft;

Branch industry

ξ Focus on fabrication of components, development of new aviation material and avionic system.
ξ In fabrication of component aspects, facilitate undercarriage R&D center project, 400MN forging machine and aero-engine project.
ξ In development of new aviation material aspects, facilitate the R&D and industrialization of ceramic matrix composite material,
ξ metal matrix composite material, carbon fiber composite material, aviation concealed material and titanium alloy material etc.
ξ In development of avionic system aspect, to incorporate the research and manufacturing facilities
ξ of existing aviation electrical manufacturing enterprise,
ξ to improve the competitive forces of the aviation electrical products at international market.

Supporting industry

ξ Focus on subcontracting, parts and components processing, maintenance, repair and overhaul and training.
ξ In subcontracting field, strengthen the international cooperation with the well-known aviation enterprise of
ξ Boeing, Airbus and Rolls-Royce,
ξ increasing subcontracting volume both in depth and extent.
ξ In parts and components processing field, gradually improve self-making capability of key parts
ξ through further subcontracting and international cooperation.
ξ In maintenance, repair and overhaul field, incorporate existing aviation maintenance forces,
ξ strengthen maintenance capability on airborne equipment and ground equipments.
ξ In aviation education and training field, rely on the existing aviation training resource;
ξ accelerate the establishment of pilot training college, international aviation school and aviation club etc., and
ξ improve aviation training system within National Aviation Industrial Base and form strong supporting aviation service ability.

Weinan Pucheng General Aviation Industrial Park

ξ In order to bring general aircraft manufacturing and related industries into dimensions and
ξ occupy the high starting point of China�s general aviation industry,
ξ National Aviation Industrial Base currently cooperates with Weinan municipality,
ξ has started the construction of Pucheng general aviation industrial park,
ξ mainly provides conditions for execution of projects like general aircraft assembly,
ξ pilot training, general aviation performance and flight amusement.
ξ Currently, an initial scheme has been made and all preparation works are undertaking.
ξ The entire general aviation industrial park will be constructed in three phases while planned in one time.
ξ Planned area is 20 square kilometers.
ξ Phase one mainly develop airport, total area is 6.5 square kilometers with 4 runways.
ξ Aviation school, aviation club etc will be placed along the runway;
ξ class II industry of aircraft manufacturing, parts fabrication and maintenance, warehouse area and municipal supporting facilities will be placed to the west of the runway.

Phase two

ξ will focus on the industrial development, over water flying, exhibition, commercial and administrative area includes
ξ airport runway, factory buildings, large water surface, aviation club, theme park, commercial street, hotel, administrative center and some residential community.

Phase three

ξ will focus on education, R&D, recreation and residential construction, includes schools, parks, Gym, hospitals, residential area, villa and corresponding municipal supporting facilities.

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~ Xi'an City

Charming Xi�an�Quick-Changing Ancient Capital

Basic Situation

ξ Xi�an is the capital of Shaanxi province
ξ lies in the east longitude of 107�40?~109�49? and the northern latitude of 33�39?~34�45?
ξ is the geographic center of China
ξ the largest center city in China section of new Asian-Europe bridge
ξ the total area of Xi�an is 10,108 square kilometers, with a completed city area of is 270 square kilometers;
ξ the total population is 8,068,100
ξ the city population of which reach 5,332,100

History and Culture

ξ The ancient capital
ξ Xi�an is the birthplace of China�s civilization, which has over 3,100 years of city history and over 1200 years of capital history,
ξ 13 dynasties had chosen it as its capital cities
ξ the Silk Road began here
ξ Together with Athens, Roman and Cairo, Xian is entitled as four civilized ancient capitals in the world.
ξ Xi�an has rich cultural relics, the number of key cultural protection units is 249,
ξ with 34 national level protection units, 51 provincial level protection units, the preserved cultural relics are more than 120,000.
ξ The World Eighth Miracle � Terra-cotta soldiers of Emperors Qin;
ξ the fully preserved and large-scaled city wall of Ming dynasty;
ξ the Famen Temple which treasuring the real calculi of Sakyamuni;
ξ 72 splendid monarch mausoleum;
ξ 108 square kilometers of cultural relics of Chou, Qin, Han and Tang, all of the aforementioned are the rare cultural relics of human kind.

ξ Xian also enjoys beautiful landscapes of Huashan Mountain, Zhongnan Mountain and Taibai Mountain etc.
ξ The characteristic of Xi�an�s natural scenery is combining natural scenery with cultural relics.

Economic Achievement

ξ From 1992, Xi�an�s economy maintained double-digit increasing for 14 consecutive years
ξ during the Tenth Five-Year Plan average annual increasing reached 13.3%
ξ In 2005, Xi�an achieved the GDP of 127 billion Yuan, GDP per capita reached 15,925 Yuan, 1.83 times of that of 2000

Science and Education

ξ Xi�an has intensive resources of science and technology, and advanced higher education,
ξ the comprehensive strength of science and technology ranks the 3rd in China
ξ 37 high education colleges
ξ 36 private and other high education agencies
ξ 43 academicians
ξ 334 doctor-awarding stations
ξ 826 master-awarding stations
ξ 60 national key subjects
ξ 9 national scientific research bases
ξ 672 research agencies above municipal level, hereinto including
ξ 49 large research agencies;
ξ scientific and technology staff of all kinds reaches 410,000;
ξ more than 200 large laboratories,
ξ hereinto 55 national key laboratories

Modern Industry

ξ Through more than 50 years of development
ξ Xi�an has formed the modern industrial system with all kinds of industry
ξ has become the hi-tech enterprises� research and manufacturing base of
ξ China�s important aeronautic, astronautic, electron, communication equipments, instruments and apparatus,
ξ large wind power generator, heavy-load auto car and biological medicine,
ξ the industrial GDP keeps increasing.

