Revit Architecture : Master Class

Explore how Revit works and its interface, then create a new architectural project using templates, save progress, and understand models and families in Revit 2022.

Learn the Revit user interface, including the quick access toolbar, file menu, options, display options, and ribbon tabs, and how to customize tools and navigate the project browser.

Master creating levels and grids in Revit, defining elevations and hosting elements, while using grids to organize designs on the xy plane with snapping and labeled headers.

Master managing units and formats in Revit, adjust project units, precision, and symbol display, and customize keyboard shortcuts for tools like grids to streamline workflows.

Explore the architectural wall tool in Revit, draw walls with line, rectangle, polygon, circle, arc, and pick line references, and configure depth, height, level constraints, and center line options.

Master wall properties in Revit: change wall types from the default template, adjust location line and flip, set base and top constraints with offsets, and use section views for clipping.

Learn to edit a wall type in Revit, duplicate it to create new thicknesses, adjust core, layers, and materials, and edit the wall profile to shape non-uniform walls.

Place doors and windows in Revit using the build and architectural tabs. Edit and duplicate door types, set level constraints, and load libraries for floor plan and 3d placement.

Learn to model floors in Revit by drawing boundaries from level zero, adjusting offsets and thickness, applying laminate ivory matte finishes, and defining uniform or nonuniform slopes with modify tools.

Learn to model ceilings in Revit using automated and sketch methods, edit boundaries to form proper loops, and apply 600 by 1200 compound ceilings with level offsets.

Learn to add and modify architectural columns in Revit, applying height and depth constraints and level placement. Create a 900 by 900 rectangular column and explore array options.

Model roofs in Revit using the footprint method, defining boundaries, levels, and roof layers with 125 thickness. Adjust slopes, base constraints, and elevations to create varied roof profiles.

Learn how to create openings in Revit roofs, floors, and walls using dormer openings, vertical openings, opening by face, shaft openings, with sketching and editing options.

Master how to use view range in Revit architecture to control visibility in plan views by adjusting the primary range, view depth, and cut plane across levels.

Learn how to use visibility/graphics overrides in Revit to control view-dependent elements, including walls, doors, and floors, using panel options, patterns, half tone, and detail level.

Learn to model stairs in Revit from the circulation panel, including straight, spiral, center, and l-shaped and u-shaped runs, landings, supports, and railings, with risers, treads, nosing, and boundary-based sketching.

Model ramps in Revit using sketch tools; set base/top constraints, width, thickness, and concrete material; in 3d, use boundary and riser, enforcing a 12 m limit and 1:12 slope.

Explore railing components in Revit by placing railings on stairs and ramps, or sketching railing paths. Customize balusters, posts, top rail, and handrail profiles; adjust offsets and spacing for modeling.

Explore room and area tools in Revit to create area plans, define area schemes, set area boundaries, place and tag areas, and manage areas with schedules.

Place rooms only in enclosed spaces using room bounding or room separator to define boundaries. Manage room names, numbers, and visibility with room properties, tags, and color field legends.

Explore the Revit views system by creating and managing floor plans, 3d views, elevations, sections, and callouts while mastering view ranges, plan regions, and view duplication options.

Create curtain walls in Revit, place grids and mullions, and customize panel types and offsets to design the facade with fixed or angled grid layouts.

Master the stacked wall system in Revit Architecture, building multi-layer walls with adjustable heights and offsets while learning how automatically embedded curtain walls interact with solid walls.