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NUCLEAR SAFETY & SECURITY
- Radiological safety objectives, safety
criteria and requirements for nuclear installations. Conceptual design, defense
in depth, safety functions, safety systems and safety features. Mechanical,
electrical components and I&C. Structural analysis. Site evaluations,
Seismic safety. Natural and man-made external hazard. Design basis accidents
and consequences. Severe accidents. Operational safety. Physical Protection of
radioactive and nuclear material and related activities. Implementation of
international obligations ( Nuclear Safety Conventions, Joint Conventions, Code
of Conduct for RS, Safeguards agreements…)
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RADIATION SAFETY - Radiation protection for workers and public. Basic safety
standards. Dose limitation and ALARA implementation. Radiation protection
program requirements for nuclear installations and its implementation.
Organizational aspects, duties and responsibilities for radiation protection.
Operational radioactive effluents from nuclear facility and accidental releases
(source term) . Environmental monitoring.
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RELIABILITY AND RISK - Review of systems and equipment reliability
assessment, applied methodology and requirements. Review of overall plant
probabilistic safety assessment: Regulatory requirements for PSA studies; PSA
objectives, criteria, requirements, methodology, models, data, IE, FT, ET,
quantification. Analysis of PSA results and evaluation of improvement
measures. Use of PSA during licensing process.
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QUALITY MANAGEMENT - Policy statement, quality assurance program content,
requirements and implementation for licensee and suppliers. Quality manual,
procedures, feedback, performance assessment and corrective actions.
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DECOMMISSIONING - Safety objectives and decommissioning options. Review of
decommissioning general plan, main phases, conception and implementation of
decommissioning activities. Radiological characterization of the
installation. Radiation protection and environmental protection during
decommissioning. Review of activity plans including decontamination,
dismantling, maintenance, waste management.
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WASTE MANAGEMENT - Safety objectives and requirements for radioactive waste
management. Design, construction and operation of facilities
dealing with treatment of liquid and solid waste. Review of safety assessments
for storage and disposal facilities. Waste acceptance criteria. Safety
aspects of design, construction, operation and surveillance of
repositories or storage facilities. Accident analysis and consequences,
probabilistic and deterministic techniques for safety assessment of waste
disposal facilities.
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SITE ANALYSIS - Review of site analysis and characterization, impact
of environment on the design of nuclear facilities (meteorology, geology,
hydrology, seismology and geotechnical engineering, external natural and
man made hazards, etc.), impact of nuclear facility on the environment
(radiological and non-radiological).
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ENGINEERING AND ENVIRONMENT - Evaluations and assessment of engineering activities and design
verification in conformity with technical specifications, normative documents,
technical and environmental requirements
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