The Infrastructure of National Aviation Industrial Base

1. Water supply
2. Electricity supply
3. Communication
4. Natural gas
5. Traffic logistics

During the 10th Five-Year period, total investment on Xi�an infrastructural reached 53 billion Yuan.
And in 2005, the number of days which air quality is above Grade Two reached 290 days.
City sewage treatment rate reached 39.3%.
City waste treatment rate reached 93%.
Forest coverage reached 42%.
Xi�an is also a city will be never short of water in next 20 years and will never be short of gas in next 200 years.

Water supply

ξ Current water supply ability of Xi�an is 1.72 million m3/day,
ξ while the consumption volume is only 850,000 m3/day.
ξ Xi�an Water Authority promises that the water supply ability will reach 3million m3/day before 2020.
ξ A water supply project has substantially completed, water from Qinlin Mountain will be directed to each household in Yanliang in 2007.

Electricity supply

ξ Xi�an has enough electricity and power supply ability is about 2.8 million KVA, whilst the highest load is 2.32 KVA.
ξ Therefore, the electricity supply for all purpose is guaranteed.

Communication

ξ Xi�an is one of the six communication hubs in China.
ξ Currently, the outlet bandwidth connecting Beijing, Shanghai and Guangzhou can reach 5000 mega.
ξ The network capacity of Xi�an telecommunication branch can reach 100,000 ports.

Natural gas

ξ Due to the rich natural gas resource in Shaanxi,
ξ Xi�an has enough natural gas supply.
ξ Daily average gas supply reaches 1.42 million m3, yearly gas supply can reach 779 million m3 after second phase completed.
ξ The heat value of natural gas is 8000 kcal/m3, the pressure to users is 2000pa-2300pa.

Traffic logistics Road

ξ Xi�an is the largest hub city in the national trunk road network Take Xi�an as the center, and
ξ 1000 kilometers as radius,
ξ it forms a traffic circle with surrounding Beijing, Tianjin, Taiyuan, Shijiazhuang, Zhengzhou, Wuhan, Hefei, Chongqing, Chengdu, Yinchuan, and Baotou etc.,
ξ covering a population of 700 million.

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~ Main Scientific Research Institutes by SAIB

Shaanxi Aviation- the Bright Pearl of China Aviation Industry

1. High-class R&D capability
2. Perfect industry system
3. Abundant human resources
4. Active international cooperation

Shaanxi lies in the hinterland of China, with a population of 35 million, covers an area of 200,000 square kilometers.
It is one of the important places of China�s equipment manufacturing industry, and
has significant status in mechanic, electronic, aeronautical & astronautical and energy fields.
Shaanxi has been the strongest province in China in terms of aviation industry through many years of development.

1. High-class R&D of Technology

ξ 6 national aviation key laboratories,
ξ 7 national defense key laboratories,
ξ 4 national specialty laboratories and
ξ over 20 key laboratories of the ministerial level, and
ξ a set of national aviation technology development center and
ξ related aviation supporting factory and institutes.

Main Scientific Research Institutes

1 The first Aircraft Institute of AVIC-I
ξ Large and middle aircraft design
ξ 2250 professionals

2 China Flight Test Establishment
ξ Flight test, research and appraisal
ξ 2000

3 China Aircraft Strength Research Institute
ξ Aircraft strength test
ξ 1100

4 China Flight Control Research Institute
ξ Flight control and inertial navigation
ξ 1200

5 China Aeronautics Computing Technique Research Institute
~ Aviation computer
~ 800

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~ Main Supporting Enterprises by SAIB

Main Supporting Enterprises by SAIB

1 Xi�an Aviation Engine (Group) Co. Ltd.
ξ Aviation engine

2 Shaanxi Liaoyuan Aviation Machinery Manufacturing Company
ξ Aircraft undercarriage

3 Qianshan Electronic Instrument Factory
ξ Flight data collecting and recording system

4 Hongyuan Aviation Forging and Casting Industry Company
ξ Forging and casting parts

5 Shaanxi Huaxing Aviation Wheel and Brake System Co. Ltd.
ξ Aircraft wheel braking system

6 Shaanxi Aviation Electrical Co. Ltd.
ξ Aviation electric power system

7 Qing�an Group Co. Ltd.
ξ Aircraft-loading equipment

8 Xi�an Aviation Energy Control Company
ξ Engine fuel accessories

9 Shaanxi Baocheng Aviation Meter Co., Ltd.
ξ Gyroscope

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~ Human Resources by SAIB

Human Resources by SAIB

ξ Shaanxi has ten colleges relating with aviation,
ξ four vocational technology colleges, and
ξ the graduates of aviation-related majors reaches 20,000 every year
ξ Shaanxi has 41 aviation enterprises and business units, among which, there are
ξ 26 industry enterprises,
ξ 5 independent institutes.
ξ The number of all staffs reaches 130,000,
ξ Airbus and Boeing trained and certified industry workers amount 40% of all over the China.
ξ Out of 130,000 staff,
ξ there is 47,400 (about 36.5%) science and research staff;
ξ over 7,400 staff with senior technical title,
ξ 12 academicians in aviation fields including
ξ 5 academicians with foreign nationality.

