Circular-Service Business Model Director

The mandate

Regional businesses have launched take-back, exchange and remanufactured-component offers with incompatible deposits, inspection grades, warranties and ownership assumptions. Returned cores sit in depots because transport cost and title are unclear, while service sellers promise availability that plants cannot reserve. Sustainability reporting counts recovered mass but does not show whether the model reduces virgin material, improves uptime or earns an adequate return. The defined problem is to design one scalable circular-service business system, not to celebrate disconnected pilots.

The core deliverable is a circular-service operating model for two motion-system families, comprising customer propositions, eligible installed-base segments, core-ownership rules, return incentives, inspection taxonomy, reverse-flow design, remanufacturing capacity logic, warranty boundaries, inventory treatment, pricing architecture, data requirements and governance. A supporting decision model will connect failure probability, residual core value, recovery yield, turnaround time, avoided downtime, logistics, working capital and material benefit. Regional variants must be explicit rather than hidden in broad global averages.

Five milestones govern delivery. Week four closes installed-base and pilot evidence; week eight presents segment economics and failure modes. Week twelve tests alternative ownership, deposit and stocking models with three customer archetypes. Week sixteen completes plant-and-network design with capacity and data dependencies. At week twenty, the final milestone provides the preferred operating model, two-year scale roadmap, controlled-pilot charter and investment paper, with invoices linked to accepted evidence at each gate.

The president of services accepts the commercial and operational design, while finance confirms arithmetic, engineering signs the product eligibility boundaries and sustainability validates measurement logic. Acceptance requires positive contribution under stated return rates, traceable core custody, achievable turnaround, no double counting of environmental benefit and customer scenarios that service teams can execute without bespoke executive waivers. Any unresolved regulatory, tax or accounting judgment must be named as a dependency and assigned to the competent function.

The client will provide installed-base records, failure histories, pilot contracts, core inventories, warranty claims, transport lanes, plant yields, processing costs, material declarations and access to eight customers. The consultants will not certify lifecycle claims, set accounting policy, negotiate customer contracts, redesign components or implement warehouse technology. Work beyond the two named product families, construction of new remanufacturing capacity and pilot operation after month five are excluded unless separately scoped and priced.

Why this is external work

Existing pilots are owned by regional sponsors who define success differently and have sunk-cost incentives to defend their design. The work also joins aftermarket economics, reverse operations and material evidence that no internal team currently integrates. An external team can create comparable choices and a closeable investment case without selling logistics, software or certification services.

What you will own

• Reconstruct pilot economics from customer use through collection, inspection, remanufacture, stocking, exchange and final disposition.
• Segment installed equipment by failure consequence, recoverable core value, service pattern and feasible return behaviour.
• Design custody, deposit, grading, warranty and exception rules that prevent leakage and customer misunderstanding.
• Model alternative reverse networks against turnaround, yield, freight, carbon evidence, inventory exposure and plant constraint.
• Test the proposition with three customer archetypes and document adoption barriers, service value and contract dependencies.
• Define data lineage, operational forums, regional decision rights and assurance points for scaled circular services.
• Deliver the preferred model, pilot charter, investment thresholds and sequenced roadmap with explicit stop conditions.

Candidate qualifications

• Has built remanufacturing, exchange-pool or equipment take-back models with accountable commercial and operating economics.
• Can evidence decisions linking installed-base reliability, core recovery, reverse logistics, warranty and working-capital exposure.
• Understands component grading, custody, residual value, service-level design and material-recovery measurement boundaries.
• Has converted heterogeneous regional pilots into a governed model without erasing legitimate customer or regulatory variation.
• Can challenge environmental claims and commercial optimism while working credibly with engineers, plants and service sellers.
• Is independent of logistics, remanufacturing, software and assurance vendors that could benefit from the recommendation.

Non-negotiables

• Can lead workshops in Munich and both selected remanufacturing plants during the five-month engagement.
• Will separate measured material recovery from unsupported lifecycle or avoided-emissions claims.
• Brings industrial aftermarket and reverse-flow evidence; consumer recycling strategy alone is insufficient.
• Will state where accounting, tax, product or environmental conclusions require designated professional ownership.

1. 49 words maximum. Which variable most often destroys the economics of an apparently attractive remanufactured-component offer?
2. 49 words maximum. How have you tested customer return behaviour before approving a take-back operating model?
3. 49 words maximum. Name one circular-service claim you refused to include because the evidence boundary was inadequate.