NUCLEAR HRD IN THAILAND HRD in Thailand-22 March 2018.pdf · • NDT Promotion Association • Thai...
Transcript of NUCLEAR HRD IN THAILAND HRD in Thailand-22 March 2018.pdf · • NDT Promotion Association • Thai...
NUCLEAR HRD IN THAILAND
Supitcha ChanyothaNuclear Engineering Department
Chulalongkorn University
E-mail: [email protected]
Visit us at http://www.ne.eng.chula.ac.th
www.eng.chula.ac.thNUCLEAR ENGINEERING
Content
• Coordination Networks for Nuclear HRD in Thailand
• HRD at Chulalongkorn university
www.eng.chula.ac.thNUCLEAR ENGINEERING Keys Coordination Networks
for Nuclear HRD in Thailand
Government
• Nuclear Policy and Promotion• Planning of Nuclear Power Program• Nuclear Regulation and Control
Regulatory Authority• Licensing• Inspection• Evaluation and Analysis of Nuclear
Safety
Industries
• Construction, Design &A/E• Manufacturing of Component and
Equipment
• Nuclear Society of Thailand• NDT Promotion Association• Thai Research Fund
Society & Association
Nuclear R&D Institution
• Development, Acquisition, Dissemination of Nuclear Technology
• Nuclear Manpower Training
University
• Education in Nuclear Engineering• Education in Engineering, Science and
Technology• Undergraduate and Graduate level
Utilities
• Operation and maintenance of NPP• In-house Training for NPP Personal• Distribution/Transmission
OAP ERCT
National Energy Policy Committee, NEPC
TINT
Thai nuclear Energy Commission, TNEC
EGAT
FTI
CU KU
International Network
• IAEA, USDOE• ANENT• FNCA, JAEA, FIHRDC(Fukui)• KAERI• ASEAN Large Nuclear and Synchrotron
Network, LNSN• Center of Plasma and Nuclear Fusion
Technology (CPaF) • Universities, Industries, Associations
Royal Thai Government
www.eng.chula.ac.thNUCLEAR ENGINEERING
• Ensure and take on the leading role in nuclear education in Thailand and in the region to support the fast growing nuclear industry around the world.
• Develop quality personnel to meet international standards.• Innovation and research for social development
Networking Nuclear Education
www.eng.chula.ac.thNUCLEAR ENGINEERING
Chulalongkorn University
• Established in 1917• 19 Faculties, 3 Schools, 3 Colleges, 6 Institutes• 40,000 Students + 2,912 faculty members
Faculty of Engineering
• Established in 1913
• 12 Departments, 1 School
• 6,500 Students
Department of Nuclear Engineering
• Established in 1973 to support the Nuclear Power Program
• The only Nuclear Engineering Department in ASEANOffer 4 Programs (B.Eng, M.Sc, M,Eng, Ph.D)
Chulalongkorn University
http://www.ne.eng.chula.ac.th/en/
http://www.eng.chula.ac.th
http://www.chula.ac.th/
5
Phra Kiew, the emblem of
Chulalongkorn University.
www.eng.chula.ac.thNUCLEAR ENGINEERING
Roles of Academic Institution
Technical
Non-Technical
BOTH
Students Public
EducationTraining Outreach
Trainees
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Provide nuclear educational program
Conduct of research and study
Provide of consultation and assistance on nuclear issues
Provide of basic nuclear training
Public outreach
1. Human Resource Development
111111111111111. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
www.eng.chula.ac.thNUCLEAR ENGINEERING
www.eng.chula.ac.thNUCLEAR ENGINEERING
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Since establishment in 1973 to support the Nuclear Power Program, the Department has produced hundreds of graduates among all of our programmes. Our graduates either continued their study at higher level or went to work in various types of organizations both in Thailand and abroad, including electricity utility, petroleum, medical, research, government, regulator, as well as training and education.