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~ Joint Ventures by SAIB

Joint Ventures by SAIB

1 Xi�an Aero- Engine (Group) Ltd
ξ »Rolls- Royce Company
ξ XRA
ξ Precision casting turbo vane of aviation engine

2 Xi�an Aero- Engine (Group) Ltd
ξ »Pratt and Whitney
ξ »Pratt & Whitney
ξ »Vane technology company
ξ Xi�an XNIF Rotem Instrument Ltd
ξ Aeroengine precision forging vane

3 Xi�an Aero- Engine (Group) Ltd
ξ Xi�an Wind Power Generator
ξ Manufacture and assembly large wind power generator

4 Xi�an Aircraft Company
ξ American Akei Company
ξ Yaxi Company
ξ Metal honeycomb production

5 Xi�an Aircraft Company
ξ Sweden Volvo Group
ξ Siewoo Company
ξ Luxury bus

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~ Suncontracting by SAIB

Subcontracting by SAIB

Xi�an Aircraft Company

Boeing Company
ξ B737NG vertical tail
ξ B747 refitting
ξ B737-300 horizontal and vertical tail
ξ B747wing assembly

Britain Airbus Company
ξ A320 wing box and trailing assembly

French Airbus Company
ξ A320 hold overhaul door and boarding gate skin
ξ A330/340 composite material braking board and air conduit
ξ ATR42 wing box
ξ A300 equipment overhaul door

Italian Alenia Company
ξ ATR42/72 16sections of airframe

American Goodrich Company
ξ NC machining parts of undercarriage

American Raytheon Company
ξ Metal cementation parts

German Airbus Company
ξ A350 16 sections of airframe

French Airbus Company
ξ A350 15 sections of airframe

Xi�an Aero- Engine (Group)ltd : Parts production of aviation aero engine
ξ GEAE
ξ Pratt & Whitney Ca.
ξ SNECMA
ξ Honeywell
ξ Rockwell

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~ Average Labor Cost by SAIB

Average Labor Force Cost

Post Labor force cost(Yuan/month,market reference price)

blue collar worker 500-1000 < 50 - 100 euros
ordinary technical staff and senior artificer 800-1500 < 80 - 150e
intermediate technician and manager 1500-2500 < 150 -250e
senior technician and manager 3000-5000 < 300-500e

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~ Contact of Departments of National Aviation Industrial Base

National Aviation Industrial Base

ξ markets in civil passenger transportation, freight transportation and business aviation are increasing with two-digit rates
ξ Boeing: China will become World�s second largest aviation market,
ξ and with the total value of USD 197 billion, China will purchase 2100 to 2400 aircrafts in the future 20 years
ξ in the following 15 years, significant change will take place in China�s general aviation market
ξ comparing with current number of less than 1000, quantity of general aircrafts will grow to tens of thousands
ξ it is believed that new challenges has emerged that China has entered an era of aviation-driven economy
ξ aviation industry integrates the most advanced technology, and is regarded as knowledge and capital intensive industry of high added-value
ξ Ministry of Economy, Trade and Industry of Japan: for weight per unit, if value created by manufacture of ship is 1, automobile is 9, television is 50, computer is 50,
ξ jet aircraft is 800, for aero-engine the figure reaches 1400
ξ return rate for whole aircraft is more than 30%,
ξ component, parts and other equipment manufacture is higher than 20%
ξ aviation industry is attracting investors for its advantages as high threshold, well-defined regulations, stable market and high profit
ξ China Aviation Industrial Base (CAIB) was approved for promotion of China�s Aviation industry
ξ as special and professional aviation industry development zone,
ξ following the concept of �Three aircraft development, driving supporting environment, cluster development� and the construction plan of �One base, four parks�,
ξ and a thorough industrial development environment and active international cooperation platform has formed in CAIB;
ξ new and interesting business opportunities are ready for discovering

Investment hotline: zhaoshang@caib.gov.cn
Office: jlm@caib.gov.cn
Investment Promotion Bureau: wxh@caib.gov.cn;gyj@caib.gov.cn;dcz@caib.gov.cn
Economic development bureau: bw@caib.gov.cn
Finance bureau: ryb@caib.gov.cn
Programming bureau: wjw@caib.gov.cn
Environment protection bureau: ly@caib.gov.cn
Human resource bureau: lrj@caib.gov.cn

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~ Northwest Polytechnical University, Xi'an

»Northwest Polytechnical University, Xi'an

An Introduction to NPU

ξ is China�s only research-oriented, multi-disciplinary, and international university of science and technology,
ξ which simultaneously excels at Aeronautics, Astronautics, and Marine Engineering

ξ emphasizes science and technology, while harmoniously developing the fields of management, humanities, economics, and law.

ξ The predecessors of Northwestern Polytechnical University were the State Northwestern Engineering College,
ξ formed by Beiyang Engineering College, Engineering College of Peking University,
ξ Engineering College of Northeast University and Jiaozuo Engineering College in 1938), and
ξ Huadong Aeronautical College, formed by the Aeronautical Engineering Department of Jiaotong University, Aeronautical Engineering Department of Nanjing University, and Aeronautical Engineering Department of Zhejiang University in 1952)

ξ State Northwestern Engineering College and Huadong Aeronautical College joined to become the Northwestern Polytechnical University in 1957.
ξ In 1970 the Air Force Engineering Department of Harbin Military Engineering College was merged into NPU.

