
Learn to create projects from architectural, structural, and mechanical templates in Revit, manage components and views, coordinate models, and export to Robot Structural Analysis.
Draw and manage levels in revit by creating level lines, setting elevations, and switching between structural, floor, and ceiling plans. Copy and offset levels to organize the project's level structure.
Edit and manage levels in Revit by changing elevations, locking and unlocking levels, extending levels, and propagating elevation properties to apply changes across all levels.
Learn to create and modify grids in Revit by placing points, copying and offsetting grids, naming grids, and drawing lines, circles, arcs, and multi-segment sketches across elevations.
Master vertical column modeling in Revit by selecting a concrete rectangular column family and its types, setting base and top levels, applying offsets, and aligning columns with grids and rotations.
Explore modeling a slanted column from level 1 to level 2 in Revit, with base and top offsets of 0, a 45-degree cross-section rotation, and setting structural materials.
Learn to place and customize structural columns in Revit by selecting grid intersections, applying type c 270 x 25, converting architectural columns to structural, and using create similar for replication.
Master Revit wall design by drawing rectangular footprints, using center lines and finish faces, applying offsets and radii, configuring wall types, levels, and exterior or interior base and top offsets.
Master element selection in Revit by using rectangle picks, adding or removing with ctrl and shift, filtering by walls and columns, and adjusting properties and visibility in views.
Master detail level in Revit by comparing coarse, medium, and fine settings, adjusting state level properties, and manipulating layers, walls, and columns to control drawing detail.
Learn to set visual styles in 3d views, switching between wireframe, hidden lines, and realistic modes, adjust colors and shading, and rotate the model with mouse and keyboard.
Learn to use hide and isolate in Revit to temporarily isolate height and category of elements, reveal hidden components, and apply isolate to type or element across a view.
Master region zoom by drawing a rectangle, zoom to fit sheet size, and use wheel and pan controls, including steering wheel docking positions, to navigate views.
Practice placing and editing structural beams in Revit, choosing concrete rectangular beams, setting level and elevation, rotating cross sections, and adjusting start–end constraints for level 1 and level 2.
Create a floor in Revit by sketching with lines and shapes, assign it to a level or story, adjust offsets and elevations, add layers, then finish.
Explore creating and adjusting the slope arrow in a Revit project, linking between level three and level five, applying offsets and slope angles up to twenty degrees.
Modify subsystems in a Revit floor model by setting elevations for points and lines, and align, split, or reset shapes to define supports in a 3D view.
Learn to align structural elements in a Revit project by cleaning up old elements, creating grid-to-column alignments, placing alignment marks, locking faces, and enforcing constraints to move elements precisely.
Master the offset tool in Revit with both graphical and numerical options, learn copying and offsetting steps, specify lengths (for example 1500), and manage z levels for precise lines.
Learn how to create draw axes by selecting two points, using pick tools to set multiple axes, and manage sources and points within a modeling workflow.
Explore how to use the split tool in revit to divide elements by selecting two points, create a specified gap, and delete resulting segments to control lengths.
master array operations in revit, including grouping and associating elements, adjusting distance and center of rotation angles, and navigating project browser levels and plan/story views.
pin elements to prevent movement, manage multi-element selections, align a vertical column to the grid, and delete pinned elements when needed.
Learn to trim and extend walls and beams in Revit, using single or multiple element selection to control extensions and coordinate edits efficiently.
Learn to rotate in Revit by setting a center of rotation and applying angles from a reference line. Rotate a column and shapes with angles like 65 and 50 degrees.
Explore copy and move techniques for walls in Revit, adjust joints along vertical or horizontal directions, and create multiple copies using the control key.
Use the measure tool to quantify distances between points, along elements, and along walls or beams, including angles and heights.
Learn to create and edit openings in structural elements in Revit using the by face, by area, and by phase methods, with editing, deleting, and finishing steps.
Create and adjust a shaft opening across levels in Revit by setting base offset and top offset, copying to clipboard, aligning to levels, and editing the sketch and symbolic line.
Learn to create and modify wall openings in revit using the wall editor, set rectangular openings, define spans, and finish edits for precise wall configurations.
Learn to create a vertical opening on a floor, and view its placement across levels and elevations with phase considerations.
Model a building in Revit by creating levels, grids, and a full structural frame. Copy and align walls, columns, beams, and floors across levels to build a complete 3D view.
learn how to create isolated footings in Revit, place and align columns with grid intersections, adjust elevations and offsets, and rotate and finalize footing placements.
Learn to model strip footing foundations in a structural context, adjust eccentricity and extension lengths, and choose between bearing and retaining footings for wall foundations.
Create raft foundations by drawing rectangular, polygonal, and circular footprints, set elevations and offsets, then finish and modify structures to form a compound footing.
In this course you will learn the Revit and Robot structural Analysis 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.
-Materials and preferences in Robot structural Analysis.
-Selection, view, display, meshing and supports.
-Design of all elements (Columns, beams, slab, raft, isolated and combined footing)
-Return to Revit and model updating.
So let's get started.