E-Commerce Fulfilment Decarbonisation Architect

The mandate

The retailer has funded reusable packaging, electric middle-mile vehicles, consolidated delivery choices and lower-energy fulfilment, but initiatives are measured separately from inventory splits, missed cut-offs, second attempts and returns. A slower promise can consolidate one journey yet trigger customer cancellation or a second shipment from another node. The defined problem is to design an owned-network operating model that chooses lower-carbon fulfilment at the order level without shifting emissions, cost or service failure beyond the reporting boundary.

The named deliverable is an E-Commerce Fulfilment Decarbonisation Architecture covering order and inventory segmentation, promise design, node choice, split prevention, wave and cut-off logic, packaging selection, consolidation, owned middle-mile charging, delivery options, failed delivery, collection, returns, refurbishment and claim evidence. It will include decision rights, carbon-and-cost boundaries, service states, eight operating laboratories, customer-choice experiments, investment gates and a phased rollout plan.

Five milestones govern six months. Week four reconstructs sixty orders across normal, split, failed and returned journeys. Week nine delivers causal emissions, cost and customer baselines by archetype. Week fourteen concludes eight node laboratories and six controlled choice tests. Week nineteen runs peak, charger-loss and inventory-imbalance simulations. Week twenty-four supplies the accepted architecture, changed business cases, product requirements, facility transitions and a costed eighteen-month implementation backlog.

Acceptance rests with the chief operating officer and council; environmental assurance, customer-product, fleet-safety and finance owners retain their judgments. Work is accepted only when two fulfilment teams can route ten unseen baskets through complete cost, service and attributable-emissions evidence, customer choice remains informed, inventory and charging capacity reconcile, returns are included, and claimed improvement does not depend on excluded failed attempts, packaging production or displaced third-party journeys.

The client provides de-identified orders, inventory snapshots, pick and pack events, vehicle and charging data, packaging bills, delivery attempts, returns, customer research permissions, energy factors, cost records and site access. Consultants will not direct live fulfilment, calculate externally assured claims, change customer promises, drive vehicles, approve safety or procure assets. Software build, fleet purchase, facility engineering and public claims are excluded; missing assurance inputs remain explicit decision conditions.

Why this is external work

Operations, product and sustainability teams have each optimised a legitimate piece of the journey, but their boundaries reward local improvements. The retailer wants neutral architecture before scaling capital and changing customer promises. External 1PL design experience can connect physical order behaviour to accepted evidence without becoming the live allocator or author of environmental claims.

What you will own

• Reconstruct sixty baskets across promise, inventory allocation, pick, pack, middle mile, delivery attempt, collection, return and final disposition.
• Segment orders by urgency, split risk, product geometry, inventory substitutability, delivery access, return likelihood and customer choice.
• Define decision rights among inventory, fulfilment, packaging, transport, product, customer care, environment, safety and finance owners.
• Build order-level gates for consolidation, packaging reuse, slower promise, alternate node, collection and return recovery.
• Test eight operating laboratories plus peak, charger-loss, packaging-shortage and cross-node inventory scenarios.
• Quantify complete emissions, cost, capacity and customer consequences without issuing externally assured environmental claims.
• Deliver the accepted architecture, changed investment cases, product requirements, transition waves and costed implementation backlog.

Candidate qualifications

• Has designed owned e-commerce fulfilment networks across inventory placement, automation, packaging, transport, delivery and returns.
• Can evidence an environmental initiative changed after split shipments, failed attempts or returns were included in the boundary.
• Understands order promising, node allocation, pick and pack, packaging, fleet charging, last mile, reverse flow and customer behaviour.
• Has aligned environmental and operational owners without calculating assurance opinions or directing live order allocation.
• Can distinguish modelled intensity, attributable journey emissions, avoided activity, displaced activity and complete customer outcome.
• Has left internal teams with repeatable order decisions and facility playbooks that survived a peak period independently.

Non-negotiables

• Can complete eight European fulfilment laboratories, six customer tests and two peak simulations within six months.
• Will not author environmental claims, direct live orders, approve fleet safety or procure vehicles and packaging.
• Brings direct e-commerce 1PL operating architecture; corporate carbon accounting alone is insufficient.
• Will retain split shipments, failed attempts, returns, cancellations and third-party overflow in every improvement baseline.

1. 49 words maximum. Which lower-carbon fulfilment intervention failed after you counted the complete order journey?
2. 49 words maximum. How did you preserve genuine customer choice while changing speed or consolidation options?
3. 49 words maximum. Which return state belongs inside an order-level emissions and service decision?