ξ During the �Seventh Five-year Plan�(1986-1990) and the �Eighth Five-year Plan� (1991-1995),
ξ NPU was one of the 15 universities for key construction by the State Council.
ξ In the �Ninth Five-year Plan� (1996-2000) period, it was one of the first universities to be funded by Project 211,
ξ and it was one of the national key constructions of Project 985 during the �Tenth Five-year Plan� (2001-2005).
ξ It is also one of the first Chinese universities that have set up Graduate Schools and University Science Parks.

ξ The NPU campus covers an area of 2,917 mu.
ξ The University offers 53 undergraduate programs, 101 graduate programs, 57 doctoral programs and ten postdoctoral research stations.
ξ It also has the authority to confer the MBA and Master of Engineering Degrees.

ξ Currently, NPU has 1430 full and associate professors and senior engineers,
ξ among whom there are 15 academicians of the Chinese Academy of Engineering and Chinese Academy of Science,
ξ five foreign academicians, 12 Yangtze Rive Scholars and 320 Ph.D. advisors.

ξ Since its foundation, NPU has trained more than 100,000 students including 2,000 Ph.D. and 13,400 Master students.
ξ Among them, there are the country�s first Ph.D. students in six different disciplines
ξ the first test pilots with a Master Degree
ξ 34 Ph.D. students and teachers of the University have become the research fellows of Alexander Humboldt
ξ six NPU graduates are the recipients of the Chinese Ten Outstanding Youths titles
ξ NPU has become an important center for scientific innovation
ξ It has ten state key disciplines,
ξ 13 first-class disciplines with the authority of conferring doctoral degree,
ξ ten national key laboratories and national specialized laboratories,
ξ ten provincial and ministerial key laboratories and
ξ nine provincial engineering research centres.
ξ Scientific research is one of the great strengths of NPU.
ξ The main indexes of its research are among the top Chinese universities
ξ the University has become a vital part of the scientific research �National Team�
ξ The University has successfully undertaken 4163 research projects during the �Tenth Five-year Plan� (2001-2005).
ξ Over 1,100 national, provincial and ministerial awards have been granted to the University for its excellent research achievements,
ξ of which there are eight State Awards for Science and Technology Accomplishments.
ξ In 2004, the Project �Processing of Continuous Fiber Reinforced Silicon Carbide Matrix Composites for High Temperature and Long-Time Applications�
ξ achieved the first-class State Technology Invention Award which had remained vacant for the past six years.
ξ The research fund gained by the University has ranked in the top ten among Chinese universities in the past six years.
ξ In 2004, the research fund was up to 824 million RMB, which ranked the sixth in China.
ξ The international academic exchange and cooperation has been growing rapidly.
ξ Agreements have been signed for the international academic exchange and cooperation with more than 100 universities,
ξ research institutions, and industries in the U.S.A., the U.K., France, Germany and many other counties.
ξ 23 joint research institutes have been established with universities and industries abroad.
ξ More than 120 oversea scholars, professors, and experts (including Professor Li Zhengdao)
ξ have been appointed as Honorary Professor and Consultant Professor of NPU.
ξ The UNESCO Chinese UNISPAR Working Group was established at NPU.

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~ NPU's School of Aeronautics

»NPU's School of Aeronautics

About the School

ξ could hardly be better situated for the research and study for Aeronautics
ξ With its location in Xi�an, the School is in a unique position to combine the best of the aeronautical industries in the city.
ξ The predecessors of the School are the Aircraft Department and the Civil Aviation Engineering College.
ξ The Aircraft Department was founded in 1952 by merging three Aeronautics Departments of Shanghai Jiaotong University, Nanjing University and Zhejiang University.
ξ The next big expansion occurred in 1970 when the Aircraft Department of Harbin Engineering College merged into the Department.
ξ With the approval of the AVIC (Aviation Industries of China) and CAAC (Civil Aviation Administration of China),
ξ Civil Aviation Engineering College was jointly founded by NPU, AMECO (Aircraft Maintenance & Engineering Corporation) and CNWA (China Northwest Airline) in 1994.
ξ Another big development was the Aircraft Department�s merger with the Civil Aviation Engineering College in 2003.

Faculty and Students

ξ has 37 professors
ξ including two members of the Chinese Academy of Engineering and three Yangze River Scholars
ξ 35 associate professors
ξ over 1300 undergraduate students,
ξ 299 postgraduate students
ξ 116 PhD candidates
ξ the graduates of the School of Aeronautics have played a key role in the aeronautical industry in China
ξ Zhang Qingwei, the General Manager of the China Aerospace Science and Technology Corporation (CASC) is one of the famous alumni of the School

Aircraft Design (M.S., Ph.D., Post-Doctoral Position)

ξ Aircraft Conceptual Design
ξ Aircraft Structure Design
ξ Aircraft Aerodynamic Configuration and Stealth Integration Design
ξ Aircraft Flight Mechanics and Control
ξ Aircraft Reliability Engineering
ξ Active Control; Synthetic Control; Flight Management Technique

Hydromechanics (M.S., Ph.D.)

