BIM Modeling Project- Revit Architecture + Structural + MEP

Guide architectural modeling within a BIM workflow by setting up the exhibition plan, defining LODs, and coordinating sets and joinery to meet employer demands.

Master bim modeling in Revit by creating architectural and structural levels, loading families, and organizing files with work sets and central collaboration.

Create work sharing by creating and naming work sets, adjusting levels, and syncing architectural and structural levels across Revit and AutoCAD, while resolving coordination review errors.

Manage building levels in Revit by renaming ground to sixth level plans, setting up arch and SDR filters, adjusting view visibility, using worksets, and cleaning underground CAD data.

Check CAD files before BIM modeling, import or link DWG data into Revit, set units to meters, purge, then create grids and wall types (leaker, fireproof, inside, light concrete blocks).

Create finishing keynotes for category walls in a Revit project by drafting and encoding notes in a utf-8 notepad, then apply wall identifiers like w-01 and w-02 with material details.

Learn how to create and load keynotes in Revit, troubleshoot import issues, and manage keynote files and UTF-16 encoding to ensure correct wall and material labeling in BIM workflows.

Model basement walls from baseline to STR ground floor plan, drawing a wall with ten cm girth as a Lipper block. Add identity data and material properties in project parameters.

Switch from architectural to structural discipline to edit basement wall plans, view structural plans, and draw coordinated walls using pick line tools and visibility settings.

Learn to model basement walls in Revit by coordinating architectural and structural elements, inserting a ten-centimeter protective brick wall with water resistance insulation, and managing work sets and material properties.

Load and place door families in Revit, adjust the door type to match an 80 width and 2.1 height, and create a doors work set for openings.

Learn to load the FD1 fire door in Revit from the CAD file, adjust dimensions to millimeters, and validate against manufacturer standards with error checks.

Explore basement floor modeling in Revit using granite 60 by 60 panels aligned to joinery charts, detailing underground flooring, concrete sections, and structural notes for accurate BIM coordination.

Learn to prepare a dwg file for revit by purging cad data, linking the dwg as underlay, and setting materials, hatching, and level details.

Modify ground walls in Revit using work set and modify tools to create 20 cm concrete block walls, 30 cm, 10 cm, and 25 cm walls, and add ramps.

Model a parking ramp in Revit using a ramps workset, set a 15% slope over 5.8 m, and apply a concrete type, refining geometry with modify subelements.

Learn to model stairs in Revit using the monolithic stair option, set precise level elevations and depths, and align stair geometry with CAD references for a complete BIM workflow.

Model windows in a bim modeling project with Revit Architecture, adjust height to two meters and width to 1.8 meters, and load pvc type four window families across plans.

Import and link a dwg into Revit, purge extraneous geometry, and set units to meters while modeling a railing and an outside wall with 20 cm insulation.

Learn to create and rename a wall material in Revit, assign it to walls, and apply insulation like rockwool with cement sand coatings, patterns, and keynotes.

Access hatch types directly, adjust import scale from 1% to 50, and apply rockwool insulation patterns to exterior walls in Revit.

Load and place door types, edit their parameters and data such as barcode and guarantee, then adjust object styles and plan swing to display red doors in the project.

Explore wall finishing in a Revit file, detailing travertine stone finishes, white cement coatings, and joinery per the joinery chart across underground and warehouse walls.

Finish walls in Revit by applying colors, patterns, and cut pattern, and set interior or exterior functions. Then join walls to fix geometry behind doors and improve planning.

Explore finishing walls in a BIM workflow, detailing joinery, cement sand slurry finishes, and color-coded column coverage in an underground parking context using Revit and CAD workflows.

Build and configure a wall sweep family in revit, defining height and thickness, creating types like 200x15 and 200x25, applying fillets, resolving profile collisions, and loading it into a project.

Apply wall sweeps and assign the cornice material of milky travertine stone. Update the keynote, description, and appearance settings as you verify travertine and granite options in the material browser.

Modify wall types and offsets in revit, create upper and lower wall sections, apply plaster and waterproof insulation with layered bitumen and mats, and configure keynotes, colors, and finishes.

Duplicate and rename the stack wall to the parking joinery wall, edit its lower height to 1.3 m and set the core face exterior offset to align assemblies.

Model and detail the lobby wall in Revit, using a two-part stack with concrete lower and plaster upper, applying cement mortar, concrete, and topping plaster while coordinating with the contractor.

