A Complete BIM Course with Revit, Dynamo and Navisworks

Create a single wall composition in Revit using Autodesk walls. Set base and top constraints, duplicate for thickness, and apply finishes and moisture-resistant materials per basis of design and SOP.

Learn to create multi-wall compositions in Revit by detailing interior moisture-resistant layers, exterior sun-shielding assemblies, and RGB-based material properties, using standard and custom wall templates.

Discover the curtain wall system, including mullions and curtain grids, and distinguish curtain wall, exterior glazing, and storefront, then create a custom curtain wall with evenly spaced grids in Revit.

Learn to create wall openings, apply wall sweep and wall reveal, using 3D views and the architecture tab openings tools to model varied wall modifications.

Learn to create architectural floors in a multi-story design, starting from the ground floor and duplicating to upper levels, with exterior vs interior edge alignment and architectural vs structural floors.

Learn to model ceilings in Revit, using generic ceilings and ACP system, place ceilings on ceiling plans, and work with 2x2 and 2x4 tiles while planning space for MEP services.

Create a sloped floor in Revit by shaping the floor boundary, applying a slope toward the drainage pipe, and using split line and modify subelement to control direction and magnitude.

Learn how to place a door in revit by loading standard and custom door families. Understand instance versus type parameters and door opening heights for accurate BIM modeling.

Learn to place a window in Revit using hosted families from the Autodesk Standard Library, customize sizes by duplicating families, and manage type versus instance parameters.

Learn how to create door and window openings by loading opening families, differentiate them from wall openings, and adjust width and height using type and instance parameters.

Understand architectural components in Revit, including parametric and non parametric families, and learn to place components or model in place by loading external families with the load family option.

Create a door opening frame inside the project using a model in place component with extrusion, avoiding external families, by sketching on the wall plane and trimming the frame.

Learn to use the blend command in Revit to smoothly join two different profiles within a model in place component, defining bottom and top profiles for column geometries.

Learn how to create a model in place with the swift command to build a wall sweep, draw a profile on a plane, select a path, and apply materials.

Learn to create a model in place by using the swift command to produce a wall sweep, define the path, sketch a profile on a perpendicular plane, and apply materials.

Learn to model in place with the sweep blend method, using the blend command to merge two different profiles along a path for a smooth, continuous form.

Explore creating in-place void forms inside Revit components using extrusion, blend, and sweep, including white forms, with step-by-step guidance for practical architectural modeling.

Understand how architectural columns differ from structural columns used for load bearing versus decoration. Learn to place, align, duplicate and rename architectural columns to standard dimensions in Revit.

Learn to model staircases in Revit within a complete BIM course, covering data modeling, stair types (spiral, L-shaped, U-shaped, straight), railings, landings, and automatic step calculations.

Learn how to model ramps in Revit, including permanent, semi-permanent, and portable ramps, place them in floor plans with proper offsets, and align railings for accurate ramp integration.

Learn to model railings in revit by exploring railing types, top rail and handrail details, posts and ballast, extensions, hosts, and material applications to meet client requirements.

Create roofs in Revit using the footprint method, exploring footprint versus extrusion, and learn to build flat and pitched roofs with slope, wall-face attachment, and material settings.

Learn how to create roofs with the extrusion method using the rule by exclusion in Revit, including drawing in sectional or elevation views, selecting planes, and attaching roof profiles.

Explore roof soffit basics and its role in ventilation and drainage, and learn to add external roof accessories such as gutters, vents, rails, and external plate in a BIM workflow.

Learn to create the roof fascia in a BIM workflow, selecting the edge, profiles (c-shaped or flat), and materials to support guttering and match the roof line in Revit.

Model roof gutters to drain rainwater from the roof, selecting profiles (rectangular, c shape, and others) and applying aluminum material for installation across roofs.

Link structural, mechanical, plumbing, electrical, and fire protection models into the architectural model to create a complete sdp model, ensuring precise coordinates, proper attachment, and clear visibility settings.

Learn to create and fill a 24 by 36 title block in Revit, add logos and seals, apply 2D annotations, and document 30%, 60%, and 90% submissions with cloud notes.

Create sectional views and building sections in Revit by drawing horizontal and vertical sections, adjusting the view range, and organizing them on sheets with proper numbering and templates.

Learn to create part plans and callouts to detail building components on separate sheets, manage scales, and assemble enlarged views from floor plans for clear, organized BIM documentation.

Learn to create interior and exterior elevations from the floor plan, adjust view ranges, crop regions, and apply templates to show exterior walls and interior details.

Create and customize 3D views in Revit by duplicating views, adjusting visibility (turn off grids and levels), setting orientation, applying realism, and placing views on sheets with appropriate scale.

Create and tag rooms in the architectural model, using room tags that show name, number, and area, and use room separators to divide spaces like bedrooms and washrooms.

Apply a three-layer dimension for every view, establishing exterior-to-interior measurements, wall thickness, and room-to-room dimensions with proper precision, visibility, and grid alignment.

Apply comprehensive tagging and detailing in a Revit BIM workflow by tagging walls, doors, windows, and rooms, and laying out three-layer dimensions, elevations, and floor plans with templates.

Create a new floor plan view template and apply visibility graphics settings to a view, including model, annotations, imported categories, and custom color patterns, through include or exclude properties.

Create a custom elevational view template by duplicating the default architectural elevation template, then adjust visibility graphics, 3D elements, and imported categories for linked models.

Apply filters in Revit to control a view’s appearance by defining rules and applying them via view templates, coloring balcony doors without changing their materials.

Create and customize door, window, and storefront schedules in Revit, selecting family and type, adding width, height, and count, arranging parameters, and dropping the schedule onto a sheet.

Learn how to generate a material takeoff for exterior walls, calculate brick quantities, and compute total cost per square foot using Revit schedules and parameters.