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Software safety analysis as described in documents such as IEEE |
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|  DOE-STD-1172-2003
that should be maintained to document the calculation process.
f.
Conduct or review an assessment of the verification and validation processes
applied to a software development project and/or to a program in the operation
and maintenance life cycle phase. Describe the strengths and weaknesses you
identify.
9.
Safety Software Quality Assurance personnel shall demonstrate a working level
knowledge of software safety analysis as described in documents such as IEEE
1228, IEEE Standard for Software Safety Plans and Section 9 of NUREG/CR-6263,
High Integrity Software for Nuclear Power Plants.
Supporting Knowledge, Skills, and Abilities
a.
Discuss the purpose and content of the following and relate the importance of
each to safety software quality:
Software safety plan
Safety requirements analysis
Software safety design analysis
Software safety code analysis
Software safety test analysis
Software safety change analysis
b.
Describe the process for incorporating the software safety analysis into the
facility Documented Safety Analysis (DSA).
10.
Safety Software Quality Assurance personnel shall demonstrate a working level
knowledge of activities that ensure that safety software is properly maintained
and continues to operate as intended as described in such documents as IEEE
1219, IEEE Standard for Software Maintenance and Section 10 of NUREG/CR-6263,
High Integrity Software for Nuclear Power Plants.
Supporting Knowledge, Skills, and Abilities
a.
Discuss the following concepts as they relate to safety software quality:
Software maintainability
Maintenance planning
Performance monitoring
b.
Conduct or review an assessment of software maintenance on a project or
program to a standard such as IEEE 1219, IEEE Standard for Software
Maintenance.
9
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