Needs "ANTEP Questionnaire 2011"
A1. Radiation Safety
A1. Radiation Safety
No
Country

OutlineSpecification

Level

MethodType

Priority(Organization)

1
2

IDN
Radiation safety(BAPETEN)
KAZ
Radiation Safety

Specific

Training

Invitation

Low

Physical protection

Specific

Training

Invitation

High
High

3

KAZ

Radiation EffectNuclear material and fuel properties chages during long term disposal

Specific Knowledge acquisition Dispatch

4

MYS
(NM)

Emergency Preparedness & Response

To acquire knowledge on various aspects of emergency preparedness and response:• Understanding of IAEA guidelines and International Nuclear Emergency Scale• Appreciation of preparedness and response function• Local emergency preparedness and response team organization• Generic Intervention Levels• Generic Action Levels• Emergency Worker Guidelines/Guidance• Operational Intervention Levels• Urgent Protective Action• Emergency Management & Decision making techniques• Technical preparedness and response

Specific

Training

Invitation Very High

5

MYS
(NM)

Environmental & Reactor Effluent Monitoring

Reactor Gaseous Effluents and Liquid Effluents monitoring
Monitoring of radio-nuclides in the environment

Specific

Training

Invitation Very High

6

PHL

Instructor Training on Radiation Protection

To develop competent trainers who will transfer the knowledge gained to future staff of nuclear establishments SpecificTraining

Invitation Very High

7

PHL

Emergency Preparedness and Response

To acquire hands-on experience on emergency response to enhance the capability for radiological dose
assessment of a given emergency situation

Specific

Training

Invitation Very High

8

PHL

Nuclear Instrument MaintenanceTo acquire knowledge and skills on how to maintain nuclear instruments

Specific

Training

Invitation

High

9

THA
(OAP)
THA
(TINT)

Emergency Preparedness

preparation for NPP

Specific

Training

Invitation

High

Radiation Safety

computer code for atmospheric and aquatic dispersion modelSpecific

Training

Invitation

High

11

THA
(TINT)

environmental radiation monitoring

environmental radiation measurement and monitoring

Specific

Training

Invitation

High

12

VNM
(VINATOM)

Radiation Safety

Radiation Safety System design and Radiation Control in Nuclear Facilities

Specific

Training

Dispatch Very High

13

VNM
(VINATOM)

Radiation Instrumentation and Measurement

Radiation instrument examination and calibration

Specific

Training

Dispatch

High

14

VNM
(VINATOM)

Radiation EffectRadiation desease treatment

Specific

Training

Invitation

High

15

VNM
(VINATOM)Radiological emergency preparedness and response

Formulation of radiological emergency plans, radiological exercise

Specific

Training

Invitation

High

10

1/1

Needs "ANTEP Questionnaire 2011"
A2. Radioactive Waste Management
A2. Radioactive Waste Management
No. Country
OutlineSpecification

Level

MethodType

Priority(Organization)

1

IDN
Radiation Waste(BAPETEN) Management

Treatment and Disposal

Liquid waste treatment, high active material long term disposal

Specific Training Invitation

High

Specific Training Invitation

High

2

KAZ

Radioactive Waste
Management

3

MYS
(NM)

Radioactive Waste
Management at NPP

4

MYS
(NM)

5

MYS
(NM)

Site characterization fornear surface disposal
facility

To acquire knowledge and gain hand-on experience on site
haracterization of near surface disposal facility.

Specific Training Invitation Very High

6

MYS
(NM)

Radionuclide transportstudy

To acquire knowledge and gain experience on hydrogeological dataassessment and transport of radionuclide.