NPP Interested
NPP postponed
NSS
HRD at CU
1st NPP attempted 2nd NPP attempted3rd NPP attempted
TMI Chernobyl
Fukushima Daiichi
~100 trainees > 250 trainees
www.eng.chula.ac.thNUCLEAR ENGINEERING
1. Nuclear Instrument Lab2. Nuclear material Engineering lab3. Radiation Detector Material Lab4. Thermal-hydraulics and Nuclear
Reactor Safety Lab
111111111111111. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
www.eng.chula.ac.thNUCLEAR ENGINEERING
Benchmarking University Programmes using the IAEA Approach and Assessment Tool
M. Sbaffoni, K. Hanamitsu, A. Kosilov, B. Shalaby, Y. Jevremovic
IAEA Expert Mission, February 18-22, 2013
* CU curricular have national accreditation system; done by Ministry of Education
For benchmarking the program, to enhance the quality of nuclear
engineering program at CU. we have a cooperation with more established
institutions and universities. Scientific visits conducted at TAMU , U of Tokyo,
Tokyo Institute of Technology. IAEA and CoE experts had been invited to CU for curriculum evaluation
2. Quality of Education and Training
1. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
www.eng.chula.ac.thNUCLEAR ENGINEERING
Product of Quality of Education and Training
1+2+3+4
111111111111111. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
20 NS Students will receive fellowship from CBRN EU Centers of Excellence
Create the educational
linkage between the AEC
www.eng.chula.ac.thNUCLEAR ENGINEERING
International Programme in Nuclear Security and Safeguards20 Students from ASEAN attending the program.
All students received two-year fellowship from the EU CBRN Center of Excellence.
• To develop human resources in the field of nuclear security and safeguards in the Southeast Asian region.
• To create linkage or network and collaboration in the field among the ASEAN nations.
• To strengthen the regional and global schemes of nuclear security and safeguards.
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Eighty percent of the graduates of the
programme have also proven to be able to
directly and effectively contribute to their
country’s nuclear safety and security programme through their employment.
Good program &good international education network
1. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
www.eng.chula.ac.thNUCLEAR ENGINEERING Real Practices &
visits the nuclear facilities -- looking for internship --
1. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
www.eng.chula.ac.thNUCLEAR ENGINEERING
Real
Practices
1+ 2. Quality of Education and Training
1. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
www.eng.chula.ac.thNUCLEAR ENGINEERING 1+2.+3
1. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
www.eng.chula.ac.thNUCLEAR ENGINEERING
www.eng.chula.ac.thNUCLEAR ENGINEERING
Industrial and Environmental Application
Nuclear Electronics
Thermal Hydraulics
Nuclear Engineering Materials
Radiation Processing and Radiation Chemistry
1. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
www.eng.chula.ac.thNUCLEAR ENGINEERING 2+ 3. Use of technology
1. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
www.eng.chula.ac.thNUCLEAR ENGINEERING CANTEACH e- learning
During the 2nd NPP attempted, Nuclear engineering courses (31 modules) were developed under HRD project collaboration with Canadian Universities/Utilities
1919
1919191. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
www.nuceng.ca/canteachmirror/chulalongkorn.html
www.eng.chula.ac.thNUCLEAR ENGINEERING Utilization of IAEA e-learning material
2020
ARS since 1997 as a teaching tool
1. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
www.eng.chula.ac.thNUCLEAR ENGINEERING The role of governments in
educational networks
Coordination between Government , universities, industry and research institutes is critical to make the network success
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“bridges”
1. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
www.eng.chula.ac.thNUCLEAR ENGINEERING
1 . Offer SHORT COURSES for upgrading of industry personnel
5. Cooperation between Education and Training Institutions with industry
CU has the experience in conducting a comprehensive and integrated approach in training nuclear workforce in Thailand.
6. The role of governments in educational networks
1. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
Electricity Generating Authority of Thailand Fundamental Nuclear energy , Advanced course in Nuclear Engineering, Online courses
Office of Atoms for Peace Site selection process
Institute of Industrial Energy Nuclear technology
Thailand Institute of Nuclear Technology Nuclear Engineering, Thermal hydraulics
Custom Office Second Line Defense (MEGAPORT project) with the assistance from USDOE/PNNL
www.eng.chula.ac.thNUCLEAR ENGINEERING
COURSES CONDUCTED IN NUCLEAR EDUCATION FOR ELECTRICITY UTILITY STAFF
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Training period May - November 2015
1. Fundamental of Nuclear Energy (30 hrs.) 859 trainees 2. Advance course on Nuclear Engineering (85 hrs.) 99 trainees
2017 2015
Since the 3rd NPP attempted
1. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
www.eng.chula.ac.thNUCLEAR ENGINEERING
http://learnonline.egat.co.thExperience in Learn Online Development
Downloadable Course material (PDF File)
45 learning hours
E-learning for the Engineers working atElectricity Generating Authority of Thailand
1. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
Outreach
www.eng.chula.ac.thNUCLEAR ENGINEERING
The Thailand Research Fund co-operation with EGAT • A Study on Readiness Preparation for the Safe Utilization of Nuclear Energy for
Electricity Generation• Survey Study of Small Modular Nuclear Reactor (SMR) Technology
Nuclear Power Program Development Office (NPPDO) cooperation with Federation of Thai Industries • Studying and Planning on Industrial Infrastructure and Industrial Standards and
Trade Strategic and Local-area Study on Environmental impact of Nuclear Power Plant Program
Thailand Institute of Nuclear Technology. • Conduct a Testing System of Type A Package for Transportation of I-131 (TINT)
Office of Atoms for Peace• Preparation of Legislations for Regulating Thailand's Nuclear Power Plants (OAP)
2. Joint research projects between academia and industries
3. Industry support students through prizes, awards, scholarships
5. Cooperation between Education and Training Institutions with industry
25
1. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
www.eng.chula.ac.thNUCLEAR ENGINEERING
Develop course material for the Public through the Multimedia displayLearn online
How electricity generation ?
