Engineering Design QA
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2013<br />
<strong>Engineering</strong> <strong>Design</strong> <strong>QA</strong><br />
Holistic Workflow Philosophy<br />
Renatus <strong>Engineering</strong> best practice guidance to engineering managers for the delivery of technical<br />
integrity<br />
Renatus <strong>Engineering</strong><br />
1/1/2013
TABLE OF CONTENTS<br />
<strong>Engineering</strong> <strong>Design</strong> Integrity Workflow (EDIW):.................................................................................................................................................................................................... 2<br />
Phase 1 Scope Definition and <strong>Engineering</strong> Execution Strategy - PROPOSAL ................................................................................................................................................ 3<br />
Phase 2 Commencement of Detail <strong>Design</strong> – SITE VISIT ......................................................................................................................................................................................... 5<br />
Phase 3 Initial <strong>Design</strong> Development and Hazard Identification – 10% ........................................................................................................................................................... 6<br />
Phase 4 Initial <strong>Design</strong> Review and Audit – 35% ........................................................................................................................................................................................................ 7<br />
Phase 5 <strong>Design</strong> Approval – 35% RETURN ................................................................................................................................................................................................................... 8<br />
Phase 6 Approval for Construction - 90% .................................................................................................................................................................................................................... 9<br />
Phase 7 <strong>Design</strong> Close-Out .................................................................................................................................................................................................................................................. 10<br />
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ENGINEERING DESIGN HOLISTIC WORKflOW (EDHW):<br />
The best practice guidance to engineering managers for the delivery of technical integrity. This document highlights the key deliverables and<br />
activities throughout the lifecycle of a typical detailed design project.<br />
1. Detailed <strong>Design</strong> Is Broken Into Seven Phases:<br />
2. Scope Definition and <strong>Engineering</strong> Execution Strategy<br />
3. Commencement of Detailed <strong>Design</strong><br />
4. Initial <strong>Design</strong> Development and Hazard Identification<br />
5. Initial <strong>Design</strong> Review & Audit<br />
6. Approval for <strong>Design</strong><br />
7. Approval for Construction<br />
8. <strong>Design</strong> Close-Out<br />
The workflow shown above illustrates the execution sequence of a generic Detail <strong>Design</strong> Project. Some work can be undertaken concurrently<br />
however a sequential flow of work is the standard. As the deliverables and activities in each phase are completed, work can transition into the<br />
next phase.<br />
Situations will arise when work will need to be done out of sequence, typically to meet a demanding project schedule. Use of this process allows<br />
the risks of out-of-sequence working to be identified and the necessary mitigation strategies to be put in place.<br />
Renatus <strong>Engineering</strong> Quality Control Manager (QCM) will measure compliance with the workflow and ensure out-of-phase working is being<br />
identified and managed. This document contains a copy of the Detail <strong>Design</strong> EDHW Workflow Road Map and includes detailed descriptions of the<br />
activities, the key engineering disciplines and supporting documentation.<br />
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PHASE 1 SCOPE DEFINITION AND ENGINEERING EXECUTION STRATEGY - PROPOSAL<br />
