Breakbulk Project-Cargo Handling Director

The mandate

The terminal wins complex cargo based on individual lift studies and available quay dates, but execution breaks where vessel gear, crane plans, ground bearing, storage frames, customs release and permitted inland routes meet. Contractor method statements use different load states and hand-over points. The defined problem is one controlled handling architecture from ship interface to released inland conveyance, not engineering certification or provision of heavy-lift equipment.

The deliverable is a project-cargo handling book comprising cargo-state definitions, engineering and evidence gates, integrated responsibility maps, lift and transfer control points, temporary storage rules, abnormal-condition decisions and a retained case file. Eight completed and six live movements form the case library. Detailed lift design, structural sign-off, transport permitting, customs brokerage, equipment rental and insurance placement are excluded.

Evidence from eight completed movements must be reconstructed and reconciled for the week-three milestone. The project then moves to a week-eight decision on cargo gates and interface maps. Three live movements form the week-thirteen proof; three different movements plus an abnormal-weather stop-and-recovery simulation form the week-nineteen proof. The fifth milestone falls at month six, when the handling book, assurance method, training set and 120-day backlog must be accepted together.

Acceptance requires terminal, vessel, lifting, storage and inland-transport owners to trace all six pilots through identical cargo identity, load state, authority, hold point and handover evidence. The simulation must stop and recover a lift without unowned suspended load or route conflict. The COO accepts when qualified engineers sign their boundaries, safety approves controls and permanent teams can assemble a compliant case without consultant interpretation.

The client will provide cargo drawings and certificates, vessel and crane particulars, quay data, method statements, lift studies, ground and storage evidence, permit statuses, customs milestones, incident records and contractor terms. It will nominate engineering and operations sponsors, secure six live observations, and ensure specialist signatories are available. Client and contractors retain design, certification, lifting, permit, customs and safety authority.

Why this is external work

Each contractor produces a defensible scope, but no participant is neutral about the interface where custody, load state or evidence changes. Internal terminal teams are also commercially committed before full methods arrive. Independent heavy-cargo operations expertise can design the chain without selling cranes, engineering approval or transport capacity.

What you will own

• Reconstruct eight historic movements across cargo identity, load state, vessel, crane, quay, storage, customs and inland route.
• Define minimum evidence and authorised hold points before discharge, landing, transfer, storage and release.
• Map custody and technical responsibility where vessel, terminal, lift contractor and transporter scopes meet.
• Design abnormal wind, equipment, ground, permit and route decisions with stop, stabilise and recovery conditions.
• Pilot six live movements and record interface deviations, unplanned handling, delay and cargo-integrity consequence.
• Preserve qualified engineering and safety sign-off without allowing fragmented certificates to substitute for integrated readiness.
• Deliver the accepted handling book, case library, assurance checklist, training and funded 120-day backlog.

Candidate qualifications

• Led terminal project-cargo operations involving oversized, high-value and abnormal-load movements.
• Understands lift engineering, ground bearing, transport frames, storage, vessel interface and inland permits operationally.
• Has stopped a complex lift after interface evidence failed despite individual contractor methods being approved.
• Can define control points without offering structural certification, detailed rigging design or permit advice.
• Piloted handling methods on live cargo with owners, stevedores, engineers and road or rail transporters.
• Remains demonstrably independent of crane, heavy-lift, engineering, transport, insurance and project-owner suppliers across active tenders.

Non-negotiables

• Can work onsite in Houston for six live movements and the abnormal-weather simulation.
• Will not provide equipment, engineering certification, transport permits, brokerage or insurance placement.
• Accepts contractor, engineer, customs, safety and cargo-owner authority boundaries.
• Brings end-to-end heavy-cargo handling; general terminal operations alone is insufficient.

1. 49 words maximum. Describe a heavy lift you stopped because approved contractor scopes did not join safely.
2. 49 words maximum. How would you prove cargo load state at each custody handover?
3. 49 words maximum. Which hold point cannot be delegated during ship-to-quay transfer?