ξ Theoretical and Computational Hydromechanics
ξ Aircraft Design Aerodynamics
ξ Experimental Hydromechanics and Technique for Measuring and Control
ξ Fluid-Solid Coupling and Aerodynamic Noise
ξ Industry Aerodynamics

Solid Mechanics (M.S., Ph.D.)

ξ Structure Fatigue, Fracture and Reliability Analysis
ξ The New Computational tactic and Numerical Method
ξ Structure Dynamics and Dynamic Failure Analysis

Traffic Transportation Programming and Management (M.S., Ph.D.)

ξ Flight Dynamic Features and Flight Qualities
ξ Air Traffic Control
ξ Air Traffic Economy and Operation

Man-machine Environment Engineering (M.S., Ph.D.)

ξ MMES Engineering and Synthesis Layout
ξ Man-machine Engineering
ξ The Environment Problems in Aircraft

Hydro- Mechanism and Engineering (M.S., Ph.D.)

ξ Energy Saving and Ventilation Engineering

Fluid Solid Coupling and Control (M.S., Ph.D.)

ξ Theoretical and Computational Liquid-Solid Coupling Mechanics
ξ Experimental and Fluid-Solid Coupling Mechanics
ξ Fluid-Solid Coupling Control

Aerospace Safety Engineering (M.S., Ph.D.)

ξ Aerospace Safety System Engineering
ξ Risk Evaluation and Disaster Protection
ξ Failure Diagnosis and Health Monitoring

Means of Transport Applied Engineering (M.S., Ph.D.)

ξ Means of Transport Safety and Reliability Guarantee Technique
ξ Traffic Information and Electronic System
ξ Means of Transport advanced Control System Technique
ξ Power System Operation Control and Failure Diagnosis
ξ Means of Transport Navigation and Traffic Management

Communication and Information System (M.S., Ph.D.)

ξ Detecting and Control Network and Dummy Simulating Technique

Power Electronic and Electrical Drive (M.S., Ph.D.)

ξ Aircraft Electric System

Material Science (M.S., Ph.D.)

ξ Corrosion and Protection

Material Processing Engineering (M.S., Ph.D.)

ξ Solidification Technique and Material Preparation Figuration

Facilities and Special Resources

ξ home to one national key laboratory, one national specialized laboratory, and ten other laboratories, institutes and centers
ξ that give support to the Aircraft Design, Fluid Dynamics, Solid Mechanics and other disciplines.
ξ The National Key Laboratory of Aerofoil/Foil Grid Aerodynamics
ξ The National Specialized Laboratory of Dynamics and Strength
ξ Aerodynamic Numerical Simulate Laboratory
ξ aerodynamics Laboratory
ξ Airframe Strength Laboratory
ξ Aerofoil Research Center
ξ Airplane Design New Technology Institute
ξ Structure Strength Institute
ξ Hydromechanics Institute
ξ Reliability Engineering Institute and Structure Integration Institute
ξ Corrosion and Protection Research Center
ξ Civil Aviation Trouble Shooting Research Center
ξ Shaanxi Wind Machine and Pump Engineering Center

International Academic Cooperation and Exchage

ξ links with universities in USA, UK, Germany, France, Russia, and India
ξ has established long-term cooperation in research and academic exchange with
ξ TU Berlin,
ξ Munich University,
ξ Moscow Aviation Institute,
ξ Tokyo University of Science,
ξ Hong Kong Polytechnic University,
ξ UTC
ξ DLR

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~ NPU's School of Material Science

»NPU's School of Material Science
ξ Professor Li Hejun E-mail: lihejun@nwpu.edu.cn

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~ NPU's School of Mechatronics

»NPU's School of Mechatronics

Aeronautical and Astronautical Manufacturing Engineering (M.S., Ph.D.)

ξ Computer Aided Technology
ξ Contemporary Integrated Manufacturing Technology
ξ Informalization Engineering Technology
ξ Computer Aided Forming and Simulation
ξ Assembly Theory and Technology for Advanced Structures
ξ Computer Graphics and Image Processing
ξ Computer Aided Structural Optimum Design

Mechatronical Engineering (M.S., Ph.D.)

ξ Advanced Mechatronical Systems and Equipment
ξ Exploration System and Intelligent Signal Detecting Technology
ξ Macaronis and Robotics
ξ Application of Modern Electronic Technology
ξ Computer Integrated Manufacturing and Agile Manufacturing
ξ Intelligent Mechanism and Intelligent Systems
ξ Mechatronical Control and Automation
ξ Intelligent Signal Detecting And Fault Rectification Technology

Mechanical Manufacturing and Automation (M.S., Ph.D.)

ξ Advanced Manufacturing System and Key-technology
ξ Micro-electromechanical system and Micro-manufacturing Technology
ξ Manufacturing Informalization Technology
ξ Intelligent Manufacturing and Inspection
ξ Clean and Net Manufacturing? Technology with High-speed,Efficiency and
ξ Nontraditional Machining Technology
ξ Contemporary Computer Aided Process Planning

Machine Design and Theory (M.S., Ph.D.)

ξ Theory and Method for Advanced Design/Modern Theories and Methods of Design
ξ Computer Aided Design of Mechanical System
ξ Vibration and Noise Control of Mechanical System/control Technology for Vibration, and Noise in Mechanical System
ξ Virtual Prototype and Simulations of Mechanical Systems
ξ Biomimetic Mechanical System and its Control Technology
ξ MEMS Integrated Design and Manufacturing Technology

Vehicle Engineering (M.S., Ph.D.)

