ANTEP Needs and Matching Program Possibilities 2007/2008
No.

ANTEP Needs in 2007/2008

Specification

Type ofTraining

Duration(Months)

MEXT
Exchange
Program

MEXT
Programs(Ex.
Exchange
Program)A. Radiation Safety and Radioactive Waste
1

2

3

4

5

6

Emergency preparedness(Bangladesh)

To acquire knowledge which will help to implement
NSRC Act and Rules-1997 properly through licensing,inspection and enforcement
Advanced technology of
To develop the management capabilities of radioactive waste
radioactive waste
and to build an adequate system to conduct the
management
decommissioning of nuclear facility by using an advanced(Bangladesh)technology
Planning for establishment To develop the capabilities for the assessment of variousof radioactive waste
safety parameters by using different safety codes (AMBER) for
repository (design,
the safety analysis of newly established a Center Radioactive
concept, safety
Waste Processing & Storage Facility in Bangladesh and to gain
assessment, QA, safetyknowledge for planning and design concept for the
analysis using AMBER)
establishment of under ground repository for Low and(Bangladesh)
Intermediate level waste
Decommissioning of
Including topics on Thermohydrautical analysis of the core,research reactors
irraduatuib devices, reactor waste(Bangladesh)
Electron accelerator
To obtain knowledge & techniques needed for operation
technology& maintenance of electron accelerator(Bangladesh)
Decommissioning of
The trainee will be able to involve in program on preparing
research reactor
reactor research decommissioning in Indonesia.
(Indonesia)

Lecture,Research,
OJT
Research,
OJT－

6-9 ormore

Research,
OJT

6-9 ormore

OJT
operation

6

XT1-7
XT1-8

OJT
operation

3

UR2②-5

OJT

3

XT1-6
XT1-7

UR1-2
UR1-3
UR1-5
UR1-6
UR1-2
UR1-5

J-6(EP)
J-1(AM)
J-3(PS)
J-1(AM)

J-1(AM)FNCACountries
Programs (Ex.
Japan)

7

8

9

10

11

12

Development of Criticality
Accident Alarm System(CAAS) in nuclear fuelfabrication(Indonesia)
Radiation control inworking environment for
PIE facility(Indonesia)
Emphasizing knowledge forlicensees, regulators,
public responders andretrieval teams inradiological emergency
preparedness and response(Thailand)
Advance technology on
radioactive waste
management (RWM)(Thailand)
Development ofregistration and inventory
control of radioactive
source and radiation
machines(Thailand)
Radiation safety for
cyclotron and PET center(Thailand)

To provide and to enhance the capability of HRD thoughcomprehensive knowledge and skill. So they may conduct
qualified knowledge and develop reliable radiation detection
systemLecture,OJT

6To provide and to enhance the capability of HRD thoughcomprehensive knowledge and skill. So they may conduct
qualified knowledge and develop radiation protection.

Lecture,OJT

4Knowledge gained from train-the trainer training course for :-radiological assessor (inspector)-first responders (fire fighter civilian, military unit andrelated personnel)-medical responders

LectureHand-onexperience,
OJT

3-4weeks/3-6personsfrom each
field

XT1-5
XT3-3

A-2
M-7
P-1
J-6(EP)
J-1(AM)
J-3(PS)

To obtain knowledge and experience in appropriate/ advanced
OJT,
TC researchtechnologies on RWM and decommissioning of nuclear
facilities.

3-6

Registration and inventory control of radioactive source andradiation machines

OJT, TC

3-6

UR1-2
UR1-3
UR1-4
UR1-5
UR1-4

General knowledge, radiation protection, cyclotron-PET/CT
operation and maintenance skill

OJT, TC

2

UR2②-5J-1(AM)

J-1(AM)13

Advanced technology ofradioactive waste
management(Vietnam)

To develop the management capabilities of radioactive waste
and to build an adequate system to conduct thedecommissioning of nuclear facility by using an advanced
technology

Research,OJT

Radiation safety andradioactive waste(Vietnam)

To train researchers, who work in the field of radioactive
waste processing technology, treatment and management ofradioactive wastes from NPPs. safety assessment ofradioactive waste storage facilities, calculation ofdissemination of radioactivity from nuclear facilities into
environment such as soil, water, air (including studying
theory, doing experiments, calculation code etc)

OJT,
Lecture,Research

14

6-12
XT1-7
or more XT1-8
XT1-9
UR1-2
UR1-3
UR1-5
2-4pers XT1-8
ons/2we XT1-9
eks-2ye XT1-10
ars
UR1-2
UR1-3
UR1-5
UR1-6

B. Radiation and Isotope Application

15

PZC based 99mTc-generator
using (n, g) 99Mo
(Bangladesh)
188W-188Re generator(Bangladesh)

