An offshore CAD team turns engineering intent into manufacturable, reviewable, and traceable documentation. That covers 3D models, 2D drawings, bills of materials, and revision-controlled files that a fabricator, installer, or classification society can act on without guessing.
It is easy to underestimate how much of an offshore project's timeline is documentation, not steel. A foundation or platform that is structurally sound but poorly documented still delays fabrication, invites RFIs, and creates rework. The CAD team's job is to prevent exactly that.
A competent offshore CAD team typically delivers three layers of output. First, 3D parametric models — not static geometry, but models that update correctly when a dimension or material changes, so revisions do not mean starting over.
Second, 2D manufacturing drawings with full dimensioning, tolerances, and welding or assembly notes — the documents a workshop actually builds from. Third, supporting documentation: bills of materials, material take-offs, and revision histories that keep procurement, fabrication, and QA aligned on exactly which version is current.
Offshore work is standards-heavy — DIN, EN, and project-specific specifications all shape how a drawing is dimensioned, toleranced, and annotated. A CAD team working across German and international standards needs to interpret those requirements correctly the first time, not after a rejected drawing set costs a week.
This is where European-trained engineering backgrounds tend to matter in practice: reading a DIN callout correctly, or knowing what an EN standard actually requires in terms of weld detailing, is not something a drafting-only service typically covers.
CAD work usually sits between concept design and fabrication. The team takes structural or process engineering input and converts it into a documentation package that fabrication can quote, procure against, and build from — while staying open to design review and optimisation passes before anything is locked.
On offshore wind and structural steel projects specifically, this stage also involves coordination-ready models — files structured so other disciplines (structural, electrical, installation planning) can work from the same source without conflicting versions.
Not every project needs a dedicated offshore CAD team. A single component or a one-off drawing might be handled in-house. But once a project involves multiple revisions, cross-discipline coordination, or documentation that has to survive a classification review, a specialist team pays for itself in avoided rework alone.
OffshoreCAD provides exactly this: German-trained mechanical design engineering for offshore, onshore, and industrial projects, from a single technical drawing to a full CAD documentation package.