ξ High-Tech Research of Automobile
ξ Computer Aided Automobile Engineering
ξ New Style Vehicle and Energy Research

MEMS and Nano Technologies (M.S., Ph.D.)

ξ MEMS Integrated Design and Manufacturing Technology
ξ NEMS and Nanomachine
ξ Nano Metrology and Virtual Instrument
ξ Micro Fabrication System
ξ Micro/nano Technology for Biomedical Engineering

Industrial Design (M.S., Ph.D.)

ξ Industrial Design and Ergonomics
ξ Product Digitalize Design
ξ Computer Aided Industrial Design
ξ Computer Aided Art Design
ξ Digital Media Design

Precise Instrument and Mechanics (M.S., Ph.D.)

ξ Advanced Inertial Instruments and Systems
ξ Intelligent Instrument and Virtual Instrument
ξ Reliability of Instrument and Fault-tolerant Measurement
ξ Micro-electromechanical Measurement Technique and Micro-systems
ξ Intelligent Techniques and Its Application to the Instruments Science
ξ Micro-System and Nano-Metrology

Biomedical Engineering (M.S.)

ξ The Processing and Analysis of Medical Signal and Image
ξ Medical 3-D Virtual Simulation and Visualization
ξ Remote-medical Information Engineering
ξ Biomedical Sensor Technology and Information Acquisition
ξ Biomedical Information Systems and Medical Instrument

Electrical Theory and New Technology (M.S.)

ξ Electrical & Electronic Theory and New Technology Application
ξ Power Electronic Theory and New Technology
ξ Intelligence Information Processing and Detecting Technology
ξ Intelligence Control Theories and New Technology

Measuring Technology and Instrument (M.S.)

ξ Modern Precision Measurement and Quality Engineering
ξ Virtual Instrumentation and Virtual Test
ξ Nano-measurement and Metrology
ξ MEMS and Measurement
ξ Intelligent Sensor and Intelligent Test

Management Science and Engineering (M.S., Ph.D.)

ξ Industrial Engineering
ξ Project Management
ξ Electronic Business
ξ Human Resource Management
ξ Higher Education Management

Design Art (M.A.)

ξ Product Form Design
ξ Visual Communication Design
ξ Environmental Art Design (Interior Design and Civil Design)
ξ Computer Aided Industrial Design

Facilities and Special Resources

ξ MENS/NEMS Laboratory
ξ the Key Laboratory of Contemporary Design and Integrated Manufacturing Technology

MENS/NEMS Laboratory

ξ MEMS Integrated Design,
ξ Micro Smart Structure & Smart Skin,
ξ Micro-system Fabrication,
ξ Applied Micro System, and
ξ the Nems and Nano-measuring Technology.

Contemporary Design and Integrated Manufacturing Technology Laboratory

ξ is a key laboratory by the Chinese Ministry of Education
ξ focuses on the research in the fields of Industry Design & Modern Product Creative Design,
ξ Virtual Design/Manufacturing & Concurrent Engineering,
ξ CAE & Synthesize Optimize,
ξ Modern Techniques Design & Manufacturing Information Management,
ξ Quick Response Manufacturing, and
ξ Contemporary Integrated Manufacturing & Project Management.

The School also has the following ten institutes and centers

ξ Automobile Engineering Center
ξ The Laboratory of Joint Technology
ξ Institute of Industrial Design
ξ Aviation History Research Center
ξ CAD/CAM Engineering Center
ξ The Center for Shaanxi Manufacturing Informalization Engineering
ξ The Institute of Non-Conventional Machining
ξ Institute of CAPP & Manufacturing Engineering Software
ξ Micro and Nano Electro-mechanical Systems Center
ξ R&D Center for Project Management, NPU

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~ NPU's School of Electronics and Information

»NPU's School of Electronics and Information

Circuit and System (M.S, Ph.D.)

Theories and Application of Networks and Systems
Data Acquisition and Signal Processing with PC
Application of Micro-electronic Technology
Multimedia and Computer Network Communication
Technology of Information Countermeasure
Automation of Electronic Design
Circuit, System and Microwave Network
Technology of Information Fusing
Multi-sensor Information
Image Engineering & Graphics Engineering, Simulation & Virtual Environment Technology

System Engineering (M.S, Ph.D.)

Modern Fire Control Theory
Large Scale Systems Theory and Application
Intelligent Command and Control Engineering
Integrated Avionics Systems and Simulation Technologies
Theories and Application of Advanced Control
Modeling, Simulation and Effectiveness Evaluation of Complex Systems

Electromagnetic Field and Microwave Technology (M.S, Ph.D.)

Microwave Measurement
Microwave Communication
Applied Microwave Technology
Electronic Countermeasure
Modern Antenna Technology
Computed Electromagnetic Theory
Antenna and Radome
Computed Electromagnetic Engineering

Communication and Information Systems (M.S, Ph.D.)

Multi-media Communication and Advanced Information System
Data Communication and Computer Network
Multimedia and Computer Communication
Mobile Communication
Communication Signal Processing
Data Communication and Network Technology
Microwave Communication
Information Transmission and Processing for Radio Communication, Navigation, Telemetry and Telecontrol System

Signal and Information Processing (M.S, Ph.D.)

