BIM Coordinator (BIM Consultant Review & Navisworks Clash)

Learn how to prepare bim submissions with revit models and nwc/mwf files, and how consultants review them part by part for shop drawings and clash detection.

Master the BIM submission process by preparing Revit exports to NWC and IFC, organizing level- and zone-based folders with proper naming, and conducting technical, clash detection, and BIM reviews.

Collect Revit models, export each to NWC with the Navisworks NWC export utility, and prepare 3D views for HVAC and water supply, delivering NWC, DWF, or IFC to the consultant.

Learn to prepare a Navisworks BIM submission by exporting NWC files, consolidating them into a single NWF (and MWF) submission, and saving in multiple formats, including IFC or DWF.

Learn the types of review for BIM submissions: technical, coordination, and BIM standard checks, and how to perform clash detection with Navisworks and comments in Revit as a BIM coordinator.

Learn how to perform BIM reviews beyond clash detection, including technical and coordination checks, BIM reviews, and beam execution plan compliance, using Navisworks clash detection.

Explore clash detection in Navisworks, including clash matrix, hard and soft clashes, and sets, and learn to check interference between mechanical, electrical, HVAC, fire protection, and piping.

Learn to use a clash matrix to standardize clash detection between contractor and consultant, aligning the same metrics in Navisworks to ensure consistent model review and approval before submission.

Learn to build a clash matrix by listing project elements on vertical and horizontal axes, apply hard clash and clearance (C50) criteria, and align with consultant for Navisworks clash detection.

create a project-specific clash matrix for meb and electrical with architecture and structure, defining vertical items like ducts and pipes and horizontal items like doors, walls, ceilings, and foundation.

Learn to build the clash matrix as the main item for clash detection in bim and navisworks, define hard clashes, and apply clearances such as five centimeters.

Export the Revit models to NWC using the NWC exporter add-in, preparing all architecture, structure, and system files for Navisworks clash detection.

Explore the Autodesk Navisworks interface and its clash detection tools, including clash matrix, clash detective, selection tree and properties, to guide novices.

Navigate the Navisworks interface, load Revit-exported NWC models, view element properties, and control visibility with hide/unhide and select options like by element or by rectangle.

Learn to use Navisworks clash detective, create clash tests, and build sets for ducts and pipes to simplify clash detection and translate the clash matrix into practical sets.

Learn to use Navisworks clash detection with sets to group ducts, fittings, and insulation, save selections vs save searches, build a 16-set clash matrix, and run detection with find items.

Explore clash detection workflows in Navisworks using save search to create sets for ducts and pipes that update with Revit, contrasting with save selection, and ensure clash matrix reflects changes.

Create comprehensive mep sets in Navisworks by selecting cable trays, duct and pipe, mechanical and electrical equipment, sprinklers, lighting and low current fixtures, and exclude center lines for export.

Export clean Navisworks files by removing center lines from cables, pipes, and ducts, then create architecture and structure sets for clash detection in Navisworks.

Master Navisworks clash detection by using the clash matrix and clash detective to identify hard duct clashes with consultant-defined tolerance, running tests for duct-duct, duct-pipe, and duct-cable tray clashes.

Use navisworks to set up clash detection by exporting nwc and nwf files from revit, then run tests for ducts, pipes, and cable trays against architecture, structure, walls, and floors.

Perform Navisworks clash detection by creating pipe clashes, updating results from Revit exports, and exporting nwf for updates and nwd for submission; track resolved, new, and active clashes.

Learn the Navisworks clash-detection workflow by exporting updated Revit ducting to nwc, opening nwd/nwf files, running update all, and iterating the submission cycle to resolve clashes.

Learn how a BIM coordinator reviews Navisworks clash detections, distinguishes actual clashes from clearances, groups and assigns resolving tasks, and exports clash reports for stakeholder review.

Navigate Navisworks with sectioning and viewpoints, perform clash detection, and record issues using save viewpoints and comments for coordinated consultant reviews.

Learn to navigate and review models in Navisworks using enable sectioning, section boxes, and fit selection to focus on specific areas, while moving, rotating, and scaling views for precise coordination.

Learn to review BIM models in Navisworks through a side-view, small-section approach, mastering box-fit sectioning, navigation, and clash detection between drainage, ductwork, and slabs.

Navigate Navisworks to review models by area, capture viewpoints, and identify clashes and technical issues such as cable trays and pipe routing to ensure zero clashes before shop drawings.

Learn how to perform technical, coordination, and BIM reviews in Navisworks, using cloud-based markup, text notes, measurements, and shortest-distance checks to identify issues in Revit models.

Conduct a consultant BIM review by performing clash detection against the agreed matrix and validating models against the BIM execution plan, while enforcing naming conventions and clean Navisworks exports.

Learn to prepare a Revit model for consultant review by purging unused elements, removing links and CAD, creating a landing page, and aligning naming conventions, views, and units.