Engineering Design QA
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7 Quantitative Risk<br />
Assessment Strategy<br />
8 Discipline Job <strong>Design</strong><br />
Specification<br />
will drive much but the general guidelines will be,<br />
specintact, RSMeans, and Revit everything else<br />
becomes an issues such as easypower, PDMS or<br />
PDS, Catalog cuts for basis of design and Other<br />
Specs, survey methods, drawings dimensional<br />
control techniques, etc. Document and record in<br />
the <strong>Engineering</strong> Execution Plan and discipline job<br />
design specifications.<br />
Establish status of project Quantitative Risk<br />
Assessment and confirm methodology for timely<br />
delivery into engineering design process. Agree on<br />
accountability for delivery, ie. Client, 3rd party,<br />
Renatus, and record in <strong>Engineering</strong> Execution Plan.<br />
Define the key project specific design parameters<br />
and operational constraints that are applicable to<br />
the appropriate discipline for the detailed design of<br />
the project (wall, plumbing, fire protection). To<br />
identify key individuals, roles and responsibilities,<br />
design tools, key codes and standards, etc.<br />
Specintact guide specifications will tell you all this<br />
9 Level 3 <strong>Engineering</strong> Plan Agree on work breakdown structure (uniformat ii<br />
or masterformat), and create level 3 integrated<br />
engineering plan covering all disciplines. To be<br />
included in <strong>Engineering</strong> Execution Plan.<br />
10 Technical Risk Register Create formal Technical Risk Register identifying<br />
all possible risks associated with the engineering<br />
design.<br />
Technical Safety<br />
All Disciplines<br />
All Disciplines<br />
Technical Safety<br />
Develop or find manual on Hazard &<br />
Risk Management.<br />
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