Multi-sensor Information Acquisition, Processing and Transmission
Modern Signal Processing and Application
Neural Networks and Intelligent Information Processing
Image Processing and Visualization Technology
Multi-sensor and Array Signal Processing
Detection, Estimation and Adaptive Processing of Signals
Virtual Reality and Multimedia Technology
Digital Signal Processing and Application
Bio-medical Information Acquisition and Processing

Biomedical Engineering (M.S.)

The Processing and Analysis of Medical Signal and Image
Medical 3-D Virtual Simulation and Visualization
Tele-medical Information Engineering
Biomedical Sensor Technology and Information Acquisition

Electrical Theory and New Technology (M.S.)

Electrical& Electronic Theory and New Technology Application
Power Electronic Theory and New Technology
Intelligence Information Processing and Detecting Technology
Intelligence Control Theories and New Technology

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~ NPU's School of Automation

»NPU's School of Automation

Control Science & Engineering (M.S, Ph.D.)

ξ Control Theory & Engineering
ξ Detecting technology & Automatic Devices
ξ Systems Engineering
ξ Pattern Recognition & Intelligent Systems
ξ Navigation,Guidance & Control

Computer Science & Technology (M.S.)

ξ Network and Information Security

Apparatus Science & Technology(M.S, Ph.D.)

ξ Precision Instruments & Machinery

Electrical Engineering (M.S, Ph.D.)

ξ Electric Machines & Electric Appliances
ξ Power system and Automation
ξ Power Electronics & Power Drive

Machine Engineering (M.S.)

ξ Mechatronical Engineering

Traffic and Transportation Engineering (M.S, Ph.D.)

ξ Traffic Information Engineering and Control
ξ Transportation Programming and Management
ξ Biomedical Engineering (M.S.)

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~ NPU's School of Computer Science and Engineering

»NPU's School of Computer Science and Engineering

Computer Organization and Architecture (M.S., Ph.D.)

ξ High Performance Computing and Cluster
ξ Microprocessor Architecture
ξ Application Specified Integrated Circuit
ξ Computer Software and Theory (M.S., Ph.D.)
ξ Data Management Techniques
ξ Software Engineering and Network Software
ξ Computer Applications Technology (M.S., Ph.D.)
ξ Computer Theory and Artificial Intelligence
ξ Distributed Computing Technology and Applications
ξ Measure-Control Technology and Embedded System
ξ Multimedia Intelligent Information Processing
ξ Speech, Image Processing and Computer Vision
ξ Network and Information Security (M.S., Ph.D.)
ξ Network and Information Security
ξ Network Information Countermeasure
ξ Electronic Commerce Technique

Facilities and Special Resources

ξ The Laboratory of Specialized Software
ξ The Laboratory of Principles of Computer Composition
ξ The Laboratory of Network Technology
ξ The Laboratory of Electronic Commerce (E-Commerce Laboratory)
ξ The Laboratory of Embedded Technology
ξ The Laboratory of EDA Technology
ξ The Laboratory of Comprehensive Hardware Technology
ξ The Laboratory of Basic Hardware Technology
ξ The Center for Computer Architecture and Microelectronics
ξ The Institute of Networked Embedded Computing
ξ The Shaanxi Key Laboratory of Speech & Image Information Processing
ξ The Research Room of Network Information Security & Intelligent Processing

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~ NPU's School of Natural and Applied Science

»NPU's School of Natural and Applied Science

Pure Mathematics (M.S.)

Differential Equations
Theory of Functions
Algebraic Combinatorics

Computational Mathematics (M.S.)

Special Matrix and Its Fast Algorithm
Information, Coding and Processing of Graphics and Images
Computation Aided Geometric Design and Graphics
Visualization of Engineering Design and Computation
High Performance Computation in Science and Engineering
Fast and Parallel Algorithm in Information Processing

Applied Mathematics (M.S., Ph.D.)

Applied Probability Statistics and Stochastic Dynamic System
Information Processing and Temporal Serials
Quantitative Economics and Financial Mathematics
Numerical Simulation in Science And Engineering
Theory and Application of Fractal, Bifurcation and Chaos
Discrete Mathematics and System Control

Probability and Statistics (M.S.)

Applied Probability Statistics
Theory, Method and Application of Modern Probability Statistics
Mathematical Physical Statistics and Information Processing
Information Processing and Computer Vision

Analysis and Integration of Systems (M.S.)

Professional Systems and Information Processing
Analysis in Financial System
System Analysis and Control
Graph and Optimization of System Modeling

Statistics (Master Degree of Economics)

Quantitative Economics and Financial Mathematics
Industrial Statistics and Quality Control
Financial Temporal Serials Analysis and Financial Systems Engineering Analysis and Control

Operational Research and Cybernetics (M.S.)

Theory, Method and Application of Nonlinear Programming
Theory and Application of Graph and Combinatorics
Optimization Method and Its Application

Materials Physics and Chemistry (M.S., Ph.D.)

Space Materials Science
Intelligent Materials Physics and Chemistry
Materials Chemistry
Physics of Films and Low-dimensional Materials
Physics of Functional Materials
Polymer Chemistry and Physics

Optical Engineering (M.S., Ph.D.)

Optical Information Processing
Novel Optoelectronic Devices
Optical Sensor
Optoelectronotics and Its Applications
Laser and Its Applications
Functional Materials of Optoelectronotic Information

Optics (M.S.)

Modern Information Optics
Nonlinear Optics
Modern Optical Measurement
Optics of Photonic Crystals?
Micro-nano Photonics

Condensed Matter Physics (M.S., Ph.D.)