Specific Training Invitation Very High

7

MYS
(NM)

8

PHL

Specific Training Invitation Very HighTo acquire basic knowledge and hand-on experience on various
aspect of pre-disposal radioactive wastes management which include
collection, treatment, conditioning and storage before send to
disposal facility.
Specific Training Invitation Very High
Safety Assessment of
To enhance the capability of performing a safety assessment of a
Radwaste Disposal Facility radwaste disposal facility

Specific Training InvitationHigh
To acquire basic knowledge and hand-on experience on various
aspect of radioactive wastes management at NPP level which include
collection, treatment, conditioning and storage before send to
disposal facility.
Safety assessment of near To acquire knowledge and gain experience to do safety assessment Specific Training Invitation Very Highsurface disposal facilityof near surface disposal facility including the use of several computercode and calculation.

Pre-disposal ofRadioactive waste
management

1/2

Needs "ANTEP Questionnaire 2011"
A2. Radioactive Waste Management
A2. Radioactive Waste Management
No. Country
OutlineSpecification

Level

MethodType

Priority(Organization)

9

THA
(OAP)

Regulatory Framework
Establishment

Establisment of Radioactive Waste Management Regulation (Waste Generaledge acquDispatch Very Highfrom Non-Nuclear and Nuclear Facilities)

10

THA
(OAP)

Licensing Control

Licensing and Approval of Radioactive Waste Management Facilities(Constuction , Commissioning , Operation and Decommissioning )Specific Training Invitation Very High

11

THA
(OAP)

Inspection and Sasety
Assessment

OJT on Inspection and Safety Assessment of Radioactive Waste
Management Facilities

Specific Training Invitation Very High

12

THA
(OAP)

Waste management

HLW management and disposal

General Training Invitation

Low

13

THA
(TINT)

LLW and HLW Treatment
and Disposal

treatment methods and techniques used in NPPGeneraledge acquDispatch

High

Radiactive waste treatment technology

Specific Training Invitation Very High

14

VNM
Radioactive Waste(VINATOM Management (Treatment,)
Disposal)

2/2

Needs "ANTEP Questionnaire 2011"
B. Radiation and Isotope Application
B. Radiation and Isotope Application
No. Country
OutlineSpecification

Level

MethodType

Priority(Organization)

1

IDN(BATAN)Radioisotope production
using cyclotron

Preparation of gas and solid targets; targetery system

Specific

Training

Invitation Very High2

IDN
(BATAN)Radioisotope production

Preparation of sealed-sources for brachytherapy

Specific

Training

Invitation Very High3

IDN
(BATAN)Radiopharmaceuticalproduction

Radiopharmacology

General Knowledge acquisition Dispatch

4

IDN(BATAN)Radiopharmaceuticalproduction

Organic synthesis of ligands

Specific

Research

Invitation Very High5IDN
(BAPETEN)

appl. for agriculture andenvironment

Specific

Research

Invitation

IDN(BAPETEN)
IDN(BAPETEN)

application for nuclear
medicine
research reactor utilization

Specific

Training

Invitation Very HighSpecific

Training

Dispatch

High

8

KAZ

Application for Agriculture/
Environment

Biofertilizers, tracers ets

General Knowledge acquisition Dispatch

High

9

KAZ

Application for Nuclear
Medicine

Radiopharmaceuticals, oncology diagnostics and therapy

Specific

10

KAZ

Researc Reactor Utilization

Nuclear technologies

Specific Knowledge acquisition Invitation

6
7

1/5

Training

High

High

Invitation Very HighHighNeeds "ANTEP Questionnaire 2011"
B. Radiation and Isotope Application
B. Radiation and Isotope Application
No. Country
OutlineSpecification

Level

MethodType

Priority(Organization)

11

MYS
(NM)

R&D for Graft
Polymerization onto
Natural Polymers

Research on radiation induced graft polymerization onto natural polymer andAnalysis of relationship between grafting conditions and grafted chains detachedfrom trunk polymers

Specific

Research

Invitation Very High

12

MYS
(NM)

Development of Highly
Selective Ion Adsorbents
by Graft Polymerization

Research on synthesis of adsorbents for hard-to-adsorb ions by radiation induced Specificgraft-polymerization and their evaluation