16

Enhancement of Research Reactor Utilization. Production of(n,gamma) Molybdenum-99. Production of PZC based Tc-99m
generator. Equipment: Research Reactor, Isotope Handling Hot
cell, Ancillary instruments.
Preparation of target, chemical processing, column
preparation, column loading, calibration of generator,
quality control tests, etc. and production of therapeutic RI(166Ho, 177Lu, etc.) and their labeled compounds. Equipment:
hot cell facility, dose calibrator, HPGe detector,
autoclave, and Anciliary equipments

Research,
Experiment

6 or
more

Research,
Experiment12

UR2①-5J-1(AM)

B-1

J-1(AM)

A-2

Research and development
of Lutetium-177
radio-pharmaceuticals fortherapeutic use(Bangladesh)
17

18

19

20

Research and developmentof 188Re and 99mTc kits
(Bangladesh)
Research and developmentof 99mTc kits
(Bangladesh)
Cyclotron based isotope
production(Bangladesh)

The candidate is directly involved in the production andquality control of the radioisotopes (I-131 and Tc-99m
generator). The demand of the Lu-177 therapeutic
radio-pharmaceuticals is increasing day by day but it istotally depending on import from other countries. The aimsof the training program are mainly (i) to achieve soundknowledge & operational skill for smooth production of Lu-177
radiopharmaceuticals. (ii) QA and QC of Lu-177
radiopharmaceuticals. (iii) research and development of
Lu-177 labelled compounds. The proposed training course is,therefore, expected to provide the applicant with anopportunity to acquire knowledge on production and quality
control of Lutetium-177 radiopharmaceuticals used at nuclear
medicine centers for therapeutic purposes.
Research and Development of 188Re and 99mTc kits. Kit
preparation, clinical test, and biological test of the final
product.
Research and Development of 199mTc kits. Kit preparation,clinical test, and biological test of the final product.

Research

1yr

Research

12

Research

12

To obtain knowledge & techniques in radioisotope production
using cyclotron

Lecture,Exp.
research,
Expertservice－UR2②-7

Application of NAA inindustry, environment andhuman health(Bangladesh)
21

22

23

Application of neutron
radiography in materialscience and industrial
products(Bangladesh)
Application of neutron
beam for material
characterization using
neutron scattering(Bangladesh)
Analysis of radionuclides
in marine ecosystem(Bangladesh)24

The NAA Group of BAEC is using reactor based instrumental
neutron activation analysis method followed by relative
standardization approach. In order to perform both
qualitative and quantitative multi-elemental analysis ofmajor, minor and trace elements in various samples with wide
range, the NEE method is required to be explored. To implement
the neutron activation analysis, the followings are needed:
research reactor, gamma-ray counting systems, sample
preparation equipments and software for data acquisition,
gamma peak analysis and concentration calculation, etc.
Neutron radiography (NR) facility has been installed at thetangential beam port of the 3 MW TRIGA MARK-II research
reactors. In the existing NR facility only direct film NR time
NR system in the existing NR facility. This facility will beutilized for research and industrial applications.
Neutron diffraction study of different functional materials
to understand the structural and magnetic properties ofmaterials, study of texture and internal stress of different
metals and alloys using four circle goniometer and adaptationof SANS facilities in the TAS for determining the structureof colloidal system and polymer sample.
Sampling, separation and analysis of natural radionuclides
in marine based samples e.g. seawater, fish, sediment, algae
and phytoplankton to study marine pollution level. Flame andGraphite Atomic Absorption Spectro (AAS), Inductively
Coupled Plasma- Atomic Emission Spectrometry(ICP-AES),
Inductively Coupled Plasma-Mass Spectrometry(ICP-MS), High
Performance Liquid Chromatography(HPLC)etc.

Research

18(6mo/personT-1

Research

12 (6mo/person)

K-2
T-1

Research

18 (6mo/person)A-1

Research,
Expertservices

4yrs.

J-6(RS)

Accelerator technology(Bangladesh)One 3 MV Van de Graaff electrostatic Accelerator with 2operational beam line, 2 scattering chamber with associatednuclear electronics and data acquisition system andsoftware. One 3 MV Tandem electrostatic Accelerator withAccelerator Mass Spectroscopy and Ion beam experimental
facilities, to be installed in near future.

Experiment, Others

Medial applications(Bangladesh)

Analysis, Clinical analysis, Quality Assurance, Quality
Control of Nuclear images and Instruments. Radiation safety,
Dosimetry, Therapy calculation etc. Instruments to be used
PET, SPECT, Linear Accelerator, Cyclotron, etc.

