Home : Training Services : Training for BOP Technologies (Example)

Classroom Training (CRT)

1) Common Training

Discipline	Subject	Hours
General	1) Orientation & Project Management	2
	2) Project Schedule Control Management	2
	3) Project Cost Control Management	2
	4) Quality Control Management	2
Nuclear	5) Overview of Nuclear Power Plant	2
	6) Licensing of Nuclear Power Plant	2
	7) Reliability Analysis	2
	8) NSSS & Safety Related System	2
	9) Safety Analysis	2
	10) Radiographic Protection	2
	11) Radioactive Waste Disposal System	2
	12) Layout Plan of Nuclear Power Plant	2
	13) Mechanical System of Nuclear Power Plant	2
	14) System overview of BOP	2
	15) HVAC of Nuclear Power Plant	2
	16) Electrical Power System in Power Plant	2
	17) Outside Transformation System of Electric Energy	2
	18) General of NPP Structure	2
	19) C.A.S Engineering of RCB	2
	20) Environment Licensing of Nuclear Power Plant	2
	21) Commissioning	2
	22) Environmental Qualification	2
Total		44

2) In-Depth Training

Discipline	Subject	Hours
Civil	1) Introduction of Civil Design for NPP	2
	2) Auxiliary Building(AB) Design	2
	3) Turbine Generator Building(TGB) Design	2
	4) Special Structural Analysis	2
	5) Yard Facilities Structures	2
	6) General Design Criteria	2
	7) Hydrologic Engineering	2
	8) Seismic Analysis	2
	9) Aircraft Impact Analysis	2
	10) RCB Basemat Design	2
	11) Shell & Dome Design	2
	12) RCB Internal Structure Design	2
	13) Steel Structure Design	2
	14) Composite Frame Design	2
	15) Shear Wall Design	2
	16) Nuclear Steam Supply System Support & Pipe Support Design	2
	17) Geology and Geotechnical Engineering	2
	18) Intake & Discharge Structure Design	2
Total		36

Discipline	Subject	Hours
Electrical	1) Introduction of Electrical Design for NPP	2
	2) Overview of Electrical System	2
	3) Switchyard System	2
	4) Separation Criteria	2
	5) Relaying System	2
	6) Power Transformer	2
	7) EDG	2
	8) Introduction for Electrical Facility	2
	9) DC/IP System	2
	10) Switchgear (SWGR)	2
	11) Circuit Breaker	2
	12) AC Power System	2
	13) Cable	2
	14) Motor Control Center (MCC)	2
	15) Load Center (LC)	2
	16) Short Circuit Calculation and Voltage Drop	2
	17) Fire Detection	2
	18) Electrical System Grounding	2
Total		36

Discipline	Subject	Hours
I&C	1) Introduction of I/C Design for NPP	2
	2) Instruction of Human Factors Engineering System	2
	3) MMIS Codes & Standards	2
	4) Instruction of MMI (including Alarm)	2
	5) Technical Evaluation of Proposals	2
	6) Instruction of Radiation Monitoring System	2
	7) Design of IID for Instruments	2
	8) Instrument Numbering Guideline	2
	9) Instruction of Man-Machine Interface System	2
	10) Instruction of the C&ID & CLD System and Legend	2
	11) Design of ILD	2
	12) Instruction for Control Room HVAC System (Including P&ID, C&ID/CLD and etc.)	2
	13) Instruction for Process Sampling System (Including P&ID, C&ID/CLD and etc.)	2
	14) Instruction for Containment Monitoring System (Including P&ID, C&ID/CLD and etc.)	2
	15) Instruction for Main Steam System (Including P&ID, C&ID/CLD and etc.)	2
	16) Instruction & Purchase Specification of Control Valves	2
	17) Instruction for Feed Water System (Including P&ID, C&ID/CLD and etc.)	2
	18) Instruction for Component Cooling Water System (Including P&ID, C&ID/CLD and etc.)	2
Total		36

