CAD & BIM Services for Construction

Construction projects run on documentation — architectural and structural drawing sets, coordinated services models, and shop drawings that fabricators and subcontractors actually build from. Delays or errors in that documentation flow directly into program and cost, and a single missing or wrong dimension can hold up a crew that's already on site and being paid by the hour.

We support builders, contractors and construction project teams with drafting and BIM capacity that scales with a project's stage — from early design documentation through to for-construction issue and as-built close-out. That scaling matters because construction documentation load is rarely even: it spikes hard around tender, again around issue-for-construction, and again at close-out, with quieter periods in between where a fixed in-house team sits underutilised.

A construction project typically involves several consultants working on the same building from different angles — architect, structural engineer, services consultants, and often a specialist steel or precast detailer — and the value of good documentation support is as much about keeping those parties coordinated as it is about producing any single drawing well. We treat coordination as a deliverable in its own right, not a byproduct of everyone doing their own job correctly in isolation.

Construction-phase drafting support also has to accommodate the reality that designs keep changing after they're issued — a substitution, a site condition nobody anticipated, a client-driven variation — and the documentation process needs to absorb those changes without losing track of what's actually current. Revision control that's sloppy on a construction project doesn't just cause confusion, it can lead to a crew building from an outdated drawing, which is expensive to unwind.

The construction sector in India spans a wide range of project types and delivery models — traditional design-bid-build, design-and-construct, and increasingly BIM-mandated public infrastructure work — and each carries slightly different documentation expectations. A design-and-construct contractor typically needs documentation that moves fast and absorbs design development changes gracefully, while a public infrastructure project often carries formal documentation standards and audit requirements that need to be followed precisely from the outset.

Subcontractor coordination is where a lot of construction documentation earns its keep in practice. A structural steel package, a precast concrete package and an MEP services package are frequently detailed by entirely separate specialist teams, and the head contractor's documentation needs to knit these packages together into a coherent whole — checking that a steel connection doesn't clash with a services routing, or that a precast panel's fixing points align with the structural frame it's landing on.

As-built documentation at project close-out deserves more attention than it often receives, because it's frequently the only record a facilities team will have of what was actually built once the construction team has moved on to the next project. An accurate as-built set, produced with the same discipline as the original construction documentation, is a genuine asset; a rushed, inaccurate one becomes a liability the first time a facilities manager relies on it during a fault-finding exercise.

Tender-stage documentation carries its own pressure, since the accuracy and completeness of a drawing set at this stage directly affects how confidently a builder or subcontractor can price the work. A tender package with gaps or ambiguities tends to produce inflated quotes as bidders price in contingency for the unknown, or worse, produces quotes that turn out to be based on different interpretations of the same incomplete information, which is a genuinely difficult problem to untangle after contracts are signed.

Multi-storey and high-density residential construction, a significant part of the urban construction pipeline, brings particular coordination intensity — services risers, structural transfer levels and repeated floor plates all need to align precisely across dozens of levels, and a coordination error that seems small on one floor can compound significantly once it's repeated across an entire tower.