Nuclear medicine forphysicists(Bangladesh)
Accelerator technology &medical application(Bangladesh)

Hands on experience in the practice of nuclear medicine

Lecture,Exp.
research,
Expertservices
OJT
operation

25

26

27

28

To obtain the advanced technology of PET&SPECT, accelerator
technology (EB & cyclotron) and facility

OJT
operation

3mo/
UR2②-6training &2w/
scientificvisit－
UR2②-5

3-6

UR2②-5
UR2②-72weeksUR2②-6
UR2②-7

M-2

J-1(AM)

C-2
M-3

Improvement of NAA
laboratory by implementing
ko-method and preparationof software development(Indonesia)

29

30

31

32

Instrumental Neutron Activation Analysis (INAA) based on ko
method is very useful technique to determine an element intrace quantity on vary samples. Recently this technique is
one of the most reliable techniques to be used on themonitoring of environmental pollution, food safety analysis,
as well as, human health and nutrition application. Three
research reactors located at Serpong, Bandung and Yogyakarta
provide a thermal neutron source for NAA utilization.
Research reactor at Serpong has a high flux of neutron thermalthat very importance for trace elements analysis, meanwhile
Triga Mark II and Kartini reactor has an ideal flux for most
NAA application. Some irradiations facilities have been used
to irradiate a number of samples. The spectrometry-g coupled
to high-resolution detector is main equipment provided toanalyze the gamma ray emitted by irradiated sample. The INAA
lab is also supported by a number of software such as
GENIE2000, Hyperlab, ko-IAEA and ko-DSM to enhance theperformance of analyze.
Study on radiation effect Irradiation devices (gamma ray, electron beam, ion
for modification of carbon implantation, and neutron scattering)based nano composite
materials(Indonesia)
Effect of g-ray
Gamma-irradiation effect to composite materials will
irradiation to Ionic
increase ionic conductivity because of material defect, andconductivity in the solid will influence the enthalpy of materials depending on
irradiation dose. Facility to be used are x-ray diffraction
state(Indonesia)
or neutron, DTA and DSC (differential thermal analysis anddifferential scanning calorimetry ), and LCR-metre(inductance capacitance resistance).
Operation and maintenance Operation and maintenance of cyclotron to support nationalof cyclotron
program in development of short life radionuclide especially(Indonesia)
in the F-18 production which is used to preparing FDG
radiopharmaceutical for health.

Lecture,Experiment, Expert
services

2weeks

Lecture,OJT,
Experiment, Others

6

Lecture,OJT,
Experiment

6

Lecture,OJT,
Experiment

3

T-1
K-2

33

34

35

36

37

Maintenance andrefurbishment of gamma
camera(Indonesia)

Since gamma cameras have been operated for 20 years in some
hospitals in Indonesia, there is a need for well maintenanceand repair in order to support continuous operation. Due tolack of availability of spare parts and components, thecomprehensive knowledge and skill to do proper maintenanceand refurbishment of gamma cameras are necessary forengineers and technicians.

Lecture,OJT,
Experiment3

B-3

Neutron radiography
technique and its
applications(Indonesia)
Small-angle neutron
scattering (SANS) forbiomacromolecule
structure studies(Indonesia)
Implementation of the NAA
method for food safety
analysis(Indonesia)

To give the participants a perspective on the use of neutron
radiography technique as for non-destructive tests ofindustrial material

Expertservices

2weeks

M-6

This program is aimed to provide and develop thecomprehensive knowledge and skill to the researcher who is
working in crystallography from biomacromolecules. so thatthey will able to conduct in doing the experiment, data
reduction and data analysis from.
This program is aimed to provide the human resources who havea capability and skill in the utilization of NAA for humanhealth control exceed the food quality. By coordinating withthe health management authorities, the researcher orengineers can conduct a program to control and manage the foodquality by NAA as strategy for health protection.
To improve the knowledge and skill of staffs to understandbiomedical engineering and the instrument used.

OJT

4

XR1-10
XR2①-5
XR2①-11

A-1

Expertservices

2weeksXR2②-18
XT3-2

T-1
K-2

Lecture,Research

3

XR1-10
XR2②-17
UR2②-2

B-3
C-2

Produce biomedical
engineering products forclinical and related
applications through theradiation processing
application(Indonesia)

38

39

40

41

Application of radiation
technique on modificationof chitin graft withhidrophilic monomers foradsorbent of industrial
waste(Indonesia)
Studies on analyticaldetection methods forirradiation treatment offoods(Indonesia)

Study on development ofpolymer materials forelectrolyte membranes by
gamma/electron beamirradiation(Indonesia)
Biodistribution study oflabelled-natural productcompound for anticancer
agent in animal models(Indonesia)

The purpose of the project: will contribute to find out a newmaterial, combination of natural and synthetic polymer,
which are compatible, cheap and useful for removing heavy
metal ion from industrial wastewater

