GTF (General Training Framework)

General Knowledge

Category
G.1.1 Introduction of Radiation (natural/manmade sources etc.)
G.1.2 Introduction of Nuclear Technology for public (medical, agricultural application etc.)
G.1.3 Introduction of Nuclear Technology for student (research reactor, power reactor etc.)

Basic Knowledge

Category

Area

B.1 Fundamentals of Nuclear Engineering

B.1.1 Reactor Theory

B.1.2 Thermal Hydraulics

B.1.3 Radiation Protection

B.1.4 Nuclear Power Plant and Nuclear Facilities

B.1.5 Nuclear Engineering General

B.2 Fundamentals for Nuclear Safety

B.2.1 Reactor Safety

B.2.2 Operational Safety

B.2.3 Safety Management

B.2.4 Nuclear Safety General

Specialized Knowledge

Category	Area
S.1 Legal basis and regulatory processes	S.1.1 Legal basis	S.1.1.1 Legal Structures S.1.1.2 Laws and Decrees S.1.1.3 Safety Policy S.1.1.4 Legal Basis General
	S.1.2 Regulatory process	S.1.2.1 Regulatory Organization S.1.2.2 Review and Assessment S.1.2.3 Inspection and Enforcement S.1.2.4 Regulatory Activities General
	S.1.3 Regulatory guidance documents	S.1.3.1 Safety Requirements S.1.3.2 Safety Guides and Standards S.1.3.3 Regulatory Documents General
	S.1.4 License and licensing documents	S.1.4.1 Licensing Process and Procedure S.1.4.2 Licensing Issues S.1.4.3 Licensing Activities General
	S.1.5 Enforcement process	S.1.5.1 Enforcement Policy S.1.5.2 Enforcement Issues S.1.5.3 Enforcement Activities General
S.2 Technical disciplines	S.2.1 Basic technology	S.2.1.1 Nuclear Engineering S.2.1.2 Mechanical Engineering S.2.1.3 Electrical, Instrumentation & Control Engineering S.2.1.4 Chemical Engineering S.2.1.5 Other Basic Technologies
	S.2.2 Applied technology	S.2.2.1 System Design S.2.2.2 Component Design S.2.2.3 Structure Design S.2.2.4 Layout Design S.2.2.5 Specific Design Considerations S.2.2.6 Other Applied Technologies
	S.2.3 Specialized technology	S.2.3.1 Erosion and Corrosion S.2.3.2 Ageing S.2.3.3 Human Factor S.2.3.4 Quality Assurance and Management S.2.3.5 Physical Protection S.2.3.6 Manufacturing Technique S.2.3.7 Construction Methods S.2.3.8 Other Specialized Technologies
S.3 Regulatory practices	S.3.1 Safety-focused analytical techniques	S.3.1.1 Safety Principles and Philosophy S.3.1.2 Safety Requirements and Guides S.3.1.3 Computer Analytical Codes S.3.1.4 Radiological Safety Evaluation S.3.1.5 Deterministic Safety Analysis S.3.1.6 Probabilistic Safety Assessment S.3.1.7 Severe Accident and Accident Management S.3.1.8 Seismic Analysis S.3.1.9 Safety Analysis Techniques General
	S.3.2 Inspection techniques	S.3.2.1 Regulatory Requirements and Guides S.3.2.2 Industrial Codes & Standards S.3.2.3 Testing Methods and Techniques (NDT etc.) S.3.2.4 Analytical Techniques (PRA, RCA etc.) S.3.2.5 Inspection Techniques General
	S.3.3 Auditing techniques	S.3.3.1 Auditing Requirements and Guides S.3.3.2 Auditing Matters General
	S.3.4 Investigation techniques	S.3.4.1 Investigation Requirements and Guides S.3.4.2 Investigation Matters General
S.4 Personal and interpersonal effectiveness	S.4.1 Analytical thinking, problem solving and decision making
	S.4.2 Personal effectiveness
	S.4.3 Communication
	S.4.4 Team work
	S.4.5 Management
S.5 Power reactor operating organization	S.5.1 Management of Safety	S.5.1.1 Operational Organization and Management Requirement S.5.1.2 Operational Organization Matters General
	S.5.2 Operator, Shift Supervisors and Field Operators	S.5.2.1 Operator!Cs Requirement S.5.2.2 Operators Management Matters General
	S.5.3 Maintenance Personnel	S.5.3.1 Maintenance Personnel Requirement S.5.3.2 Maintenance Management Matters General
S.6. Research Reactor	S.6.1 Basic technology for research reactor	S.6.1.1 Technical competency	S.6.1.1.1 Computing Knowledge S.6.1.1.2 Drawing Reading Knowledge S.6.1.1.3 Research Reactor Basic Knowledge
		S.6.1.2 Reactor fundamentals and related subjects	S.6.1.2.1 Research Reactor Theory S.6.1.2.2 Research Reactor Safety S.6.1.2.3 Research Reactor Radiation Protection S.6.1.2.4 Research Reactor Thermal Hydraulics S.6.1.2.5 Research Reactor Engineering General
		S.6.1.3 Reactor facility engineering	S.6.1.3.1 Research Reactor Core Design S.6.1.3.2 Research Reactor Cooling System Design S.6.1.3.3 Research Reactor Facility´s Design General
		S.6.1.4 Experimental facility	S.6.1.4.1 Research Reactor Experimental Devices General
	S.6.2 Management of Safety	6.2.1 Rules and regulations	S.6.2.1.1 Research Reactor Regulatory System S.6.2.1.2 Research Reactor Licensees´ Duty S.6.2.1.3 Research Reactor Regulatory Matters General
		6.2.2 Administrative requirements	S.6.2.2.1 Research Reactor Safety Management S.6.2.2.2 Research Reactor Organizational Matters General
	S.6.3 Operator, Shift Supervisors and Field Operators	S.6.3.1 Research Reactor Facility Control S.6.3.2 Research Reactor Core Management S.6.3.3 Research Reactor Operational Management General
	S.6.4 Maintenance Personnel	S.6.4.1 Research Reactor Maintenance Management S.6.4.2 Research Reactor Maintenance Procedure S.6.4.3 Research Reactor Maintenance Matters General

GTF (General Training Framework)

ANSN JAPAN

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