
Master level editing in revit by changing level elevations, locking and unlocking levels, extending levels across all levels, and using bubbles and alignment tools to propagate adjustments.
Create and modify a slanted column in Revit by setting base and top offsets between levels, applying a 45-degree rotation, and adding base and top cuts.
Learn to add structural columns by selecting grid intersections, choosing type C 270 25, rotating and switching column placement, and using create similar to duplicate column types across the plan.
Master selection techniques in Revit using left to right rectangle selection, control to add, shift to remove, and filters to target walls and columns, with level-based property edits.
Explore detail levels in Revit structure, compare coarse, medium, and fine details, and learn to change state level properties to switch between them, managing layers, walls, and columns.
Discover visual styles in Revit, switching between wireframe, lines, and shaded views. Rotate with the mouse wheel and keyboard, and tweak graphic display properties for consistent colors and realism.
Learn how to use hide and isolate commands in Revit to temporarily hide categories, isolate elements, and reveal or reset views for focused column work.
Learn how to navigate Revit structure from scratch with practical zoom techniques, including region zoom, fit to sheet, mouse wheel zoom, and pan controls for efficient views.
Becoming proficient in revit structure from scratch, this lecture demonstrates drawing and placing concrete rectangular beams, selecting beam types, adjusting level placements, offsets, and cross-section orientation.
Create a floor in revit from scratch by drawing with line, rectangle, polygon, or circle, set a 300 mm thickness, and adjust level offsets and boundary.
learn to create a slope arrow in Revit by drawing between story levels, selecting source and destination stories, adjusting offsets, and applying slope values from eight to twenty degrees.
Learn to draw a floor structure, set elevations for points and lines, and modify subsystems and elements to build a Revit structure from scratch.
Explore how to define mirror axes by specifying two points with the draw axes or pick axes tools, enabling you to mirror selected elements in the Revit model.
Learn to create arrays in Revit structure, group and associate elements, and set the center of rotation and angle to control distance, numbers, and plan views across levels.
Learn to trim and extend walls and beams in Revit, using select to extend single elements or multiple elements.
Learn how to copy and move wall structures and joints, move joints along vertical and horizontal directions, and create multiple copies using keyboard control.
Learn to use the measure tool in Revit to measure between points, along elements, and capture lengths and angles for walls and beams.
Learn to create and edit structural openings in revit using opening by face, opening by area, and opening by phase. Delete, finish, and apply openings to floors, beams, and columns.
Learn how to create and modify wall openings in Revit structure, edit wall profiles, set opening zones, and draw rectangular openings to fit the wall.
Attach walls to a floor and detach them in Revit structure from scratch, adjust top offsets and lengths, and apply changes to walls, columns, and floors.
Draw raft foundations in Revit by creating boundary shapes, applying 160 millimeter level 1 foundations, offsetting slabs, and assembling a compound footing for two columns.
In this course you will learn the Revit structure from zero to expert.
-you will learn how to draw levels and grids.
-columns and walls modeling and editing.
-Selection,zoom and hide and isolate.
-Modify Tools and measure
-Beam modeling and editing
-Floor creation, slope arrow and sub elements.
-Opening(vertical, by face, wall and shaft)
-Import Autocad drawing.
-Analytical Model (Rigid links, boundary conditions, supports, load cases and load combination)
-Export to Robot structural analysis and Etabs.
-schedules of all elements
-Stair modeling and schedules
-Reinforcement (cover, bend and hook, path, area, and column, beam and footing reinforcement)
-Dimensions, text, detail and tag.
-Section, elevation and callout....
-Sheet creation.
-Families Creation
-Model in place
and other topics
Soon, I will publish advanced lectures about (worksharing, collaboration, Design options...)
So let's get started.