Federated BIM model, mixed-use development

Systematized BIM services in Rotterdam.

Production, coordination and governance to ISO 19650, delivered as a full BIM team for consultants, contractors and developers. No internal hire, no management overhead.

On industrial work, errors cost steel. We find them in the model.

Quay structures, process plants and dense building services share one requirement: models that survive contact with fabrication. Engineering-grade coordination across structure, MEP and civils, checked before anyone commits steel.

Prestige One
Al-Futtaim
AECOM
Dar Al-Handasah
Arup
WA International
SCDA
Dezigntechnic
H2R Design
Innovo
M4
MNG
Günal
ALEC
ALEMCO
Voltas
ALEC Fitout
DEPA
Al Tayer Stocks
Abaad Wood
Prestige One
Al-Futtaim
AECOM
Dar Al-Handasah
Arup
WA International
SCDA
Dezigntechnic
H2R Design
Innovo
M4
MNG
Günal
ALEC
ALEMCO
Voltas
ALEC Fitout
DEPA
Al Tayer Stocks
Abaad Wood

Eight capabilities, buildings and civils

One team and one QA standard across buildings, infrastructure and industrial assets, so your scope never splits between vendors.

  • 3D BIM modelling

    Revit, Civil 3D and Navisworks production across buildings and civils, modelled to the tolerances fabrication requires.

  • Revit family creation

    Custom content for industrial and building work alike, from process equipment to architectural components, built to your LOD specification.

  • 4D, 5D and 6D simulation

    4D construction logic for multi-modal sites, 5D quantities for engineering-heavy budgets, 6D data for industrial operations.

  • Shop drawings & detailing

    Shop and fabrication drawings coordinated against the federated model, at the detail your steelwork and MEP contractors install from.

  • Scan to BIM

    Industrial scan to BIM: existing plants, warehouses and port structures converted into accurate as-built models.

  • CAD to BIM conversion

    Decades of industrial 2D archives rebuilt into coordinated models, recovering asset knowledge that lived only on paper.

  • BIM for facility management

    Asset data structured for industrial FM regimes, where downtime costs make information quality an operational metric.

  • Quantity take-off & BOQ

    Quantity take-off from the model for steel, services and civils, traceable from BOQ line to element.

Three sets of eyes before it leaves.

Every JES deliverable moves through a fixed Author-Checker-Approver gate, tracked in the CDE. The same standard whether it's engineer 3 or engineer 250.

Author
Model and documentation produced to the MIDP task card. Self-review against the project QA checklist before submission.
Status: WIP
Checker
Independent review against the BEP and federated model. Defects logged, deviation report returned to Author.
Output: Deviation report
Approver
Signed off against EIR and LOIN. Promoted from WIP to Shared or Published in the CDE.
Status: Published

On engineering-heavy work the failure modes are expensive by default: fabrication clashes, rework cut in steel, record models that contradict the asset. Every JES file passes its Author-Checker-Approver gate before fabrication depends on it.

Delivered on engineering-heavy scopes

Metro, airport and waterfront infrastructure coordinated to ISO 19650 in the Gulf. Engineering-dense work is the core of the portfolio.

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What changes when delivery runs to a system

  • Construction-ready output

    Fabrication-ready output from clash-resolved models, issued on a programme that holds where road, rail and water interfaces collide.

  • Your team stops chasing deliverables

    Every file signed three ways and visible on a dashboard, so your engineering managers track exceptions instead of chasing routine.

  • Runs to standard

    ISO 19650 configured for infrastructure-scale information from the start, so the data volume stays navigable as the project grows.

Common questions about BIM in Rotterdam

Both. JES produces the multidiscipline models and coordination, and governs the standards: BEP, CDE and the Author-Checker-Approver gate on every file, tracked in ERP. On engineering-heavy port work you get production and governance from one accountable team, not a consultancy that advises alongside a shop that draws.

Yes. We embed as your outsourced BIM team under one delivery lead on quay, plant and building-services work, coordinated to fabrication reality across structure, MEP and civils. Capacity scales with the programme rather than a permanent bench, and every clash is caught in the model before anyone commits steel.

Yes. Our BIM consultants embed in your delivery, coordinate structure, MEP and civils to ISO 19650, and hold infrastructure-scale data through the CDE. One named lead stays accountable across the programme, so the fabrication clashes that cost steel surface in review rather than on the quayside.

Yes. We run industrial scan to point cloud to record model on sheds, plants and quayside structures, rebuilding them as dependable record models. Every discipline coordinates against that verified base, so retrofit and extension work on a working port asset starts from what stands rather than the original intention.

Architectural, structural, MEP and civils. We author them in Revit and federate them in Navisworks on regular clash cycles for steel-heavy, services-dense work. Every file is authored, checked and approved against the BEP before fabrication depends on it, issued to construction tolerance where road, rail and water logistics intersect.

Cost follows scope, disciplines, the LOD you need and programme length, and on engineering-heavy scopes steel tonnage and cable lengths drive it, so we price each engagement to the work rather than a flat day rate. A process plant carries more than a single quay structure. Prove the method first on a zero-cost pilot for one package.