Preparation for commencement of detail design. To evaluate deliverables to ensure engineering is sufficiently mature for detail design to<br />
progress in a controlled and minimal change environment.<br />
ACTIVITIES/DELIVERABLE DESCRIPTION DISCIPLINE SUPPORTING DOCUMENTATION<br />
1 Level 1 - <strong>Engineering</strong><br />
Execution Strategy –<br />
Proposal Documentation<br />
2 FEED / AS BUILD<br />
Validation<br />
3 Project Baseline<br />
Standards<br />
4 <strong>Engineering</strong> Audit<br />
Schedule<br />
5 Level 2 - <strong>Engineering</strong><br />
Execution Plan &<br />
<strong>Engineering</strong><br />
Organization Chart<br />
6 Integrated <strong>Engineering</strong><br />
Systems<br />
Review / confirm <strong>Engineering</strong> Execution Strategy ,<br />
e.g. execution locations, workshare, disciplines<br />
required, specialist support, etc.<br />
Confirm maturity of Preliminary <strong>Engineering</strong><br />
Documents (PED) 10% deliverable also known as<br />
the front end engineering design (FEED). Identify<br />
any areas of concern and ensure these are<br />
captured on the Technical Risk Register.<br />
Establish which codes, standards and<br />
specifications are to be utilized, ie. Corporate,<br />
project, client, and confirm procedure. Include in<br />
<strong>Engineering</strong> Execution Plan and / or Discipline Job<br />
<strong>Design</strong> Specifications.<br />
Create formal schedule to identify when technical<br />
integrity audits (rule of thumbs or best have<br />
discipline specialist review), design reviews<br />
(coordination review), hazard identifications,<br />
hazards operation, etc are to be carried out. Align<br />
to Level 3 <strong>Engineering</strong> Plan and include in<br />
<strong>Engineering</strong> Execution Plan.<br />
Create <strong>Engineering</strong> Execution Plan complete with<br />
key supporting documents / information.<br />
Supporting documents are those generated above<br />
Agree when it’s a team and determine when it’s a<br />
single individual what engineering design tools to<br />
be used and confirm that system hardware,<br />
software and support is available. The customer<br />
Project Manager<br />
and Project<br />
<strong>Engineering</strong><br />
Manager<br />
Project<br />
<strong>Engineering</strong><br />
Manager<br />
Project<br />
<strong>Engineering</strong><br />
Manager<br />
Project<br />
<strong>Engineering</strong><br />
Manager<br />
Project<br />
<strong>Engineering</strong><br />
Manager<br />
<strong>Engineering</strong><br />
Systems and All<br />
Disciplines<br />
Proposal documentation and Project<br />
Execution Plan (PEP)<br />
<strong>Engineering</strong> Baseline Standards,<br />
unified facilities guidance (UFG), other<br />
design guides. (ie VA guidelines)<br />
Technical Safety Events Schedule<br />
(Lead Technical Safety Engineer), MS<br />
project template should be developed.<br />
Fins or develop an <strong>Engineering</strong><br />
Systems Project Start-up Manual,<br />
Document No. OAGX160-170-MAN-<br />
002<br />
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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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PHASE 2 COMMENCEMENT OF DETAIL DESIGN – SITE VISIT<br />
To formally kick off the <strong>Engineering</strong> <strong>Design</strong> Process in accordance with the project execution plan and to ensure that key engineering strategies /<br />
philosophies are in place.<br />
ACTIVITIES/DELIVERABLE DESCRIPTION DISCIPLINE SUPPORTING DOCUMENTATION<br />
1 Performance Standards &<br />
Verification Scheme<br />
2 Document Distribution<br />
Matrix<br />
3 Structural Integrity<br />
Interface<br />
Confirm safety critical systems / elements and set<br />
appropriate performance standards. ie.<br />
functionality, reliability and survivability. Develop<br />
scheme to allow an independent competent body<br />
to verify the design against the performance<br />
standards.<br />
Create formal document distribution matrix to<br />
ensure all disciplines & departments receive all<br />
necessary design information in a timely manner.<br />
Ensure structural integrity interfaces are<br />
identified & visible to Project, ie Renatus / Client<br />
focal points, Technical Authorities, Independent<br />
Verification Bodies, etc.<br />
4 Material Selection Report Report defining the requirements and<br />