Discipline	Subject	Hours
Mech./Nuclear	1) Introduction of Mechanical/Nuclear Design for NPP	2
	2) Overall Cooling Water System	2
	3) Steam Turbine & Auxiliary System	2
	4) Feedwater System	2
	5) Pump, Pipe Sizing & Pressure Drop	2
	6) Control room HVAC System	2
	7) IRWST System	2
	8) Spent Fuel Pool Cooling System Design	2
	9) Component Cooling Water System Design	2
	10) Essential Water Service System Design, Primary Sampling System Design	2
	11) Steam Generator Blowdown System Design	2
	12) Gaseous Radwaste System Design, Liquid Radwaste System Design	2
	13) Circulating water system	2
	14) Condensate System	2
	15) Plant Chilled Water System	2
	16) Fire Protection System	2
	17) Water Treatment System	2
	18) Containment Spray System	2
Total		36

On-the-Job Training (OJT)

Discipline	Subject	Hours
Civil	1) Procedure of Civil Engineering	3
	2) Auxiliary Building(AB) Design	3
	3) Turbine Generator Building(TGB) Design	3
	4) Special Structural Analysis	3
	5) Yard Facilities Structures	3
	6) General Design Criteria	3
	7) Hydrologic Engineering	3
	8) Seismic Analysis	3
	9) Aircraft Impact Analysis	3
	10) RCB Basemat Design	3
	11) Shell & Dome Design	3
	12) RCB Internal Structure Design	3
	13) Steel Structure Design	3
	14) Composite Frame Design	3
	15) Shear Wall Design	3
	16) Nuclear Steam Supply System Support & Pipe Support Design	3
	17) Geology and Geotechnical Engineering	3
	18) Intake & Discharge Structure Design	3
	19) Intensive OJT	38
Total		92

Discipline	Subject	Hours
Electrical	1) Procedure of Electrical Engineering	3
	2) Overview of Electrical System	3
	3) Switchyard System	3
	4) Separation Criteria	3
	5) Relaying System	3
	6) Power Transformer	3
	7) EDG	3
	8) Introduction for Electrical Facility	3
	9) DC/IP System	3
	10) Switchgear (SWGR)	3
	11) Circuit Breaker	3
	12) AC Power System	3
	13) Cable	3
	14) Motor Control Center (MCC)	3
	15) Load Center (LC)	3
	16) Short Circuit Calculation and Voltage Drop	3
	17) Fire Detection	3
	18) Electrical System Grounding	3
	19) Intensive OJT	38
Total		92

Discipline	Subject	Hours
I&C	1) Procedure of I/C Engineering	3
	2) Instruction of Human Factors Engineering System	3
	3) MMIS Codes & Standards	3
	4) Instruction of MMI (including Alarm)	3
	5) Technical Evaluation of Proposals	3
	6) Instruction of Radiation Monitoring System	3
	7) Design of IID for Instruments	3
	8) Instrument Numbering Guideline	3
	9) Instruction of Man-Machine Interface System	3
	10) Instruction of the C&ID & CLD System and Legend	3
	11) Design of ILD	3
	12) Instruction for Control Room HVAC System (Including P&ID, C&ID/CLD and etc.)	3
	13) Instruction for Process Sampling System (Including P&ID, C&ID/CLD and etc.)	3
	14) Instruction for Containment Monitoring System (Including P&ID, C&ID/CLD and etc.)	3
	15) Instruction for Main Steam System (Including P&ID, C&ID/CLD and etc.)	3
	16) Instruction & Purchase Specification of Control Valves	3
	17) Instruction for Feed Water System (Including P&ID, C&ID/CLD and etc.)	3
	18) Instruction for Component Cooling Water System (Including P&ID, C&ID/CLD and etc.)	3
	19) Intensive OJT	38
Total		92

Discipline	Subject	Hours
Mech./Nuclear	1) Procedure of Mechanical/Nuclear Engineering	3
	2) Overall Cooling Water System	3
	3) Steam Turbine & Auxiliary System	3
	4) Feedwater System	3
	5) Pump, Pipe Sizing & Pressure Drop	3
	6) Control room HVAC System	3
	7) IRWST System	3
	8) Spent Fuel Pool Cooling System Design	3
	9) Component Cooling Water System Design	3
	10) Essential Water Service System Design, Primary Sampling System Design	3
	11) Steam Generator Blowdown System Design	3
	12) Gaseous Radwaste System Design, Liquid Radwaste System Design	3
	13) Circulating water system	3
	14) Condensate System	3
	15) Plant Chilled Water System	3
	16) Fire Protection System	3
	17) Water Treatment System	3
	18) Containment Spray System	3
	19) Intensive OJT	38
Total		92