Learn to finish walls in Revit by creating and editing sweeps, adjusting profile and offset, and assigning black granite or khorramdarreh granite stone with keynote details.

Build a metric profile sweep wall in Revit by defining l, h, diameter, and r, then load the profile, set sweeps and offsets, and apply granite stone finishes.

Align wall joinery and fix cuts in the wall assembly. Create and apply a metric profile reveal family to lobby reveals with material keynotes.

Detail the underground flooring assembly in Revit, matching granite and travertine 60 by 60 to the joinery chart, and specify 20–30 mm substrate, insulation, and cement coating with waterproofing.

Apply cement and sand mortar and granite stone textures to architectural floors in Revit, using keynotes, texture editor, and asset browser to map the parking area.

Apply vertical opening tools in architectural floors to create middle-area voids, join geometry between floor and walls, and illustrate flooring layout with 600x600 tile patterns in Revit.

Use the join tool in Revit to connect walls and floors for a more precise, detailed warehouse plan, aligning ceramic and granite finishes and hatchings with multiple join.

Explore creating a suspended ceiling from a CAD joinery chart, assigning Kenaf sheet plaster panels (600x600) for underground plans, aligning trims, and resolving duct clearance issues near an exhaust.

Learn to fix an automatic ceiling in a Revit BIM project by adjusting the suspended ceiling, plan alignment, and levels to fix issues in the underground plan.

Import a custom fill pattern from a free download and apply it as a pink ceiling override fill pattern in Revit, then inspect 3D view for facilities and canal collisions.

Identify a height collision between the suspended ceiling and the ground-floor plan in Revit. Use measurements, sheet 07 notes, and offsets to align ceilings, walls, and joinery.

Select the spot elevation to align wall and ceiling heights and fix suspended ceiling conflicts with doors across floors, referencing the CAD file, terrace details, and joinery.

Learn to finish wall joinery in Revit, using allow join, trim and cut pieces, and align insulation and tiles for kitchens and bathrooms.

Import the CAD ceiling into Revit and align it to the first floor. Use the ceiling tool to set a 2.7 m height, drawing lines with pick line.

Edit and align joinery under the first floor suspended ceiling in Revit, using height-based filters and visibility graphics to manage ceiling heights, openings, and substructure with CAD details.

Adjust ceiling height and base offsets to align components in revit. Use join, trim, edit type, and section box to refine walls, stairs, and joinery across plan and 3d views.

Measure stairs to a 2.5m run width, align joinery and walls in 3D and plans, then detail the false ceiling and outline the step-by-step workflow for level two.

Create a line-based ceiling framing profile in Revit by building a reusable family with an L-shaped profile, defining parameters L and t, and applying steel material and section properties.

Create a ceiling c-shaped profile in a Revit family by defining h, l, l2, and thickness, assign steel, and load into the project to place 60 cm spaced framing.

Explore ceiling structure connections in a BIM workflow by aligning lines, using trim and split, applying h and v parameters, and importing CAD details into Revit for synchronized 3D modeling.

Create a ceiling connection in Revit by sweeping a profile, editing and mirroring it, applying metal material, and placing it at connection points on the second level with structural connections.

Model ceiling connectors and sealing components in Revit, importing AutoCAD geometry, converting units to meters, and using extrusion, circle, and void tools to create a connected device for roof connections.

Import the DWG file and rotate, extrude and mirror the ceiling connection in Revit using plan and reference planes, assign steel and a galvanized parameter, and save the family.

Learn to build a ceiling connection assembly in Revit: create a metric generic model, set dimensions, extrude components, assign galvanized steel, and add bolt details.

Configure ceiling connectors in revit by naming bolts, nuts, washers, and grooves, applying offsets and materials, then load into the third ceiling connection family and align in 3d view.

Learn to create and place a wall post in Revit by modeling the plate and rebars, applying height and length parameters, and using an array to fit the gap.

Check and modify the building information modeling model in Revit, coordinating phase one with mechanics. Align ceilings and stairs with plans, manage suspended ceiling space, and prepare for mechanic-driven finalization.

Coordinate BIM by checking and modifying stair models in Revit, aligning architectural and structural plans with top constraints and joins for clean 3D views and imported AutoCAD data.

Move from architectural detailing to the structure, verify contractor files, address issues with a counselor, and use cloud collaboration and Bluebeam Revu to track comments, revisions, and proper LOD alignment.