S&T Policy for China - Arizona State University
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Transcript S&T Policy for China - Arizona State University
China
Land of Many Contradictions
Yolanda Serrano-Gehman
Mark Rice
Wayne Porter
Patrick Dostal
Ukjin Roh
China’s S&T History
Ancient and Recent
China was a world technology leader in ancient times, having
developed paper, gunpowder and ceramics
It became isolated for hundreds of years, and remained so
while Europe and the U.S. led the Industrial Revolution
In 1949, Mao-led China implemented a centralized S&T
policy modeled on that of the Soviet Union
The Cultural Revolution of 1966-1976 caused a standstill in
work by China’s S&T community
In 1978, Deng implemented “Four Modernizations” in
agriculture, industry, science and technology, and national
defense, moving China’s policies toward a Western model of
planning and management
Cultural/Social Context
Current Chinese civilization is the result of a centuries-long
tradition of indoctrination and education by Confucian
scholar-officials.
Recently there has been a departure from Confucianism,
which is more noticeable in the urban population centers
than in rural areas.
Chinese social structures have changed with the migration
of rural peasants to the cities.
One of the most important phenomenon in China today is
Guanxi, translated as “social connections”, or “social
networks”.
Education System
Marketization of Higher Education
Decentralizing of higher education system and allowing
universities to become state-run
Amalgamation of Higher Education Institutions
Conglomeration of smaller universities into larger
university systems to allow for economies of scale and
offer more liberal education
Potential Problem
Less Access due to rising costs
Need for something similar to Community College
system
Current Political/Economic
Context
Communist Party control provides China with a stable
political environment not subject to ‘party-in-power’ swings
Current bifurcation between rural peasants and affluent
urban population represents a challenge for leaders
Strongly rising GDP and export revenues provide
opportunities to use S&T policy to meet social goals
Many indicators of technological progress show that
China continues to advance
China’s Current S&T Policy
Environment
The Ministry of Science and Technology (MOST) has
responsibility for coordinating and organizing all of China’s
official S&T activities
The Chinese Academy of Sciences (CAS) Elected
academy members have a significant consulting and
advisory role.
The National Natural Science Foundation of China
(NSFC) was consciously modeled after the National
Science Foundation of the United States. Principal grant
awardees are Chinese universities and CAS research
institutes.
China’s S&T Policy Goals
Key Technologies R&D Program:
agriculture, high-tech and social development
National High Technology R&D Program
cultivating younger S&T researchers & finding a niche in
global high-tech industries for China
Torch Program
developing new high-tech industries by establishing
industrial development zones, helping market high-tech
products, promoting international cooperation with China’s
high-tech industries, and training and attracting a talented
workforce
National Basic Research Priorities Program
mathematics, life sciences, information science,
material science, energy and the environment
National R&D Statistics for
China
China’s R&D expenditure growth is substantial, but lags behind
other highly developed countries.
China has the largest R&D expenditures of any non-OECD (i.e.
non-highly developed) nation, and its rate of expenditure
compares favorably to other developing countries
The current exchange rate is about 9 RMB = $1
1995 1996 1997 1998 1999 2000
Gross Expenditures on R&D (billion RMB)
34.9 40.5 50.9 55.1 67.9 89.6
Annual Growth of GERD (%)
-0.6
GERD/GDP (%)
0.6
9.5 24.9 10.9
26 17.9
0.6 0.64 0.69 0.83 1.01
Source: China Science and Technology Statistics. Data Books for 2000 and 2001. Ministry of Science and
Technology.
Wealth vs. Grain Output
Average Annual Wage of Staff
and Workers by Region 1997
Over 8000 yuan
7000-8000 yuan
6000-7000 yuan
5000-6000 yuan
4000-5000 yuan
Output of Grain by Region
Tons of Grain,
in Millions
30-40
20-30
10-20
5-10
0-5
Source: China Statistical Yearbook 1998. CD-ROM
University of Turku Department of Political History, East Asia Programme 2000
Average Income
per Capita (Yuan)
Rural vs. Urban Areas
5000
4500
4000
3500
3000
2500
2000
1500
1000
500
0
Rural
Urban
81 82 83 84 85 86 87 88 89 90 91 92 93 94 95
Source: China Statistical Yearbook 1998. CD-ROM
University of Turku Department of Political History, East Asia Programme 2000
Recommendations
Sustainable Technology Development
Provide the farmers with a way to feed a nation of
1.2 billion without destroying their cropland
Increase Higher Education in Rural Area’s
Will decrease the migration to cities for education and
provide diverse employment opportunities in rural areas
Build Rural Infrastructure
Will attract more industry, allow for better health care, and
create co-operatives agrarian economy for the rural
population to strengthen the rural communities.