Nuclear Education E-learning Web page of The Energy Regulatory Commission of Thailand
- Basic knowledge in Nuclear energy- Information about Fukushima Daiichi accident
1. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
Outreach
www.eng.chula.ac.thNUCLEAR ENGINEERING
The activities support RAS 0065Nuclear Science and Technology for Secondary Schools: Compendium of Resources and Activities for
Teachers and Students,
IAEA Technical Co-Operation Expert Mission Under RAS0065 09: June 20-24, 2016 at Chulalongkorn University
IAEA expert: Mr. Iimoto Takeshi, The University of Tokyo
Cloud Chamber Experiment
Face to face; Train the Trainer activities- Lecture + experiment
Outreach
1. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
www.eng.chula.ac.thNUCLEAR ENGINEERING
Open house activities during Academic exhibition
Outreach Programme
1. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
www.eng.chula.ac.thNUCLEAR ENGINEERING
• Office of Atoms for Peace
• Thailand Institute of Nuclear Technology
• Electricity Generating Authority of Thailand
• Customs
• Other universities
• Hospitals
• Japan : TIT, MEXT, NSRA, NIRS, JAEA, Tokyo U., Tokai U.
• Canada : AECL, UNB, McMaster, EcolePolytechnique of Univ. of Montreal
• Korea : KAREI, KAIST, UNIST, KNA
• USA : Florida State Univ.,PNNL, Purdue, Wisconsin
• France : CEA
• China : Tsinghua Univ.,NUCTECH
• Russia : Rosatom, MEPhi
• Networks: ANENT, INSEN,NSSC
INTERNATIONAL NETWORKS- INSEN (International Nuclear Security Education
Network)- ANENT (Asian Network for Education in Nuclear
Technology)- ANSN (Asian Nuclear Safety Network)- ANEN (Asian Nuclear Education Network)
7. Sustainability of Educational Networks
www.eng.chula.ac.th
Asian Network for Education in Nuclear Technology (ANENT) is a regional
partnership, supported by the IAEA, aiming the cooperation toward capacity
building, human resource development and knowledge management in nuclear
science and technology in Asia and the Pacific region.
ANENT has 21 member countries in Asia and the Pacific region.
ANENT has 9 collaborating member organizations
ENEN WNU MEPhI ARCCNM ASNMLANENT UNENUEAFRA-NEST STAR-NET
Vietnam
Australia China India Indonesia
Mongolia Pakistan The Philippines Sri Lanka Thailand
Bangladesh
Syria
Korea
Malaysia
Lebanon
UAE
Japan Jordan
Yemen
Iraq
ANENT
7. Sustainability of educational networks
303030303030303030303030301. Human Resource
Development
2. Cooperation between Education and Training
Institutions with industry
3. Use of technology
4. Outreach5. Quality of
Education and Training
6. The role of governments in
educational networks
7. Sustainability of educational
networks
www.eng.chula.ac.thNUCLEAR ENGINEERING
www.anentweb.org
1. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
www.eng.chula.ac.thNUCLEAR ENGINEERING
Member of International Nuclear Security Education Network (INSEN) since 2012
7. Sustainability of educational networks
1. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
www.eng.chula.ac.thNUCLEAR ENGINEERING
1. Professional Development Course on Nuclear
Security Education, King’s College London (KCL),
United Kingdom
2. IAEA-ICTP International School on Nuclear
Security, ICTP, Italy
3. A professional development course on IT/cyber
security, Brandenburg University of Applied
Sciences, Germany
4. Strategic Trade Control, Center for International
Trade & Security (CITS), University of Georgia, USA
King’s
Brandenburg ICTP
Participation at the international level can build and expand a education network.