Lecture,Re
search6

XR2②-20
XR2②-21

To provide comprehensive knowledge and skill to conduct
research and development on the above subjects comply withinternational safety standards both for the researchers andtechnicians. It is desirable if such methods must be
implemented and done by Indonesian authorities who concern
with control of labelling of irradiated food as sanitary andphytosanitary purposes moving in global market.
To improve knowledge and skill to conduct research anddevelopment on modified of polymer by gamma irradiation andelectron beam for electorlyte membranes in fuel cellapplication

Research,
OJT

6

XR2②-18

Research,
OJT

6

XR2②-12

To provide comprehensive knowledge and skill to conduct
research and development on the use of isotope on the studyof biodistribution of natural product compound in animalmodels. As a biodiversity country, Indonesia must be consider
to the development of herbal for medicine, especially for
anticancer agent. The use of isotope tracer for labelling ofactive compounds will get the beneficial effect in detectionof biodistribution on active compound in animal models.

Lecture,Research,
OJT,
Others

1-3

XR2②-21
XR2②-23

Application of ion beam inlife sciences /agriculture(Malaysia)• Molecular applications of charged particle beams• DNA irradiation using micro focused ions
• Ion beam analysis of DNA• DNA Damage Signaling and Biological Dosimetry/Sensor• Cell Irradiation and mutation induction using ion beam
• Radiation-Induced DNA Damage• Cellular Imaging Approaches for Targeted Microirradiationof Biological Materials.
• Molecular marker assisted selection, reverse genetics,
microarray technology and single molecule analysis.

Research,
OJT

3-6

UR2②-6

Applications of nuclear
techniques innanotechnology(Philippines)
Training of high school
teachers in nuclear S&T(Information
Dissemination)(Philippines)
Training on
Non-Destructive Testinglevel-3 for industrial
applications(Philippines)
Application of nuclear
techniques in industry andhydrology(Thailand)To gain knowledge and practical experience in theapplications of nuclear techniques to nanotechnology, inorder to carry out R&D in this field

OJT

3

XR2①-4
XR2②-13
XR2②-15

To train high school science teachers in how to effectively
teach nuclear science topics

Seminar,Training
courseTo provide hands-on and practical experience in
Non-Destructive Testing Level-3 techniques for industrial
applications

OJT

3

To obtain the advanced technology of nucleonic
instrumentation and the techniques of imaging, gauging,tracer, etc.

OJT

3

Non-Destructive Testinglevel 3 training forindustrial applications(Thailand)
Computed radiography(Thailand)To acquire practical training and experience in
Non-Destructive Testing techniques, level 3 in radiographic
testing, ultrasonic detection and surface methods.

OJT

3

CRT, image plate industrial application

OJT

2weeks

42

43

44

45

46

47

48

1-2week XT4-1
s

J-6(IE)

J-1(AM)
J-6(IE)

J-6(IE)

M-6

49

50

51

52

53

Semiconductor detector
repairing and maintenance(Thailand)
Development of doseplanning program for LINAC
therapy(Thailand)
Advance technology ofdiagnostic imaging(Thailand)
Medical application in
nuclear medicine(Thailand)
Neutron beam and electron
beam applications(Vietnam)Medial applications(Vietnam)54

To train electronic engineer for repairing the HPGe Si (Li)detector and its cryogenic system

OJT

1-2

Research on program development for modern dose planning of
LINAC therapy & QA (Ph.D. Program)－

3-6

To obtain the advance technology on diagnostic imaging safetyassessment and QA/QC program

OJT

3-6

OJT, TC,
Research,
Expertservices
Research,
OJT,
Experiment

3-6

Experience and practice on PET, SPECT, CT, Cyclotron,
Synthesizer, QA&QC instruments, radiopharmaceuticals
development, image processing and its maintenance
To obtain experience and knowledge for application of neutron
and electron beams in various fields such as nuclear physics,
medicine, agriculture, and industry and material science.
Facilities: Neutron beams at research reactors, EB
facilities.
Analysis, Clinical analysis, Quality Assurance, Quality
Control of Nuclear images and Instruments. Radiation safety,
Dosimetry, Therapy calculation etc. Instruments to be used
PET, SPECT, Linear Accelerator, Cyclotron etc

J-1(AM)
UR2②-7J-1(AM)

6-12

Lecture,Exp.,
research,
Expertservices－

OJT

3-6/eachtrainee

A-1
I-2
M-1

UR2②-5J-1(AM)

B-3
M-3

C. Research Reactor

55

OJT on operation &maintenance of digital
control console and I&C
system of the research
reactor(Bangladesh)

To obtain training on operation and maintenance of digital
control console and I&C system of research reactor.

I-1
I-3

56

57

Implementation of quality
management system (QMS) in
the research reactor
facility(Bangladesh)
Evaluation of the safety of
the reactor and target
materials loaded into thereactor core for neutron
irradiations(Bangladesh)
Nuclear data and physics(Bangladesh)

58

59

60

61

Reactor safety(Bangladesh)

To obtain OJT on QMS for research reactor facility.