Research

Invitation Very High

13

MYS
(NM)

Modification of Biodegradable Research on improvement of mechanical, thermal property and so on for
Polymers by Radiation
environment friendly polymers by using radiation processing technique and theirapplication
Processing

Specific

Research

Invitation Very High

14

MYS
(NM)

Development of Polymer
Electrolyte Membranes for
Fuel Cells using Radiation
TechniqueSpecific

Research

Invitation

Specific

Research

Invitation Very High

Synthesis and characterization of high performance polymer electrolyte
membranes by radiation-induced cross-linking and graft polymerization using
electron beams and gamma rays

High

Study on nanostructures, ion conducting mechanism, and degradation behaviourof polymer electrolyte membranes
15

MYS
(NM)

Development ofMultifunctional Composite
Materials

Research on multifunctional polymeric composite material that will provide
shielding from radiation and has ballistic property.

16

MYS
(NM)

Ecological Impact Study and To advise on national programme on Radiological Impact Assessment (RIA) and Specific Knowledge acquisition Dispatch Very HighMonitoring of Ecosystem in
Monitoring of Ecosystem and Non-human Biota in relation to Malaysia’s Nuclear
relation to Nuclear PowerPower Programme
Programme
To give talks on recent development in radiation effects on biological systems
with respect to nuclear facilities ( e.g. nuclear power reactor, gamma greenhouse)
especially on low level radiation effects and to advice on related experiments tobe conducted. To provide insight and relate experience on handling the
Fukushima Nuclear Power Plant incidents, with respect to impact on environment
and non-human biota.

2/5

Needs "ANTEP Questionnaire 2011"
B. Radiation and Isotope Application
B. Radiation and Isotope Application
No. Country
OutlineLevel

MethodSpecific
Assessment of effects of low dose irradiation and radionuclides in bacteria inmodel ecosystems.;
Research on the effect of radiation and radionuclides on an experimental model
ecosystem, in preparation to monitoring for Malaysia’s Nuclear Power Programme(NPP). The effects of radiation on microbial diversity will be carried out via both
viable cell count and uncultured approaches. The effects on the microbial
populations will also be studied by using a range of radiation doses. Further
analysis using fluorescence in situ hybridization and pyrosequencing will also be
carried to correlate the effect of radiation and radionuclides on the microbialcommunity structure. Similar research activities have been carried out by
Japanese institution such as Japan National Institute of Radiological Research.
Through the attachment, the young scientist is expected to discuss and explore
the possibilities of utilizing bacteria as radiation bioindicators for the country’s
NPP.

Research

Invitation Very HighResearch

Invitation Very HighSpecification

Type

Priority(Organization)

17

MYS
(NM)

Radiological effects on
microbial population

18

MYS
(NM)

Radiation effects at molecular Assessment of effects of low dose irradiation and radionuclides in fungi andlevel (radiation impact
mushrooms in model ecosystems.
studies)
The following studies are proposed:• Assessing impact of radiation and radionuclides in fungi and mushroom.
• Research on sensitivity and specificity of exposure biomarkers using DNA
damage.
• Research on biological exposure measurement using altered gene, protein or
metabolite expression (proteomics and metabolomics).
• Bioinformatics evaluation on radiation and radionuclide effects on fungi andmushrooms. Specification:- Data analysis (statistics) in relation to information linkages, hypothesis andevaluation- Data modeling in relation to genetic drift under environmental stress- Gene prediction and gene annotation using some biological websites orbioinformatics tools- Analysis of genetic diversity in relation to biota richness(population)
Through the attachment, the young scientist is expected to discuss and explore
the possibilities of utilizing bacteria as radiation bioindicators for the country’s
NPP.

3/5

SpecificNeeds "ANTEP Questionnaire 2011"
B. Radiation and Isotope Application
B. Radiation and Isotope Application
No. Country
OutlineSpecification

Level

MethodType

Priority(Organization)

19

MYS
(NM)

Biosurveillance /Biomonitoring studies on theeffects of low dose ionizing
radiation on plant species.

