BIM Project Examples

BIM projects in this category cover multi-disciplinary model coordination and clash detection, and scan-to-BIM conversion of existing buildings and structures into working Revit models for design teams.

The examples below are illustrative placeholder case studies, structured to show two of the more common real-world BIM challenges — triaging an overwhelming first-pass clash detection report into genuinely actionable priorities, and deciding how much as-built irregularity a scan-derived model should actually capture for a renovation project to be usable.

BIM coordination work in this category tends to be judged less on whether a clash report exists at all, and more on whether it actually helps a design team make good decisions under real programme pressure — the case studies below reflect the judgement calls involved in making that happen.

Consultant diversity — different disciplines working in different platforms, at different Levels of Development, sometimes with genuinely limited BIM experience — is a practical reality on most real coordination projects, and the examples below show how we account for this rather than assuming every model arriving for federation is equally mature or comparable.

Communicating BIM status to non-technical stakeholders is a quieter but genuinely important part of this work — a project owner or client rarely needs to interpret a raw clash list themselves, and the case studies below illustrate how technical coordination findings get translated into something a broader audience can actually use.

Model federation strategy — how individual discipline models are combined, how often, and using what shared coordinate basis — shapes how useful a coordination process actually is in practice, and the case studies below reflect the kind of federation discipline that keeps a coordination model meaningful rather than a loosely assembled collection of individually correct but poorly aligned discipline models.

Version control across a federated BIM environment carries real practical weight — confirming every discipline is coordinating against the current version of every other discipline's model, not an outdated cached copy, is a basic but easily overlooked discipline that a well-run coordination process treats as seriously as the clash detection process itself.

BIM data beyond pure geometry — asset information, equipment specifications, maintenance data — increasingly matters as models are handed over for facilities management use rather than only design coordination, and the case studies below reflect how this data requirement gets planned for during the modelling process rather than retrofitted awkwardly at project handover.

Where a BIM coordination project spans a long construction programme, keeping the coordination process itself sustainable — manageable federation file sizes, a realistic review cadence, clear ownership of resolving each identified issue — matters as much as the technical rigour of any individual clash detection run, and the examples below reflect this practical, sustained-effort view of coordination rather than treating it as a single one-time exercise.

Establishing genuine LOD consistency across a federated model before relying heavily on its clash results is a discipline that separates a mature coordination process from a superficial one — running clash detection against elements modelled well below the LOD needed for reliable coordination produces results that look thorough but are actually misleading, and the case studies below reflect the verification step that catches this before it wastes a design team's time chasing false or missed clashes.

Coordination meetings and issue resolution workflow matter just as much as the clash detection technology itself — a well-run coordination process gives every discipline a clear, trackable record of which issues are open, who owns resolving each one, and what the agreed resolution actually was, rather than a clash report that generates discussion but no accountable resolution path.

Scan-to-BIM work in particular depends on making deliberate, well-communicated decisions about geometric simplification — a scan-derived model that attempts to capture every real-world imperfection of an existing building becomes unusably heavy and detailed for most practical design purposes, while one that's over-simplified loses genuinely important as-built information, and the case studies below reflect the judgement involved in finding the right balance for a specific project's intended use.

Quantity extraction from a coordinated BIM model is only as reliable as the modelling discipline behind it — a model built primarily for visual coordination without regard for how quantities will later be extracted from it can produce quantity take-offs that look precise but are actually unreliable, and the case studies below reflect modelling practices that keep quantity extraction genuinely trustworthy.

Model performance and usability for the whole project team matters as much as coordination accuracy — a federated model so large or poorly organised that it's slow and frustrating to navigate day to day undermines the collaboration BIM is meant to enable, and the case studies below reflect a deliberate effort to keep models genuinely usable, not just technically comprehensive.

Training and onboarding for project team members less experienced with BIM workflows is a practical consideration that affects how smoothly a coordination process actually runs — the case studies below reflect an approach that accounts for varying levels of BIM maturity across a project team rather than assuming uniform proficiency from every participant.

Clash detection rule configuration itself is a skill that develops with project experience — a generic, out-of-the-box clash detection ruleset applied uniformly across every discipline pairing tends to generate an overwhelming volume of low-value results, and the case studies below reflect a more deliberately tuned approach that surfaces genuinely significant clashes without burying them in noise.

BIM execution planning at project outset — agreeing modelling responsibilities, coordinate systems, file exchange protocols and LOD targets before modelling begins in earnest — is what makes the coordination process described in these case studies actually achievable, rather than something bolted on reactively once inconsistencies have already crept into a project's models.

Point cloud data management for scan-to-BIM projects carries its own practical considerations well beyond the modelling itself — organising, registering and maintaining access to raw scan data alongside the derived model means a specific as-built question can always be checked back against the original captured data rather than relying solely on the modeller's interpretation of it.

Reporting and dashboard-style summaries of coordination status — how many clashes remain open, which disciplines are driving the most outstanding issues — help keep a broader project team engaged with BIM coordination progress without requiring every stakeholder to interpret the underlying technical model directly, and the case studies below reflect this kind of accessible status reporting.

Across every BIM example in this category, the same underlying standard holds: does the coordination process genuinely reduce real-world clashes, rework and confusion once construction begins, rather than simply producing an impressive-looking but ultimately underused federated model.

Naming and file organisation conventions across a federated project might seem like a minor administrative detail, but at scale — dozens of models across several disciplines and phases — a poorly organised model environment becomes genuinely difficult to navigate reliably, and the case studies below reflect the kind of disciplined file and naming convention that keeps a large coordination project navigable throughout its life.

Change tracking between federated model versions helps a coordination team understand not just where clashes currently exist but which recent design change introduced a newly appearing one, and this kind of change-aware review, reflected in the case studies below, is considerably more efficient than re-reviewing an entire federated model from scratch after every update.

Cloud-based model sharing and access management increasingly underpins how federated coordination actually happens day to day, and keeping this access appropriately managed — the right people able to view and update the right models at the right stage — is a practical, often overlooked part of running a coordination process smoothly across a distributed project team.