OJT

3-6/eachtraineeDevelop capability to calculate various safety parameterssuch as, heat generation rates, temperature rise, pressurerise, etc. for the targets irradiated in the reactor forradioisotope production and other material irradiation
services like gemstone coloration, silicon doping, etc.

OJT

6/eachtrainee

It is very important to generate customized cross-section
data library which is used for the cell and whole corecalculation. Appropriate data processing code (such as NJOY)
and adequate computation facility must be provided.
Evaluation of the nuclear data is also very
important.Evaluation assessment and selection of theexperimental data and their statistical and systematic
errors, followed by the derivation of internally consistentsets of preferred values by appropriate averaging procedure.
Benchmark calculation using different sets of nuclear datalibraries is also very important.
Safety analysis of reactors (research and power reactor)
using appropriate computer codes e.g., RELAP.

Research,
OJT

6-12

UR2①-5

Research,
OJT

6-12

UR5-1
UR5-3
UR5-8

J-3(PS)

UR3-2
UR5-5

J-6(RE)

The Methods to evaluate theintegrity of reactor
structural components(Indonesia)

Exploring the mechanical methods to evaluate the integrityof reactor (power and research reactors) structuralcomponent due to ageing. The instrument to be used aremechanical testing equipment, such as tensile machine,
impact, creep machine etc.

Lecture,Expertservices,
Experiment

1week
expertdispatchDevelopment in material
for research reactor
nuclear fuel(Indonesia)

To provide and to enhance the capability of HRD throughcomprehensive knowledge and skill, so they may conduct morequalified research and produce reliable material for nuclear
fuel research reactor

Lecture,OJT

6-12

J-1(AM)
J-3(PS)

K-2
T-1

62

63

Operation and maintenancetechnology in Post
Irradiation Examination(PIE) facility(Indonesia)
Ageing management ofresearch reactors(Malaysia)

To provide and to enhance the capability of HRD thoughcomprehensive knowledge and skill. So they may perform theoperation and maintenance technology in Post Irradiation
Examination (PIE) Facility

Lecture,OJT

3Ageing management of research reactor systems, structuresand components (SSC). Methods for verifying condition of SSC
and strategies for implementing at the PUSPATI TRIGA reactor.

Lecture,OJT

3-6

Nuclear data and physics,
Reactor physics, Reactor
design and engineering(Malaysia)

The researchers involved in the reactor utilization program
generally lack the basic skill and theoretical knowledge toundertake engineering design of the neutron beamports andthermal column of the Reactor TRIGA PUSPATI (RTP) for use inneutron beam application e.g. Prompt Gamma Neutron
Activation Analysis (PGNAA), neutron diffractometer, Boron
Neutron Capture irradiation facility for medical &industrial research. The need for training is especiallycritical to implement the projects currently being planned.
Decommissioning plan, thermohydraulical analysis,
irradiation devices, reactor waste

Research,
OJT

3-6

OJT

3-6

To enhance the utilization of research reactor (design andvalidation)

Research

3-6

To train instructor for student teaching in research reactor
experiment

OJT

3

To obtain the experience and knowledge for nuclear instrument
refurbishment

OJT,
Research

1

To obtain the advanced technologies needed for design,
engineering and safety analysis of the new research reactor

Lecture,Research,
OJT

12-24

64

65

66

67

68

69

Decommissioning ofresearch reactor(Thailand)
In-core irradiation
facility design(Thailand)
Research reactor
experiment(Thailand)
Nuclear instrument
refurbishment/research/development(Thailand)
Research reactor designand engineering(Vietnam)

XT3-3

K-2
UR2①-5J-3(PS)
J-6(RE)

B-4
K-2

J-1(AM)

J-6(RE)
J-1(AM)

B-4
K-2
T-1

70

Nuclear data experiment of To train researchers, who work in the field of Nuclear Data
research reactor
Experiment (including studying theory, studying Nuclear Data
(Vietnam)Experiment using neutron beam of Dalat Research Reactor)

OJT,
Lecture,Research

2person XR3-2
s/4week XR3-4
s-1year UR2①-5

B-4

D. Nuclear Power Reactor
Reactor physics andnuclear engineering(Bangladesh)

71

72

73

74

75

Nuclear Safety(Bangladesh)
Nuclear Engineering, M.S.
Program(Bangladesh)
Nuclear Engineering(Bangladesh)

Plant design(Bangladesh)

The MS program with emphasis on reactor physics, reactor
design and engineering, nuclear safety, plant design.
Appropriate candidate is expected to go for PhD degree. The
researcher/scientist is expected to work on a power plant tosolve a specific problem as an essential part of the MS
program. Advanced and appropriate computer codes(deterministic as well as Monte carlo codes), up to datenuclear data libraries with modern computation facility must
be provided for the power plant safety analysis. At least 3/4
months hands on training/internship in a power plant will
provide essential knowledge about the environment and safety
culture of NPP site.
Nuclear safety review & analysis required for NPP’s
introduction to Bangladesh, including regulation, computercode for licensing－

To train young engineers in nuclear engineering(MS/PhD
program) in preparation for the
re-introduction of nuclear energy in the country about
2020
To obtain knowledge & techniques needed for design of NPP.
NPP design engineering involving basic skill, generaldescription, design skill, etc. operation & maintenance ofelectron accelerator

Lecture,Research

3-12

UR3-3
UR5-1

OJT
operation

1-2years

Univ.ed.