Specific
To gain knowledge on the proposed studies:
Research on the establishment of low-dose gamma radiation biodosimetry• Research on applying environmental biodosimetry to plants from exposed
environment• Research on development of bioindicator and biosensor plant species towards
exposure to low dose radiation• Research on the establishment baseline data of low dose gamma radiation
through radio sensitivity on terrestrial and aquatic plant.
• Bioinformatics evaluation on radiation and radionuclide effects on plant species(especially one proposed as reference plant for NPP).
- Data analysis (statistics) in relation to information linkages, hypothesis andevaluation- Data modeling in relation to genetic drift under environmental stress- Gene prediction and gene annotation using some biological websites orbioinformatics tools- Analysis of genetic diversity in relation to biota richness(population)
Through the attachment, the young scientist is expected to discuss and explore
the possibilities of utilizing bacteria as radiation bioindicators for the country’s
NPP.

Research

Invitation Very High

20

PHL

Nondestructive Testing
Techniques

To provide NDT knowledge to skilled personnel who will be part of the technicalsupport in nuclear establishments

Specific

Training

Invitation

High

21

PHL

Nuclear Techniques in SoilPlant RelationshipTo acquire knowledge on how nuclear techniques may be applied in soil-plant
relationshipSpecific

Training

Invitation

High

4/5

Needs "ANTEP Questionnaire 2011"
B. Radiation and Isotope Application
B. Radiation and Isotope Application
No. Country
OutlineSpecification

Level

MethodType

Priority

To Strengthen personal skills and knowledge on new PET tracer production and
QA, QC for senior radiochemist.

Specific

Training

Invitation Very High(Organization)

22

THA(TINT)

Study on new production ofradioisotopes for PET study

23

THA(TINT)Development of radioisotopes To Strengthen personal skills and knowledge on advance training on new PET
tracer production for junior radiochemist.
production using cyclotron
beams for medical
application.

Specific

Training

Invitation Very High

24

THA
(TINT)

Study on new production ofradioisotopes for PET study

To enhance the capability in radiopharmaceutical production with short half-life(such as C-11, N-13 ,O-15 and F-18) which can be utilized as complementary
radiopharmaceuticals for specific diagnostic tests for young radiochemist.

GeneralTraining

Invitation Very High

25

THA
(TINT)

R&D for graft polymerization
onto polymers by electron
beam irradiationpolymers byelectron beam irradiation

research on radiation induced graft polymerization onto polymer to enhance thelevel of the knowledge and the capability of the researcher knowledge and thecapability of the researcher for the application of electron beam to deal withenvironmental pollutants and industrial products.

Specific

Research

Invitation Very High

26

THA
(TINT)

Electron Accelerator
To enhance the E-Beam utilization in R&D field.
Application in plant breedingSpecific

Research

Invitation

High

27

THA
(TINT)

Application for
Agriculture/Environment

Radiation and Isotope application in Agriculture, Environment and Natural
Resources Exploration

Specific Knowledge acquisition Invitation

High

28

THA
(TINT)

Application for Industry

NDT in NPP construction and installation

Specific

5/5

Training

Dispatch Very High

Needs "ANTEP Questionnaire 2011"
C. Research Reactor
C. Research Reactor
No. Country

OutlineSpecification

Level

MethodType

PriorityHigh(Organization

1

IDN
Aging Management(BAPETEN)

Specific

Training

Invitation

2

IDN
Reactor Inspection(BAPETEN)

Specific

Training

Invitation Very High3

IDN
Reactor Maintenance(BAPETEN)

