Field-Service Margin Recovery Architecture Director — Wind Turbines

The mandate

Long-term service agreements report growth and acceptable gross margin, but internal figures allocate vessel standby, repeat visits, cannibalised parts, remote-diagnostic effort and warranty recoveries inconsistently. Site teams optimise turbine availability while contract managers protect monthly revenue, leaving no shared view of which failure patterns destroy lifetime economics. Management needs an operating architecture, not another retrospective profitability dashboard.

The principal deliverable is a Field-Service Margin Recovery Architecture that joins failure event, remote diagnosis, dispatch, weather window, technician mix, vessel use, part movement, repair outcome, warranty position, customer obligation and cash consequence. It must create actionable economics at decision points without asking field leaders to delay safety-critical work or manipulate availability attribution.

Milestone one at week four accepts event and cost lineage; week eight approves the contract-to-work decision map. Seven base laboratories finish by week thirteen, intervention economics and controls by week seventeen, and three stress tests by week twenty. Final acceptance at week twenty-two covers the calculation specification, decision playbooks, governance, measurement pack and prioritised implementation backlog.

Acceptance requires Finance to reperform twelve event economics, dispatch teams to choose among remote resolution, bundled visit and immediate mobilisation, and contract owners to identify warranty and customer boundaries. The Service President signs once client operators process an unseen repeat fault during scarce vessel capacity and reconcile operational, contractual and cash outcomes without consultant-built side calculations.

The client will provide service contracts, work orders, alarms, dispatch records, vessel and labour costs, parts movements, warranty decisions, invoices, downtime attribution, safety rules, system access and accountable owners. Excluded work includes contract renegotiation, live dispatch, technician supervision, warranty adjudication, safety approval, software construction, customer claims settlement and assurance of booked margin.

Why this is external work

Operations, contract and finance teams each own a valid but incomplete account of service performance, while existing allocation rules embed years of negotiated compromise. A neutral specialist can trace event economics through actual decisions and expose leakage without becoming dispatcher, warranty judge or advocate for a particular accounting outcome.

What you will own

• Trace each failure from alarm through diagnosis, mobilisation, access, repair, repeat performance, contract and cash outcome.
• Reconcile technician, vessel, parts, remote-support, warranty and customer-charge economics at service-event level.
• Define decision playbooks for remote resolution, planned bundling, urgent dispatch, cannibalisation and repeat-fault escalation.
• Design controls over cost attribution, downtime coding, warranty evidence, incomplete work and post-visit technical closure.
• Segment margin leakage by platform, failure mode, contract, base, intervention path and controllable operating cause.
• Stress-test scarce vessel capacity, adverse weather, repeat failure, parts shortage and disputed warranty coverage.
• Deliver lineage maps, calculation rules, operating playbooks, metric definitions, acceptance cases and build backlog.

Candidate qualifications

• Designed field-service economics across wind, aviation, industrial equipment or another asset-availability contract portfolio.
• Connected technical failure and dispatch decisions to lifetime contract, warranty and cash consequences.
• Rebuilt cost attribution where shared vessels, remote expertise, parts and repeat visits distorted event margin.
• Protected safety and customer-availability obligations while identifying controllable operating leakage.
• Worked across engineers, marine planners, dispatchers, contract owners, warranty teams and finance controllers.
• Transferred auditable calculation and operating-decision architecture through client-reperformed events and a realistic scarce-capacity stress test.

Non-negotiables

• Can complete seven offshore-base residencies and three economics stress tests within five months.
• Direct asset-service economics is required; corporate profitability reporting without field operations is insufficient.
• Will disclose turbine makers, vessel providers, service contractors, wind owners and analytics vendors.
• Will not dispatch technicians, adjudicate warranty, approve safety, negotiate contracts, settle claims or book margin.

1. 49 words maximum. Describe a service portfolio whose reported margin concealed repeat-visit or shared-asset cost.
2. 49 words maximum. How did you join technical failure evidence with contractual and cash outcomes?
3. 49 words maximum. Which scarce-vessel scenario would you use to validate the operating architecture?