1year

UR3-3

Univ.ed.

1year

UR3-3
UR5-1

OJT
operation,
Expertservice

3-6

J-3(PS)

76

77

78

79

80
81
82
83

84

85

Preparation,
construction, operation &maintenance of NPP(Bangladesh)
Basic HRD for nuclear power(Bangladesh)
Nuclear power planning(Bangladesh)

Including topics on. Preparation of construction of NPP,
construction of NPP. Reactor operation & maintenance.
Reactor instrumentation & control, reactor safety, nuclear
fuel & waste management
Basic nuclear power technology & computer codes for Reactor
modeling
To obtain knowledge & techniques needed for nuclear powerplanning. Lectures & visits to NPP, exercises using. To train
policy makers, who would be capable of analyzing thefeasibility of nuclear power.

OJT
operation

6

OJT
operationTC

3-6

Nuclear administration(Bangladesh)

To study energy strategy which include the feasibility
Study of nuclear energy. To study the process of law &Regulation, safety regulation & licensing process of NPP.

OJT
operation

1

Rapid build &commissioning of NPP(Bangladesh)
NPP design(Bangladesh)

Expose young engineer to the processes involved in timely
construction and commissioning of a power reactor

OJT

6

Expose young engineer to current design processes for NPP

OJT

6Reactor safety(Bangladesh)
Nuclear power planning(Bangladesh)

Expose young engineer to current design processes for NPP－－

Computer-based energy & NPP planning & financial analysis

Expertservices

1-4week
s

－

－

－

－

－

－

Implementation of quality
management system(QMS)
in nuclear facilities/
installations/laboratories(Bangladesh)
Safety analysis of reactor
and target materials
loaded in the reactor corefor neutron irradiations(Bangladesh)

1

UR3-3

86

87

88

89

90

91
92

93

94

Reactor physics andnuclear engineering(neutronics, thermal
hydraulics design basis
accident analysis, etc.)(Bangladesh)
Nuclear date processing
and customization(Bangladesh)
Regulatory and legislative
framework(Bangladesh)
Funding, financial
analysis
And economics of NPP(Bangladesh)
Overall nuclear power
project
Management(Bangladesh)
Safety regulation(Bangladesh)

－

－

－

－

－

－

－

－

－

－

－

－

－

－

－

－

－

－

Safeguards, security andphysical projection(Bangladesh)
Electrical and studies tosupport commissioning andoperation of NPP(Bangladesh)
Preparation of site safety
report(Bangladesh)

－

－

－

－

－

－

－

－

－

XR5-3
UR3-3
UR5-1
UR5-4

XR5-5
UR5-7

95

96

97

98

99

100

101

102

Site and supporting
facilities
for NPP(Bangladesh)
Bid invitation document
specification(Bangladesh)
Emergency preparedness andresponse(Bangladesh)
NPP instrumentation andcontrol design andperformance analysis(Indonesia)
Thermohydraulicaland nuclear analysis ofcore at low power(Indonesia)
Human factors in the
nuclear power(Indonesia)

－

－

－

－

－

－

－

－

－

Lecture,OJT

3

Lecture,Experiment, Others

6

Lecture,OJT,
Experiment

4

OJT,
Experiment, Others

6

UR4-1
UR5-1
UR5-3
UR5-4
UR5-8

J-3(PS)

Expertservices

2weeks

UR3-2
UR5-2
UR5-6

J-6(RE)

Design, simulation and analyzing the performance of the
instrumentation and control of NPP, including analog anddigital equipments. It will cover the safety criteria,
operation and maintenance• Thermohydraulical and nuclear analysis of core at low power• Calculation methods and codes that can support the analysis• Device for experimental verification of the basic input
data
Aspect of human factors and its consideration in the process
design and operation of nuclear power will be explored in the
training. Facility/instruments to be used includes: control
room simulation, operation design, procedure anddocumentation
Safety analysis for
In safety analysis of NPP, several transient conditions, both
nuclear power plantfor DBA and BDBA, shall be analyzed in order to know the plant(Indonesia)
capability to cope with such conditions and to assure thesafety of people. Analysis should include both analysis using
computer codes (including Computational Fluid Dynamic) andexperimental methods
Development in material
To provide and to enhance the capability of HRD throughfor nuclear fuel structure comprehensive knowledge and skill, so they may conduct more
(Indonesia)
qualified research and produce reliable material for nuclear
fuel structure

