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SUMMARY
Chiachung Chen has over 20 years consulting experience in the master
plan of Integrated Agricultural System and 30 years designing experience
in agricultural facilities. Extensive experience with mechanization and
automation of crops production, improvement of the processing equipment
of biological materials, design of the tropical and subtropical
greenhouse, mass production of vegetables and herbs, and master plan of
plant micropropagation laboratory. He has the rich experience to perform
the master plan of agricultural production in many countries.
He was
previously the head of Department of Bio-industrial Mechatronics
Engineering, National Chung Hsing University, Consult of Ministry of
Science and Technology, Executive Yuan, Taiwan and the head of Taiwan
Commercial Orchid School. Now, he served as the director of the Africa
Research Center, National Chung Hsing University and the leader of the
Eswatini Sustainable Aqua-economic Development Authority (ESASA).
In
recent years, the main task is to combine agricultural modernization,
industrialization, medical industry and education to promote the overall
development of a state or country.
ACADEMIC AWARD
1. World’s Top 2%
Scientists 2020
by Stanford University and
Elsevier publisher, include
Lifetime Science Impact
Rankings (1960-2020)
2020 Annual Science Impact
Ranking
2. 2020 MDPI Top Reviewer
Award
The winners of the 2020
MDPI Top Reviewer Award
One of the thirty winners
selected from 369,916 scholars served as reviewers for MDPI journals in
2020.
HIGHLIGHTS
1.
Mechanization and Automation of crops production
2.
Processing of biological materials
3.
Design of agricultural facilities and greenhouses
4.
Environmental control of bio-systems
5.
Scale-up of the bio-production systems
6.
Mass production of plant micropropagation
7.
Mass production of herbs and vegetables
8.
Aquaculture engineering
9.
Sensing technique of agriculture bio-systems
10.
Integrated agricultural systems
11.
Biomedical engineering
ACCOMPLISHMENTS
Dr. Chen
developed and design the tropical and subtropical greenhouse. It can
resist the impact of Typhoon and maintain enough ventilation. The
content design of greenhouse facilities included three-types of orchid
greenhouse for Phalaenopsis, Oncidium and Catelyn
orchids. He developed special Quarantine greenhouse and
Biosafety
greenhouse used in high temperature weather. He design three levels of
vegetable production greenhouse for leafy vegetables, fruits vegetables
and seedlings. He extended net-house for fruit tree production in
insect-protected conditions.
The
design of agricultural facilities of his experience included master plan
of the orchid production, vegetables production sites, plant tissue
culture laboratory, mushroom production, herbs production, livestock
production and site planning, and aquaculture production and site
planning.
He has
adequate experience about the development of the biomedical equipment.
He has developed the perspiration measuring system, infrared tympanic
thermometers, sphygmography and breath
analyzer.
The
key techniques to create the sustainable integrated agriculture system
are “the output of one system is to be the input source of other
systems” and “No waste! Less pollution! Sustainable production”.
Comprehensive planning of the main task is to combine agricultural
modernization, industrialization, medical industry and education to
promote the overall development of the country. This plan has its
short-range, medium-range and long-range projects, emphasizing the
sequential development of economic development, environmental protection
and talent cultivation
EXPERIENCE
(I).
Integrated agricultural systems
(II).
Master planning of the greenhouse and crop production site
(III).
Overall development plan of the country.
1.
Japanese greenhouse production: Chiba, Saitama, Utsunomiya, Kumamoto,
Kagoshima, Okinawa
2.
Korean greenhouse production: Seoul, Daejeon, Busan
3.
Haiphong, Vietnam: Phalaenopsis and fruit and vegetable production
4.
Thailand: Rice drying center
5.
Surabaya, Indonesian: fruit and vegetable production
6.
Medan, Indonesian: Tissue culture plantlets factory
6. Klang,
Malaysia: Fruit and vegetable production center
7.
Singapore: Phalaenopsis production
8.
Manchester, UK: Phalaenopsis production
9.
United States: San Francisco, Los Angeles, New York, Maryland,
New
Jersey, Orchids and others crop production
10.
Israel: Desert fruit and vegetable greenhouse
11.
Baguio, Philippines: The international cooperation of turnkey projects
12.
Eswatini: Integrated agricultural systems
EDUCATION
1988
PhD
in Agricultural Engineering
Institute of Engineering, University of Minnesota, USA
1980
Ms
in Agricultural Engineering
College
of Agriculture, National Taiwan University, Taiwan
1978,
Bs
in
Agricultural Engineering
College
of Agriculture, National Taiwan University, Taiwan |