Liquid Physics
Physics of Low-dimensional Systems
Physics of Intelligent Materials
Properties of Condensed Matter in Physical Fields

Physical Chemistry (M.S.)

Quantum Chemistry
Surface Chemistry
Materials Physics and Chemistry

Polymer Chemistry and Physics (M.S.)

Polymer Synthesization and Theory of Its Performance Modification
Structures and Performance of Polymers
Theory of Polymer Molding
Functional Polymers

Applied Chemistry (M.S.)

Preparation and Applications of Fine Chemical
Environmental Chemistry
Chemical Separation and Purification
Applied Quantum Chemistry
Modern Organic Synthesization

Biomedical engineering (M.S.)

Biomedicine Polymers

Environmental Engineering (M.S.)

Environmental Pollution Prevention and Environmental Simulation
Materials of Environmental Engineering
Environmental Information Processing

Chemical Technology (M.S.)

Development and Applications of Fine Chemical
Energy Technology and New Materials

Materialogy (M.S., Ph.D.)

Materials Processing Engineering (M.S., Ph.D.)

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~ State Key Laboratory of Solidification Processing, Xi'an

»Slow relaxation of piezoelectric response in CdZnTe ferroelectric semiconductor single crystals

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~ Xi'an Aircraft Company

»Xi'an Aircraft Company

About Xi'an Aircraft Industry(group) Company Limited (hereafter refered to XAC)

ξ the super-sized aviation industry enterprise integrated with scientific research and production
ξ is a base of developing and manufacturing large and medium-sized airplanes in China
ξ has more than 20,000 employees
ξ covers a total area of 3 million square meters
ξ established in 1958
ξ insists on taking development and production of military and commercial airplanes as first priority
ξ seeking the scientific and technological progress for development and greatly developing the non-aero products
ξ has become a high tech industry group integrated with aircraft
ξ automobile, architectural material,electronic products and import and export trade etc

ξ Over 40 years
ξ developed and manufactured more than 20 different types of aircraft, such as
ξ Chinese flying leopard, B6 family
ξ 30 airplanes in 5 types participated the 50th aniversary National Day military parade;
ξ the commercial airplanes are Y7 family and
ξ Modern Ark 60(MA60), which is designed and developed according to requirements of CCAR-25 and FAR-25;
ξ it's safety, reliability, comfort, economy and maintainability have reach to or close to the level of similar advanced commuter aircraft in the world

ξ In 1980, XAC took its first step in international aviation cooperation and joint-venture management with many world-famous companies of foreign countries,
ξ such as the U.S.A., Canada, Italy, France and Germany
ξ The parts and components for foreign companies produced in XAC are mainly B737-700 vertical fins and B747 components for Boeing, Airbus doors and
ξ ATR42 wing box for Aerospecial,
ξ CL415 components for Canadair as well as
ξ ATR72 section 16 for Alenia etc..

ξ Non-aero products are mainly Volvo luxury bus,
ξ XIFEI brand aluminum extrusions,
ξ architectural metal panel,
ξ aluminum doors and
ξ windows series products, VCM film laminate plate, frequency variable ambiguity controller, morale bookshelf,
ξ anti-static floor board and so on

ξ XAC has possessed the parent-and-son company system of taking the capital as a link,
ξ of which Xi'an Aircraft International Corporation is a listed company;
ξ Xi'an Silver Bus Corporation, a joint-venture;
ξ XAC Aluminum Industry Limited Corporation,
ξ XAC Decorating and Furnishing Company Corporation and
ξ XAC Qinghua Electronics Company
ξ are the share holding son-companies and share cooperation system enterprises, And
ξ XAC financial Affairs Company and
ξ XAC Group Import and Export Company are setup by XAC, too

ξ With the development strategy,"Take aircraft as first priority and develop a diversified economy with high scientific research capability and technologies and foreign-oriented production", and quality policy,
ξ "Custom supreme, Human Resource Fundamental, Management Systematic and Improvement continuous" insisted on,
ξ XAC continues to deepen the reform, enhance the management, speeds up the development and
ξ is willing to cooperate with partners and friends from all walks of life and from China and
ξ abroad to build XAC into a well-known modern aviation enterprise group in china and the world.

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~ Xi'an Jiatong University

Xi'an Jiatong University

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~ References

Shaanxi (sx) Province
Acoustic Engineering and Detection Technology Laboratory, Xi'an
� Aeronautical Fluid Dynamics Laboratory, Xi'an (NPU)
Aircraft Strength Research Institute, Xi'an
China Aeronautics Computing Technique Research Institute, Xi'an (CAIB)
� China Flight Test Establishment (Flight Test Research Institute), Xi'an
� Flight Automatic Control Research Institute, Xi'an
Northwest Polytechnical University, Xi'an (NPU)
� Shaanxi Aircraft Company, Chenggu
� Shaanxi Liaoyuan Aero-Mech Corporation, Yang Xi'an
State Key Laboratory of Solidification Processing, Xi'an
� State Special Laboratory of Thermal Engineering Information Processing, Xi'an
� Tianda Aero-Industry Corporation, Hanzong
Xi'an Aircraft Company, Xi'an
� Xi'an Aircraft Industrial Group, Xi'an
� Xi'an Aircraft Design and Research Institute, Xi'an
� Xi'an Aisheng Technology Corporation, Xi'an
� Xi'an ASN Technology Group, Xi'an

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