J-3(PS)

UR5-1
UR5-3

J-3(PS)

J-1(AM)
J-3(PS)

103

104

105

106

Design criteria of NPP(Indonesia)

This program is proposed to deliver knowledge on design
criteria of NPP to whom will be involved in the national NPP
program
To train the participants to prepare feasibility study, plantdesign and economic evaluation for fabrication nuclear fuelfor NPP

Lecture,OJT

2weeks

Lecture,OJT

2Siting of NPP(Indonesia)

This program is proposed to deliver knowledge and practiceon siting process of NPP to whom will be involved in thenational NPP program, especially for NPP siting filed.

Lecture,OJT

2weeksUtilization of NPP for
co-generation purposes(Indonesia)
Public communication(Korea)This program is proposed to deliver knowledge on theutilization of nuclear power plant for co-generation
purposes.
A public information program aimed at both the general public
and the population around the site of the nuclear power plantshould be carefully planned and implemented and start as
early as possible. With regard to the risk, the following
topics seem to be especially valuable for the public
communication. (1) General comparison of the risk of nuclear
power with other risks already accepted by society, (2)Comparisons of risks of energy systems, (3) Safety policy,(4) Approach to the public communications.
The objective of the course is to understand the safety andrelated design methodology and requirements so that trainees
are able to comprehend the complexity of a nuclear power
plant. It covers basic concepts and principles in the areasof reactor kinetics & control requirements, accidents andfission product release, design analysis for reactor safety
features, engineered safety features, safety assurance,
nuclear criticality safety, nuclear power plants systemengineering design approaches and review and analysis ofdesign approach. The target audiences are engineers andresearchers in related field.

Lecture2weeks

Lecture1-2week UR4-1
s

J-1(AM)

2weeksJ-1(AM)

Plant design for nuclear
fuel fabrication(Indonesia)

107

Training course on safety
and related design
requirement for nuclear
power plants(Malaysia)
108

Lecture,Expertassistanceto conduct
training
courseJ-1(AM)
J-3(PS)

J-3(PS)

C-1
K-1

Training course ontechnology assessment of
nuclear power plants(Malaysia)
109

Basic national course on
nuclear power(Malaysia)

110

The objective of the course is to understand the different
nuclear power plant designs so that trainee is able toevaluate its advantages and disadvantages. This in turnwill help in the decision making process. It covers basic
concepts and principles in the areas of (1) Design of nuclear
power plant: PWR, BWR, FBR, Heavy Water Reactor, High
Temperature Reactors etc. and (2) Technology Assessment ofdifferent Designs. The target audiences are engineers andresearchers in related field.
The objective of the course is to develop common
understanding and basic knowledge on nuclear power
pre-project, project, programme and policy planning andpreparation among multi disciplinary personnel in all
responsible government and industrial organizations, which
form national nuclear power programme implementation team.
It covers in the areas of Nuclear reactor characteristic andsafety; Nuclear power plant (NPP) design, siting,construction and installation, commissioning, operation,
maintenance and decommissioning; Nuclear fuel cycle; Nuclear
and radioactive waste management and disposal; Public
acceptance; Human resource development; Industrial andtechnological support infrastructure; Occupational andpublic health and safety, and emergency preparedness;
Environmental impacts and safety; Legal and regulatory
infrastructure; International treaties and conventions on
nuclear safety, security and safeguards; Nuclear power
policies and programme planning; Nuclear power projectplanning, financing, implementation and management; andCountry experience in 1st NPP project implementation. The
target audience are engineers, researchers, economists,
lawyers, financial analyst, public health and emergency
preparedness planners, regulators and policy planners.

Lecture,Expertassistanceto conduct
training
course2weeks

UR5-9
UR5-10J-3(PS)

Lecture,Expertassistanceto conduct
training
course2weeks3course
s per
year

XR1-7
XR1-9
XT1-7
XT1-8
XT1-9
XT4-1
XT5-2
UR1-2
UR3-3
UR5-1
UR5-3
UR5-9

J-1(AM)
J-3(PS)

K-1

111

112

113

114

115

116

117

Radiation safety andnuclear power public
information anddissemination(Philippines)
Nuclear power plant design(Thailand)
Nuclear engineering for
NPP(Thailand)
NPP-Environmental impact
and assessment, safety
analysis and control(Thailand)
NPP management(Thailand)
Preparation,
construction, operationand maintenance of NPP(Thailand)
Strategic planning forestablishment of new NPP(Thailand)To gain knowledge in effective public information andcommunication programs/strategies to counteract negative
public perception.