Specific

Training

Invitation

High
High

4

KAZ

ReactorBehavior/Physics,Nuclear
Date
Nuclear Fuel,Rreactor
Materials

Engineering, fundamental and applied problems

Specific Knowledge acquisition Dispatch

5

KAZ

Fuel and fuel assamblers. Construction materials development

Specific Knowledge acquisition Dispatch Very High

6

MYS
(NM)

Shielding Material

Development of new and effective shielding material
To develop skills and understanding of shielding material and modelingincluding:- Shielding calculation for different types & multilayer Shielding Material- Physical and mechanical properties of Shielding Materials

Specific

Training

Invitation

7

MYS
(NM)

Development of Radiation
Detection System and signal
processing

Radiation detection system especially for neutron detection and the connected
hardware for signal processing.

Specific

Training

Invitation Very High

8

MYS
(NM)

Reactor Systems Integrity
Inspection (Non Destructive
Testing method, etc)

Research Reactor Structures Systems and Components Inspection MethodologieSpecificTraining

Invitation Very High

9

MYS
(NM)

Fuel materials for Research
ReactorFuel materials for Research Reactor

GeneralTraining

Invitation Very High

10

MYS
(NM)

In Service Inspection

Familiarization of code and standard for In-Service Inspection (ISI) and theapplication of NDT data for the risk based management system.

Specific

Training

Invitation Very High

11

MYS
(NM)

Neutron Beam for Reactor
Materials

Experimental and instrumentation works on the application of neutron diffraction Specificand scattering principles on materials study.
Experimental work on the application of neutron imaging on material study(including fuel inspection)
Study on Neutron induced prompt gamma ray techniques for materials
characterization and analysis

Training

Invitation Very High

1/3

High

Needs "ANTEP Questionnaire 2011"
C. Research Reactor
C. Research Reactor
No. Country

OutlineSpecification

Level

MethodType

Priority(Organization

12

MYS
(NM)

Development of Neutron
Detector Material

Development of material for detecting neutron for neutron instrumentation

Specific

Training

Invitation Very High

13

MYS
(NM)

Reactor Systems Integrity
Inspection(Non Destructive Testing
method, etc)

Specific
Development of NDT instrumentation, procedure and methodology for
inspection of nuclear components such as heat exchanger, pressure vessel andpiping systems
Development of high resolution x-ray computed tomography system for nuclear
fuel inspection and analysis

Training

Invitation Very High

14

MYS
(NM)

Development of Radiation
Detector and signal
processing

Development of new radiation detectors, behavior and application for radiation Specificdetection especially for neutron detection and the connected hardware for signal
processing.

Training

Invitation

High

15

MYS
(NM)

Reactor Maintenances andServices
Planning Management

Operation and maintenance on digital and computerize instrumentation andcontrol system of a research reactor focusing on Condition Based Monitoring(CBM) and ageing management

Specific

Training

Invitation

High

16

MYS
(NM)

Upgrading of Instrumentation Refurbishment of an analog instrumentation and control system to modern
and control system using
system using digital technique and computer control for a research reactor
digital and computerized
technique for research reactor

Specific

Research

Invitation

High

17

MYS
(NM)

Fuel materials for Research
ReactorUnderstanding on materials selection for fuel in research reactor

GeneralTraining

Invitation

High

18

MYS
(NM)

Fuel Engineering andFabrication for Research
ReactorFamiliar, develop knowledge, and skills on fuel fabrication technology andengineering for research reactor

GeneralTraining

Invitation

High

19

PHL

Decommissioning of Research To enhance knowledge on safety assessment before and after
Reactordecommissioning in reference to radiation protection criteria for safe release of
the radioactive materials

Specific

Training

Invitation Very High

20

PHL

Accident Analysis

Specific

Training

Invitation

21

THA
(OAP)

Upgrading, Aging
Management

GeneralTraining

Dispatch Very HighTo enhance knowledge in performing radiological impact assessment during
accident or abnormal condition of research reactor

2/3

High

Needs "ANTEP Questionnaire 2011"
C. Research Reactor
C. Research Reactor
No. Country

OutlineSpecification

Level

MethodType

Priority(Organization

22

THA
(OAP)

Reactor Inspection, Reactor
MaintenanceSpecific

Training

Invitation

High

23

THA
(OAP)

Safety Management,
Operation Technique

Specific

Training

Dispatch

High

24

THA
(TINT)

Operation and MaintenanceManagement

On-job training on routine operation and maintenance management of research Specificreactor including operation planning, operation techniques, fuel management,
reactor instrumentation and control, water chemistry, etc.

