International exhibit delivery succeeds when the physical modules and the project information arrive in a usable sequence. Owners therefore need a process that connects planning and design decisions, R&D and manufacturing records, engineering construction interfaces and sustainable operation requirements. The checklist below begins after the agreed factory-release gate. It concentrates on who prepares, transfers, receives, installs, tests and accepts each item. Specific freight terms, customs procedures, permits, local engineering reviews and statutory inspections must be confirmed for the destination and written into the contract; this article does not replace that project-specific advice.
1. Fix the responsibility map before factory release
Start with a responsibility matrix that follows each exhibit from the controlled factory package to the final gallery location. Name the party accountable for release authorization, export packing, transport documents, freight booking, cargo insurance decisions, customs information, destination handling, temporary storage, building access, lifting, local connections, installation supervision, commissioning, defect close-out and acceptance. Also name who must provide information and who has approval authority. A generic instruction such as “supplier handles shipping” leaves critical decisions unresolved because commercial terms, customs representation, local taxes, unloading and last-mile handling can sit with different parties.
Link the matrix to an approved shipment register. Each line should identify the exhibit, module, crate or package ID, quantity, packed dimensions and weight, center-of-gravity or special-handling note where relevant, destination zone, drawing revision, planned release group and required arrival sequence. Record owner-supplied items and locally sourced components as well. The register becomes the common reference for packing, freight coordination, receiving and installation; without it, teams may use different names for the same component and lose the relationship between a crate, its documents and its installation location.
Place a decision gate before release. Confirm that agreed factory checks are closed, open issues are classified, approved changes are incorporated into controlled records, and no unresolved item is being hidden by shipment. Confirm what evidence travels digitally, what must accompany the cargo and what must be available to the site team before arrival. This gate should also identify destination responsibilities that the overseas supplier cannot perform, such as locally licensed design, permits or authority inspections. Factory release means the agreed package is ready to leave; it is not final acceptance of site performance.
2. Build a crate, module and document system that can be reconstructed on site
Packing should protect the exhibit and preserve its identity. Break the project into installation-ready modules, then connect every module to a visible package ID and a controlled packing record. The record can include exterior and interior photographs, protection method, loose accessories, fasteners, tools or consumables supplied, orientation and handling constraints, opening sequence and the responsible checker. Sensitive finishes, electronics, mechanisms and irregular forms may require different protection approaches, so the project team should approve the method against the actual module rather than apply one generic crate specification to everything.
Prepare an installation information pack that mirrors the shipment register. It should include the current assembly or installation drawings, interface dimensions, connection requirements, fixing information, cable or utility schedules where applicable, software and control references, inspection or functional records, known limitations, issue status, spare or wear-part list, and safe handling notes. Use controlled revisions and a clear superseded-document rule. A file name alone is not enough: the receiver needs to know which version is approved for installation and who can answer a discrepancy without improvising on site.
Design the receiving check before the shipment departs. Decide who will compare arriving package IDs with the register, inspect external condition, record seals or visible damage where applicable, document unloading, quarantine uncertain packages and notify the relevant parties. The receiving record should not force staff to open every crate in an unsuitable loading area; it should define staged checks based on risk, storage conditions and the installation programme. This makes the handoff auditable while protecting evidence needed for commercial or insurance follow-up if a discrepancy is found.
3. Separate transport risk from destination-site readiness
A shipment can arrive on time and still fail operationally if the venue is not ready. Before calling cargo to site, verify the complete route from vehicle access to the final position: gate restrictions, loading area, turning space, unloading equipment, door and lift clearances, floor loading information, temporary protection, internal movement paths, working hours and storage zones. Compare these conditions with the packed-module data, not only the finished exhibit dimensions. Record any crate that must be opened or repacked before a restriction and assign a safe controlled area for that work.
Use a site-readiness checklist for each installation zone. Confirm that relevant civil works, walls, floors, ceilings, foundations, support steel, power, data, lighting interfaces, ventilation, drainage or other required services are complete to the agreed information. Confirm datum points, final finishes, housekeeping, dust control, security and access for technicians. Where dimensions or interfaces have changed, use an approved resolution rather than cutting or altering a finished exhibit informally. The local project team should provide the surveys and licensed verification required by the destination.
Coordinate the shipment with the construction programme and other trades. Decide whether cargo goes directly to its gallery, to a secure conditioned store or to a controlled unpacking area. Define who owns protection after unloading, who moves packaging waste, who controls keys and access, and who can authorize work outside the agreed sequence. A readiness gate should have a named decision maker and evidence, such as current site photographs, surveyed dimensions, service-test records or a joint inspection. If the gate is not met, the response should be a controlled revised plan rather than an undocumented delivery into an unsuitable area.
