Department · IOGP 510
Engineering
Scope
Technical standards, discipline competence, engineering processes, and the technical authority / subject matter expert framework. Engineering's job is to make sure that what is designed, modified or specified is technically sound — and that the people doing that work are competent to do it.
Out of scope
Operations, Maintenance and HSSE — these are separate functions with their own mappings. Engineering provides standards and assurance into those functions; it does not execute their work.
The reframing
"'Engineering = drawings and standards' thinking doesn't survive contact with the framework. If Engineering can name owners across all ten elements, the function is operating as a system, not a service. If two or three elements have no Engineering owner, that absence is the audit finding the organisation has not yet had."
Footprint across the framework
E01
Commitment and Accountability
This is where leadership says — in writing and in name — that technical integrity is non-negotiable and the engineering function has the authority to enforce it. Without Element 1, every other element of Engineering's ma…
7 docs →
E02
Policies and Standards
This element holds Engineering's mandatory technical content — the rules, standards, codes and specifications that define what compliant engineering looks like in this company. It is the largest single Engineering footpr…
11 docs →
E03
Organisation, Resources and Capability
This element answers the only question that ultimately matters when something goes wrong: was the right person, with the right capability, in the right role, at the right time? For Engineering this is the home of the dis…
7 docs →
E04
Stakeholders and Customers
This element governs how Engineering engages with everyone who is not Engineering — regulators, contractors, vendors, partners, asset teams and project stakeholders. Engineering's reputation for being a "closed shop" is …
5 docs →
E05
Risk Assessment and Control
This is where Engineering does its most consequential work: identifying, assessing, controlling, accepting and changing technical risk. MoC sits in Element 5 (the IOGP 510 base position) — which keeps technical change an…
15 docs →
E06
Asset Design and Integrity
Element 6 is the principal home of technical integrity and consequently Engineering's deepest footprint in the management system. This is where the company commits to how assets will be designed, built, modified and main…
14 docs →
E07
Plans and Procedures
This element holds the procedures that translate engineering standards (Element 2) and risk controls (Element 5) into executable steps. It is the most frequently bloated element across operators — and the one where a cle…
9 docs →
E08
Execution of Activities
This element is engineering work as it actually happens — not the standard, not the procedure, but the design package being produced, the review being held, the technical query being answered, the approval being given. T…
8 docs →
E09
Monitoring, Reporting and Learning
This element captures how engineering performance, technical events, weak signals and lessons are recorded and turned into information that travels. Engineering's blind spots usually live in this element — not because th…
8 docs →
E10
Assurance, Review and Improvement
This element holds the independent challenge of engineering — TA verification, independent technical review, audit, stage-gate assurance and the systematic improvement of the engineering function itself. Element 10 is wh…
8 docs →
Where Engineering pivots into other departments
→ Operations & MaintenanceHandover, integrity execution, deviation acceptance
→ WellsDesign interface, well examination, barrier integrity
→ SubsurfaceSubsurface inputs to design (rates, fluids, pressures), basis of design
→ CommercialContractor technical assurance, vendor specifications