Training

Invitation

High

25

THA
(TINT)

Specific
Research Reactor Design and Training on a research reactor modification/design project to expose theEngineering
trainnee to the design and engineering of a research reactor including
conceptual design, detailed calculation design, engineering work, testing, projectplanning and commissioning processes.

Training

Dispatch Very High

26

THA
(TINT)

In-service Inspection andAgeing Management

27

THA(TINT)

Decommissioning of research Training on wide areas of research reactor decommissioning including
reactors
decommissioning planning, waste characterization of the facility,
decommissioning procedures, quality assurance for decommissioning, andexperiences from actual work and lessons learned from past experiences.

To acquire in-depth knowledge about in-service inspection technology for
research reactors and to plan for ageing management accordingly.

Specific Knowledge acquisition Dispatch

High

Specific

Training

Dispatch Very High28

VNM
Reactor Behavior/Physics,(VINATOM) Nuclear Data

The systems of technologies and control system of research reactor

Specific

Training

Dispatch

High

29

VNM
Reactor Behavior/Physics,(VINATOM) Nuclear Data

The experimental systems and methods for nuclear data on neutron beam,
nuclear data processing and editors

Specific

Training

Dispatch

High

30

VNM
Reactor Inspection, Reactor(VINATOM) MaintenanceInspection and mainternance activities in a research reactor

Specific

Training

Invitation Very High3/3

Needs "ANTEP Questionnaire 2011"
D. Nuclear Power Reactor
D. Nuclear Power Reactor
No. Country

OutlineSpecification

Level

MethodType

Priority

Specific

Training

Invitation Very High(Organization)

1

IDN(BATAN)

Coating technique to produce
many layer for spherical surface

2

IDN(BATAN)

technique for producing sheet and process to produce sheet and tube based on zirconium alloy
tube from zirconium alloy

Specific

Training

Invitation Very High3

IDN
(BATAN)

Technique for material
characterization

GeneralTraining

Invitation Very High

4IDN
(BATAN)Sol gel technique for producing
nuclear fuel for HTGRSpecific

Training

Invitation Very High

5

IDN
Safety Analysis(BAPETEN)

GeneralTraining

Dispatch Very HighCDV and plasma coating for nuclear fuel material

process to produce spherical from sol gel technique based on (U, Th)O2

especially for siting

6

IDN
Reactor Behaviour(BAPETEN)

GeneralTraining

Invitation Very High

7

IDN
Reactor Materials(BAPETEN)

GeneralTraining

Dispatch Very HighSpecific

Training

Invitation Very High

GeneralTraining

Invitation

High

GeneralTraining

Invitation

High

8

KAZ

Nuclear/ Safety Engineering,
Reactor Behavior

9

MYS
(NM)

Fuel materials for Nuclear Power

10

MYS
(NM)

Thermal-hydraulic calculation and To develop knowledge and skills in assessing fuel performance in relating tocooling system design for highthermal hydraulic under normal as well as transient conditions
power reactor

Understanding on materials selection, processing and characterization forfuel in nuclear power plant:
・Design, Nuclear Fuels and Materials
・Fuel Related Standards, Fuel Material Characteristics and In-core Fuel
Behavior
・Fuel Research (Post Irradiation Examination)
・Fuel Fabrication (Pellet, Components, Assembly)
・Fuel Cladding (Requirements, Characteristics,Fabrications), Fuel
Transportation ・Storage