4. Install, connect and commission in a controlled sequence
Turn the shipment register into an installation sequence. Check package IDs at the workface, document opening condition, reconcile loose parts and protect components waiting for assembly. Follow approved lifting, fixing, alignment and connection information, and coordinate any local specialist work through the responsibility matrix. Record deviations before they are concealed. If the as-built site condition conflicts with the approved interface, pause the affected work, define the technical response, identify cost or programme effects and issue a controlled update instead of relying on an oral instruction.
Separate mechanical completion from functional commissioning. Mechanical completion may confirm that the module is assembled, fixed, aligned, finished and connected according to the agreed information. Commissioning then checks the exhibit under destination-site conditions: start-up and shutdown, intended interactions, sensors, controls, media, feedback, reset, fault response and relevant interfaces with building services. The exact checks should come from the approved exhibit requirements and risk profile. Factory records provide useful evidence, but transport, installation and site conditions create a new verification context.
Maintain one issue log across the installation team. Each item should describe the location and exhibit, evidence, responsible party, priority, proposed action, target date, retest requirement and closure approval. Distinguish damage, missing parts, interface conflicts, incomplete local work, functional defects, cosmetic items and change requests because they may have different owners and commercial treatment. Close an item with evidence, not only a status label. This controlled sequence connects engineering construction work to the future operating record and reduces the chance that unresolved details disappear when installation staff leave.
5. Close acceptance with an operable handover record
Define acceptance levels in the contract and project plan. These may include shipment receipt, installation completion, commissioning, snag or punch-list close-out, owner acceptance and any separate local authority process. For each level, state the reviewer, evidence, allowable open-item category and effect of approval. Do not combine all levels into one signature if the team still needs to distinguish transport condition, installation workmanship, functional performance and statutory responsibilities. A conditional acceptance should list the remaining actions, owners and due dates clearly.
Prepare the operations handover alongside commissioning rather than after it. Organize approved as-built information, operating and shutdown procedures, daily or periodic checks, cleaning and reset guidance, maintenance access, troubleshooting routes, consumables, spares or wear parts, software or media files within scope, training records, warranties or commercial documents where applicable, and escalation contacts. The venue team should be able to identify each exhibit and connect the physical asset to its current records. Training should use the installed configuration and create a record of attendees, topics and unresolved questions.
Finish with a joint review of the evidence trail. The owner should be able to trace the approved design intent through manufacturing release, package identity, receiving, installation, commissioning and issue closure. DEEPBLUE can support this chain across planning and design, R&D and manufacturing, engineering construction coordination and sustainable operation preparation within the agreed scope. The final responsibilities, dates, freight terms, local compliance route and acceptance criteria remain project-specific. A useful next step is to send the venue location, building status, exhibit schedule, target programme and responsibility questions for a scoped delivery assessment.
Owner shipping-to-installation responsibility checklist
- Every shipment, crate and exhibit module has one controlled ID and destination zone.
- Release, freight, customs, insurance, unloading, storage, installation and acceptance owners are named.
- The shipment register matches the current drawings, packing records and installation sequence.
- Packing methods and handling notes are approved for the actual modules and finishes.
- The site team has current installation, interface and commissioning information before arrival.
- Vehicle access, lifting, doors, lifts, floor loading, routes and secure storage are checked.
- Foundations, finishes, utilities, data and local-trade interfaces pass the site-readiness gate.
- Receiving condition, package discrepancies and issue notifications use controlled records.
- Mechanical completion and functional commissioning are recorded as separate decisions.
- Every open issue has evidence, an owner, a target date, a retest need and closure approval.
- Operator training and as-built, operation, maintenance and escalation records are complete.
- Local permits, licensed reviews and authority checks are assigned to qualified destination parties.
Frequently asked questions
When should shipping planning start?
Start while modules and interfaces can still be coordinated, then freeze the executable register before factory release. Packed dimensions, access restrictions, installation order and document responsibilities should not be discovered after cargo is booked.
Does factory acceptance complete project acceptance?
No. Factory acceptance supports release of the agreed product package. Receiving, installation, functional commissioning, issue closure, owner acceptance and destination statutory checks are separate project gates.
Who is responsible for customs and local approvals?
The contract must assign the importer, customs information, taxes, permits, licensed design, inspections and local execution duties for the destination. These responsibilities should never be inferred from a general turnkey label.
What should be checked before crates arrive at the venue?
Check the delivery and internal movement route, lifting and storage, zone readiness, foundations, services, protection, security, local trades, approved documents and the person authorized to accept or defer delivery.
What information should an owner send for a delivery assessment?
Send the country and venue, building status, target programme, exhibit or module list, available drawings, access and storage information, local team structure, requested delivery scope and known customs or site constraints.