King’s
7. Sustainability of educational networks
1. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
www.eng.chula.ac.thNUCLEAR ENGINEERING
28-29 May 2015 - Japanese University Network
for Global Nuclear Human Resource Development (JUNET-GNHRD) Meeting at CU : - Prof. Akira Nishimura, Tokyo Institute of
Technology, - Prof. Jun Sugimoto, Kyoto University,
Long Distance Learning (WBI)
Japanese University Network for Global Nuclear Human Resource Development (JUNET-GNHRD)
Global Nuclear Education Network (GNEN)
Lecture 1
Title: Human-friendly Radiation
Therapy-Boron Neutron Capture
Therapy
Date: 30 Oct 2017
Lecturer: Prof. Isao Murata(Osaka
University)
Lecture 2
Title: Fundamentals of Nuclear
Security
Date: 13 Nov 2017
Lecturer: Prof. Hiroshi Sagara (TIT)
(Kyushu University
Lecture 3
Title: Introduction to back-end of
Nuclear Fuel Cycle
Date: 15 Dec. 2017
Lecturer: Prof. Yohichi Enokida
(Nagoya University)
Lecture 4
Title:Plutonium Issues
Lecturer: Prof. Masaki Saito (TIT)
PROGRAM of GNEN LECTURE 2017/2018
1. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
www.eng.chula.ac.thNUCLEAR ENGINEERING
HRD under MOU with NKA
o Nuclear Engineering Programs (HYU)• Consultation on Remodeling of NE Program• Consultation on NE Curriculum• Support for Nuclear Engineering Laboratories
○ Nuclear Educational and Training Programs (KNA)• Lectures by Korean Professors (Intensive
Courses)• Internship of Students at Korean Nuclear
Organizations• Thesis Guidance for MS and Ph.D Students
o NE HRD Network (HYU/KNA)• International NE HRD Workshop• Support Professors/Experts to attend a Meeting
at Korean Nuclear Societieso Special Seminar for engineers student and public
7. Sustainability of educational networks
1. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
www.eng.chula.ac.thNUCLEAR ENGINEERING
• Assistance University Kebangsaan Malaysia, UKM Malaysia, for curriculum development and implementation of a Master degree in nuclear safety, security and safeguards
7. Sustainability of educational networks
Visited Korean universities, 2017
19-21 May 2016Kyung Hee University
1. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
www.eng.chula.ac.thNUCLEAR ENGINEERING
Conclusions
• The national/international linkages between the education, training institutes, utility and industries are very important and beneficial to the national nuclear HRD.
• Government coordination is essential to help the nuclear education/knowledge be successful and sustainable.
• Personal contact with professionals in the nuclear network is a long-term relationship and never ended.
• The outreach activity should be continued and serious which needs the support of industry and government as well.
1. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
www.eng.chula.ac.thNUCLEAR ENGINEERINGNUCLEAR ENGINEERING
Education and Research on Electron LINAC Projectโครงการศูนยศึ์กษาและวิจยัเคร่ืองเร่งอนุภาค
Applications of Interest
Scalable for service
High energy X-ray imaging (for large structure)
NDT for material characterization
Research scale
Radiation processing and polymerization
Semiconductor improvement
Irradiation of food and agricultural products
HEXTRON-6/800 Electron Linear Accelerator
X-ray beam energy: 6 MeV.
X-ray beam dose rate at 0°: 800cGy/min@1m.
X-ray focal spot size: less than 2 mm in diameter.
X-ray flatness: ≥62%
X-ray asymmetry: ≤±5%
Leakage radiation: ≤0.1%
X-ray field size: A standard 30°cone defines the field. As an option, an outer collimator is available to provide rectangular field. For this situation, the field size can be continuously adjustable from 0°to 23°in both horizontal and vertical directions.
www.eng.chula.ac.thNUCLEAR ENGINEERING
Tel 02-218-6781, Fax [email protected]
1. Human
Resource
Development
2. Quality of Education and Training
3. Use of technology
4. Cooperation between Education and Training
Institutions with industry
5. Outreach 6. The role of
governments in educational networks
7. Sustainability of educational
networks
www.eng.chula.ac.thNUCLEAR ENGINEERING
Support slides
www.eng.chula.ac.thNUCLEAR ENGINEERING Bachelor of Engineering
www.eng.chula.ac.thNUCLEAR ENGINEERING
4 Sub Fields
Instrumentation and Measurement
Industrial Application and Environment
Nuclear Power
Nuclear Materials and Radioactive Waste B.Eng. in Nuclear and Radiological
Engineering
www.eng.chula.ac.thNUCLEAR ENGINEERING