specifications of necessary material.<br />
5 Hazard Management Plan Create Hazard Management Plan identifying all<br />
key hazards (confined space, hazardous materials,<br />
electrical hazards, fall hazards, etc) technical<br />
safety activities and the approach to managing<br />
Major Accident Hazards in the design.<br />
6 Discipline Specifications Develop / confirm baseline specifications,<br />
utilizing specintact specifications where possible.<br />
7 PDMS Catalogues Ensure PDMS catalogues are populated &<br />
available for all affected disciplines, utilizing<br />
online search (making sure to convert data to<br />
generic standards), where possible.<br />
Technical Safety<br />
Project<br />
<strong>Engineering</strong><br />
Manager<br />
Structural<br />
Discipline<br />
Technical Safety<br />
ALL.<br />
ALL<br />
Develop and find Hazard Management<br />
Philosophy, Hazard & Risk<br />
Management,; <strong>Design</strong> Verification<br />
Activities ; Platform Safety Case.<br />
Material <strong>Engineering</strong> Selection.<br />
Develop of find: Hazard & Risk<br />
Management,; Management of<br />
Functional Safety Guideline<br />
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PHASE 3 INITIAL DESIGN DEVELOPMENT AND HAZARD IDENTIfiCATION – 10%<br />
To develop initial design deliverables to Inter Discipline Review stage and identify key hazards.<br />
ACTIVITIES/DELIVERABLE DESCRIPTION DISCIPLINE SUPPORTING DOCUMENTATION<br />
1 Hazard Identification Perform hazard identification studies, as<br />
identified on <strong>Engineering</strong> Audit Schedule /<br />
Technical Safety Events Schedule.<br />
2 Environmental Issue<br />
(NEPA)<br />
Formal assessment of environmental aspects<br />
associated with a modification or a change, and to<br />
propose prevention or mitigating measures.<br />
3 System and Process<br />
Diagram<br />
Issue System and Process Flow / control<br />
Diagrams on formal Inter-Discipline Review.<br />
4 Plot Plans / Layouts Issue equipment Plot Plans / Layouts on formal<br />
inter-Discipline Review.<br />
5 Equipment List Create master project equipment list identifying<br />
all major items of tagged equipment, ie. vessels,<br />
pumps, motors, generators, chemical injection<br />
packages, electrical switchgear, control panels,<br />
etc.<br />
6 Mechanical Handling<br />
Strategy<br />
Develop Mechanical Handling Strategy including<br />
general approach / constraints, platform crane<br />
limits, installation philosophy, operation and<br />
maintenance, etc.<br />
Technical Safety<br />
Technical Safety<br />
Mechanical and<br />
Electrical<br />
Mechanical and<br />
Electrical<br />
Mechanical and<br />
Structural<br />
Develop or Reference: Environmental<br />
Impact Identification <strong>Engineering</strong> &<br />
<strong>Design</strong> Reviews manual<br />
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To confirm that the initial design development is strong.<br />
PHASE 4 INITIAL DESIGN REVIEW AND AUDIT – 35%<br />
ACTIVITIES/DELIVERABLE DESCRIPTION DISCIPLINE SUPPORTING DOCUMENTATION<br />
1 Hazardous Area Review Formal <strong>Engineering</strong> discipline review of<br />
hazardous area layouts to confirm requirements<br />
for the correct selection and location of<br />
equipment.<br />
2 Special design<br />
consideration Review<br />
3 Plot Plans / Layout / 3-D<br />
Model Review<br />
Formal <strong>Engineering</strong> unique process or system to<br />
confirm design basis.<br />
Formal <strong>Engineering</strong> review of Plot Plans /<br />
Layouts. The review shall ensure that the layout<br />
design complies with the required technical,<br />
safety, operability and maintainability standards.<br />
Makes sure the layout is cost effective, ensures the<br />
constructability of the work and agrees the layout<br />
basis on which the detailed design can proceed.<br />
4 LEED Review Formal review of ?????????????<br />
5 Technical Audit Obtain confirmation, by sampling of project<br />
documentation, that the engineering of the project<br />
is to the required standard and free from errors.<br />
Technical Safety<br />
Process, Piping,<br />
Technical Safety,<br />
Instruments<br />
Structural,<br />
Mechanical,<br />
Electrical,<br />
Independent<br />
(Renatus <strong>QA</strong><br />
<strong>Engineering</strong>)<br />
Hazard and Risk Management<br />