1/3

Needs "ANTEP Questionnaire 2011"
D. Nuclear Power Reactor
D. Nuclear Power Reactor
No. Country

OutlineSpecification

Level

MethodType

Priority(Organization)

11

MYS
(NM)

Modern Instrumentation andcontrol system engineering of a
Nuclear Power Plant

Design and engineering of a modern instrumentation and control system for a General
Nuclear Power Plant

Training

Invitation

High

12

MYS
(NM)

Operation and Maintenance on
instrumentation and control
system of a latest PWR nuclear
power plant

Knowledge and experience on the operation and maintenance technique on
the instrumentation and control system of a latest PWR nuclear power plant

GeneralTraining

Invitation

High

13

MYS
(NM)

Emergency and reactor protection Design, operation and maintenance experience and knowledge on the most Generalsystem of PWR / BWR nuclear
important section/modules and system in a nuclear power plant especially for
PWR and BWR type of reactor.
power plant

Training

Invitation

High

14

MYS
(NM)

Seismology & SeismicEngineering

Understanding seismic criteria, and all aspects of engineering design
including vibration analysis of plant structures

GeneralTraining

Invitation

High

15

MYS
(NM)

Fuel materials for Nuclear Power

Understanding on materials selection for fuel in nuclear power plant

GeneralTraining

Invitation

High

16

MYS
(NM)

Fuel Engineering and Fabrication Familiar, develop knowledge, and skills on fuel fabrication technology andfor Nuclear Power Plant
engineering for nuclear power

GeneralTraining

Invitation

High

17

MYS
(NM)

Surveillance Programme for
Nuclear Power Plant

Development and implementation of surveillance programme for NPP toascertain the integrity of material in the reactor core

GeneralTraining

Invitation

High

18

PHL

Thermal Hydraulics

To acquire knowledge on assessment of fuel performance during normal and Specificcritical conditions

Training

Invitation Very High

19

PHL

Nuclear Fuels and Reactor
Materials

To acquire knowledge on selection of nuclear fuels and materials in research Specificreactors

Training

Invitation Very High

20

THA
(OAP)

Safety Analysis, Safety
Assessment

codes/programs for safety analysis such as Relap, SAP2000

Specific

Training

Invitation Very High

21

THA
(OAP)
THA
(OAP)

Nuclear/Safety Engineering,
Reactor Behavior
Nuclear Fuel, Reactor Materials

Focusing on the siting evaluation phase of NPP

Specific

Training

Invitation Very HighSpecific

Training

Invitation Very High

22

2/3

Needs "ANTEP Questionnaire 2011"
D. Nuclear Power Reactor
D. Nuclear Power Reactor
No. Country

Level

MethodType

Priority

Computer codes for safety assessment of Nuclear Power Plants

Specific

Training

DispatchHigh

OutlineSpecification(Organization)

23

THA(TINT)

Safety Analysis

24

VNM
Safety Analysis, Safety(VINATOM) Assessment

Safety Analysis Report and verification for SAR

Specific

Training

Dispatch Very High

25

VNM
Nuclear/Safety Engineering,(VINATOM) Reactor Behavior

Nuclear Technology and reactor components

GeneralTraining

Invitation Very High

26

VNM
Nuclear Fuel, Reactor Materials(VINATOM)

Fuel Engineering and Fabrication for Nuclear Power Plant

Specific Knowledge acquisition Invitation Very High27

VNM
Simulator(VINATOM)

Train for trainer

Specific

3/3

Training

InvitationHighNeeds "ANTEP Questionnaire 2011"
E. Nuclear Administration
E. Nuclear Administration
No. Country
OutlineSpecification

Level

MethodType

Priority

Specific

Training

Dispatch Very HighSpecific

Training

Dispatch Very HighSpecific

Training

Invitation

High(Organization)