Seminar,Training
courseTo obtain knowledge, techniques needed, NPP design
engineering, basic skill, general description, design skill
and etc for NPP
To train young nuclear engineers in preparation for
introducing nuclear energy as an electrical power in the
country
NPP Environmental impact and assessment, nuclear safety
planning, reactor analysis of the being introduced NPP,
regulation and computer code for licensing

OJT, TC,
Expertservices
OJT, TC,
Expertservices
OJT, TC

6-12

Pre-project activities, pre-construction stage,
construction stage, commissioning stage, plant operation andplant maintenance stage
To train nuclear engineers for NPP program planning ininfrastructure, NPP construction, reactor instrumentation,
reactor safety, nuclear fuel and waste management

TC

1-2

OJT, TC,
Expertservices

3-6

OJT, TC,
Research,
Expertservices
OJT

3

UR5-7

J-1(AM)
J-3(PS)

3-6

UR5-7

J-1(AM)

OJT

6-12

UR4-1

J-1(AM)

To obtain knowledge and master experience in strategicplanning for establishment of a new NPP

118

Basic HRD for nuclear power To obtain knowledge, experience and techniques needed forprogramnuclear power planning, human resources, basic nuclear(Thailand)
power technology, manpower and computer codes for reactor
modeling in NPP

119

Public information, public
acceptance and public
relations for NPP(Thailand)To gain experience and knowledge for conducting public
information survey required for NPP introduction, public
relations and public acceptance before the decision of thecabinet1-2week XT4-1
s
UR4-1

12

UR5-1

6

J-1(AM)
J-3(PS)
J-6(RE)
J-6(IE)
J-1(AM)
J-6(RE)
J-3(PS)

UR5-7

J-3(PS)

120

121

Safe operation andmaintenance of NPP-PWR(Thailand)
Nuclear safety(Vietnam)

Safe operation of NPP-PWR, instrumentation, control, coremanagement and its maintenance
Nuclear safety review and analyses required for NPPs
introduction to Vietnam, including regulation, computercodes for licensing

OJT, TC,
Expertservices
Lecture,Research,
OJT

3-6

Nuclear safety(Vietnam)

To train researchers in the field of design ofthermal-hydraulic safety analysis, probability safetyassessment (PSA), reactor physics using computer codes

OJT,
Lecture,Research

4persons/3months-2year

Nuclear fuel(Vietnam)

To train researchers in the field of nuclear fuel fabrication
technology, UO2 powder, UO2 ceramic pellets, fuel quality
testing/assurance (including studying theory , and doing
experiments on equipment)

OJT,
Lecture,Research

4persons/3mont
hs-2yea
r

OJT

3-6

OJT

3-6

OJT

3

12-24

122

123

E. Nuclear Administration
Financing related training Financing related training to improvise the quality of(Bangladesh)personnel to look for the appropriate financing mode of the124
first nuclear power project and to evaluate the proposals ofdifferent suppliers/consortiums/financiers.
Overall nuclear power
Project management of nuclear power plants that will be
project management
required to implement the nuclear power program. Project
management related training is required to improvise the125 (Bangladesh)quality of personnel to look for the appropriate financing
mode as well as managing the first nuclear power project.
Safety regulation and
Safety and regulatory aspects of nuclear power plants thatlicensing
will be required to implement the nuclear power program as
126(Bangladesh)
well as to operate the plant.

J-3(PS)

J-1(AM)
J-3(PS)

A-2
M-7
P-1
B-4

XR5-1
XR5-2
XR5-3
XT5-2
UR4-1
UR5-1
UR5-3
UR5-4
UR5-8
J-6(RE)

K-1

J-1(AM)127

Enhancing public
communication skill(Indonesia)
Nuclear administration(Indonesia)

128

129

130

131

Nuclear power planning(Philippines)

Training on nuclear
safety, licensing andregulations(Philippines)
Public information for
NPPs(Vietnam)This Program is proposed to enhance skill in public
communication.

Lecture2weeksTo provide wide knowledge for nuclear administration such as
safety concepts in design, construction and operation of NPP,
radioactive waste management, radiation application, public
acceptance, emergency preparedness and safety training of
employees
To obtain knowledge & techniques needed for nuclear powerplanning. Lectures & visits to NPP, exercises using computercodes. To train policy makers, who would be capable ofanalyzing the feasibility of nuclear power
To provide training in nuclear power reactor safety,
licensing and regulations

Lecture,OJT

2weeksSeminar,Training
course1-2weeks

OJT

3

Experience and knowledge for conducting public information
activities required for NPP introduction, especially for
public acceptance before the decision of the parliament (withemphasis on public targets of scientists anddecision-makers)

Lecture,
OJT

3-12

XT4-1
UR4-1

J-1(AM)

J-1(AM)

J-1(AM)
J-3(PS)

J-1(AM)

UR4-1

J-1(AM)

K-1

K-1