Procedure; <strong>Engineering</strong> & <strong>Design</strong><br />
reviews,<br />
<strong>Engineering</strong> & <strong>Design</strong> Reviews,<br />
<strong>Engineering</strong> & <strong>Design</strong> Reviews,<br />
Technical Audit Procedure<br />
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PHASE 5 DESIGN APPROVAL – 35% RETURN<br />
To ‘Freeze’ the process design, and develop dependent design & procurement activities.<br />
ACTIVITIES/DELIVERABLE DESCRIPTION DISCIPLINE SUPPORTING DOCUMENTATION<br />
2 Operability Operability Studies, a systematic multi-discipline<br />
study based on the applications of guidewords to<br />
identify causes of potential failure and operability<br />
constraints in a facility.<br />
3 OSHA & NEPA Audit Audit to ensure that the design falls under The<br />
Health and Safety At Work Act 1974 and project<br />
health, safety and environmental performance<br />
standards are being or have been met during the<br />
engineering and design processes.<br />
4 Environmental Report Issue final report to document & confirm that the<br />
design has considered all applicable<br />
environmental aspects & demonstrates that<br />
design controls have been included to minimize /<br />
control the environmental impact.<br />
5 Constructability Review Conduct formal Constructability Reviews to<br />
ensure safe and efficient installation of equip.<br />
Process,<br />
Technical Safety<br />
Technical Safety<br />
Technical Safety<br />
(COTR/CM)<br />
10 Holds Register Develop register to record & manage design holds. Engr Manager<br />
15 Process Assurance Conduct process studies to demonstrate the<br />
process design under a range of conditions, ie<br />
equipment start-up, etc.<br />
Process<br />
16 Verification of Vendor<br />
Information &<br />
Certification - <strong>Design</strong><br />
Completion<br />
Verify, primarily through review of vendor<br />
documentation, that their design & manufacture<br />
of fabricated packages, etc is robust and contains<br />
sufficient information to facilitate completion of<br />
affected Renatus discipline design.<br />
17 Compliance Report Issue final report as documented confirmation<br />
that the design meets the requirements of the<br />
10% review<br />
Affected<br />
disciplines<br />
Technical Safety<br />
Find links<br />
<strong>Engineering</strong> & <strong>Design</strong> Reviews,<br />
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PHASE 6 APPROVAL FOR CONSTRUCTION - 90%<br />
To ensure that sufficient design information & certification is available to facilitate safe installation, operation & maintenance.<br />
ACTIVITIES/DELIVERABLES DESCRIPTION KEY DISCIPLINE SUPPORTING DOCUMENTATION<br />
2 Customer Compliance Final report to formally demonstrate that the Instruments<br />
Report<br />
system comply with the requirements.<br />
4 Cost Report Cost estimate. Affected<br />
Disciplines<br />
5 Construction Specification Approved For Construction report. Affected<br />
Disciplines<br />
9 Construction Drawings Approved For Construction report. Affected<br />
Disciplines<br />
10 Verification of Vendor<br />
Information &<br />
Verify, primarily through review of vendor<br />
documentation, that their design & manufacture<br />
Affected<br />
Disciplines<br />
Certification - Installation,<br />
Operation & Maintenance<br />
of fabricated packages, etc is robust and contains<br />
sufficient information to facilitate safe installation,<br />
operation & maintenance.<br />
11 <strong>Design</strong> Certifi cates Applicable consultant provide seals<br />
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PHASE 7 DESIGN CLOSE-OUT<br />
To ensure all final design deliverables are completed and that client and statutory obligations are satisfactorily resolved.<br />
ACTIVITIES/DELIVERABLES DESCRIPTION KEY DISCIPLINE SUPPORTING DOCUMENTATION<br />
1 Transmittal letter Submit deliverable to customer. Affected<br />
Disciplines<br />
2 Certifying Authority (CA)<br />
/ Independent<br />
Verification Bodies (IVB)<br />
Acceptance<br />
Close out all outstanding technical queries and<br />
obtain final Letter of Acceptance.<br />
Affected<br />
Disciplines<br />
3 Complete Project As-<br />
Built Documentation<br />
Complete as-builts of design drawings and<br />
deliverables in accordance with Project / Client<br />
requirements.<br />
Affected<br />
Disciplines<br />
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