1

IDN
Nuclear Regulation(BAPETEN)

related to NPP Programme

2

IDN
Public Communication(BAPETEN)

related to NPP Public acceptance3

KAZ

PublicRelations/Communication

4

MYS
(NM)

Nuclear Safety

To equip personnel with sufficient knowledge and skills on nuclear safety

Specific

Training

Invitation

High

5

MYS
(NM)

Legal aspects

Understanding relevant national and international regulations, conventions

GeneralTraining

Invitation

High

6

MYS
(NM)

Public Information andAcceptanceParticipation in Nuclear Administration Seminar organized by Japan to gain
exposure in the following subjects:
1. Content management and development for media
2. Communicator toolbox: Key Nuclear Messages
3. Fundamentals of nuclear communication
4. Risk Communication
5. Scientific visit to Japan nuclear exhibition centers
6. Basic nuclear power course and site visit

GeneralTraining

Invitation

High

7

PHL

Public Information andAcceptance

To learn state-of-the-art strategies and techniques in dissemination of
information on nuclear energy

GeneralTraining

Invitation

High

8

THA
(OAP)

Nuclear Regulation

Evaluation of regulation for NPP

Specific Knowledge acquisition Dispatch Very High

9

THA
(OAP)
THA
(TINT)

Public Communication

10
11

THA
(TINT)

Specific

Training

Dispatch Very High

Training

Dispatch Very High

Public communication

Strategic Plan to gain public acceptanceSpecific

Risk Management

Project Risk Management

Specific Knowledge acquisition Dispatch

1/2

High

Needs "ANTEP Questionnaire 2011"
E. Nuclear Administration
E. Nuclear Administration
No. Country
OutlineSpecification

Level

MethodType

Priority(Organization)

12

THA(TINT)

Bidding of NPP

Bid specification and evaluation

Specific Knowledge acquisition Dispatch Very High

13

VNM
(VINATOM)

Nuclear Regulation

Nuclear legislation (technical standards for NPP )Specific Knowledge acquisition Invitation Very High

14

VNM
(VINATOM)

Nuclear Administration

Licensing activities

Specific

Training

Invitation Very High

15

VNM
(VINATOM)

Nuclear Administration

Inspection in construction and operation

Specific

Training

Invitation

High

16

VNM
(VINATOM)

PublicRelations/Communication

Establishment and operation for a PR Center

General Knowledge acquisition Invitation

High

2/2

Needs "ANTEP Questionnaire 2011"
F. Others (Nonproliferation, Safeguards, etc.)
F. Others (Nonproliferation, Safeguards, etc)
No. Country
OutlineSpecification

Level

MethodType

Priority(Organization)

1

KAZ

Nonproliferation

Monitoring

Specific

Training

Dispatch

High

2

MYS
(NM)

Safeguards and PhysicalProtection

Understand and familiarize with Safeguards and Physical Protection aspects of a
1st NPP in order to perform informed assessment of bid documents especially on
above aspects

GeneralTraining

Invitation

High

3

MYS
(NM)

Security

Understand and familiarize with Security aspects of a 1st NPP in order to perform
informed assessment of bid documents

GeneralTraining

Invitation

High

4

PHL

Course on Nuclear Training
Management

To provide skills in the overall management of a nuclear training program

GeneralTraining

Invitation

High

5

THA
(OAP)

Safeguards

Evaluation, design and requirements for physical protection

Specific

Training

Invitation Very High

6

THA
(TINT)

Emergency Preparedness
and Planning

Emergency Preparedness and Planning

General Knowledge acquisition Dispatch Very High

7

THA
(TINT)

Safety Culture

Understandings concepts of Safety Culture and how to develop

General Knowledge acquisition Dispatch

High

8

VNM
Nonproliferation,(VINATOM) Safeguards

Nuclear material accounting methods

Specific

Invitation

High

9

VNM
Nonproliferation,(VINATOM) Safeguards

State system of accounting and control

General Knowledge acquisition Invitation

High

1/1

Training