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Learn MoreAutodesk Revit & Robot Structural Analysis + Sheets + BOQ
Rating: 4.2 out of 54.2(448 ratings)
42,291 students
Autodesk Revit & Robot Structural Analysis + Sheets + BOQ
Autodesk Revit & Robot building structural design +draw structural sheets + BOQ + advanced lectures in Revit & Robot
Created byAhmad Traboulsi
Last updated 11/2022
English
What you'll learn
- Autodesk Revit and Robot in structural design of a residential building consists of 15 stories + drawing structural sheets + BOQ
Explore related topics
Course content
6 sections • 59 lectures • 6h 38m total length
- Introduction part 1 Description of the project3:05
Explore the structural design of a 15-story residential building with a basement, detailing slabs, beams, columns, walls, foundational reinforcement, bearing capacity, and a shearwood system.
- Introduction part2 waffle slab type 1 definition and thickness determination16:29
Identify waffle slab type 1 in a two-way system, determine slab and hidden beam thickness using ACA code, and consider rib spacing and exterior panel conditions.
- Introduction part 2 waffle slab type 2 definition and thickness determination4:26
Define waffle slab type 2 and determine thickness by analyzing reinforcement spacing, loads, edge and interior beams, and drop beams for an exterior panel.
- Introduction part 2 one way ribbed slab definition and thickness determination2:53
Explore one-way ribbed slabs, selecting rib direction and calculating slab thickness using live load values from the AS table for residential applications.
- Introduction part 2 flat slab definition and thickness determination3:02
Learn how to define a flat slab with edge drop beams, and determine slab thickness using average panel dimensions to about 19–20 cm.
- Introduction part 2 solid slab definition and thickness determination2:50
Define solid slab and determine thickness by panel perimeter and noncontiguous edges, deriving 16 cm thickness and drop beams of 48 cm, with 25×50 cm sections.
- Lecture 1 Revit define units and levels3:56
Define units and levels in Revit in this first lecture of the Autodesk Revit & Robot Structural Analysis course, establishing key concepts for project setup and structural workflows.
- Lecture 2 Revit define Grids3:38
Define grids in Revit to organize your structural model, as part of the Autodesk Revit & Robot Structural Analysis course covering sheets and BOQ.
- Lecture 3 Revit define and draw columns2:54
Learn to define and draw columns in Autodesk Revit as part of a workflow covering structural analysis, sheets, and bill of quantities.
- Lecture 4 Revit define and draw shear walls3:47
Lecture 4 defines and draws shear walls in Revit. This course content aligns with Autodesk Revit and Robot Structural Analysis plus Sheets and BOQ.
- Lecture 5 Revit copy walls and columns to upper stories2:45
Explore how to copy walls and columns to upper stories in Revit to streamline multi-story modeling. Gain practical techniques for consistent element placement across levels.
- Lecture 6 Revit define and draw retaining walls2:36
Define and draw retaining walls in Revit, integrating with structural analysis, sheets, and BOQ workflows.
- Lecture 7 Revit define and draw beams11:05
Learn to define and draw beams in Revit within a project that includes sheets and a bill of quantities.
- Lecture 8 Revit define and draw slabs2:38
Define and draw slabs in Revit for integrated structural modeling, linking slab design with Robot Structural Analysis, sheets, and BOQ workflows.
- Lecture 9 Revit define and draw foundations3:41
Define and draw foundations in Revit to establish accurate base elements for structural modeling, aligning with Robot Structural Analysis and project documentation workflows.
- Lecture 10 Revit prepare Revit to Robot1:02
Prepare Revit models for Robot Structural Analysis and integrate sheet outputs and BOQ data to streamline design to analysis workflows.
- Lecture 11 Revit export Revit to Robot1:49
Export Revit models to Robot structural analysis and integrate sheets and BOQ workflows from Autodesk Revit for streamlined structural analysis and documentation.
- Lecture 12 Robot define units, materials and codes design1:51
Define units, materials, and codes within Robot Structural Analysis to support accurate design workflows. Leverage integration with Autodesk Revit sheets and BOQ to streamline documentation.
- Lecture 13 Robot define sections8:36
Define robot sections in Autodesk Revit and Robot Structural Analysis, bridging section setup with sheets and the BOQ.
- Lecture 14 Robot define loads8:20
Master defining loads in Robot Structural Analysis within Autodesk Revit workflows, and learn how sheets and BOQ integrate with structural analysis.
- Lecture 15 Robot define loads combination2:28
Define three load combinations in Robot Structural Analysis and apply them to Revit projects, generating sheets and a BOQ.
- Lecture 16 Robot assign mesh to panels2:00
Learn how to assign a mesh to panels using Robot within Autodesk Revit workflows, bridging Robot Structural Analysis with sheets and BOQ integration.
- Lecture 17 Robot draw stairs7:06
Master drawing stairs in Robot Structural Analysis within the Autodesk Revit workflow, aligning stair design practices with sheets and BOQ for integrated project documentation.
- Lecture 18 Robot draw support1:56
Master drawing supports in Robot Structural Analysis within Autodesk Revit, and manage sheets and BOQ-based project documentation.
- Lecture 19 Robot check and prepare model before run1:05
Check and prepare the model for a Robot Structural Analysis run, validating geometry and data before analysis. Align Revit models with sheets and BOQ outputs to streamline the workflow.
- Lecture 20 Robot define self weight0:51
Define the self weight in Robot Structural Analysis to ensure accurate load calculations, supporting model integration with sheets and BOQ in Autodesk Revit workflows.
- Lecture 21 Robot run1:43
Run a Robot Structural Analysis workflow within Autodesk Revit, generating sheets and a BOQ to streamline structural analysis and documentation.
- Lecture 22 Robot define reinforcement rebars for design1:34
Explore how to define reinforcement rebars for design using Robot Structural Analysis within Autodesk Revit workflows, integrating sheets and BOQ data for accurate structural models.
- Lecture 23 Robot column design3:44
Explore Robot column design using Revit and Robot Structural Analysis, and integrate results with Sheets and BOQ for streamlined project documentation.
- Lecture 24 Robot beams design3:18
Design robot beams using the robot structural analysis workflow in Autodesk Revit, linking beam layouts to sheets and BOQ outputs for streamlined project documentation.
- Lecture 25 Robot foundation design9:08
Explore robot foundation design using Autodesk Revit and Robot Structural Analysis, while managing sheets and BOQ for project documentation.
- Lecture 26 Robot slab design5:55
Explore robot slab design using Autodesk Revit and Robot Structural Analysis, and learn to generate sheets and boq.
- Lecture 27 Robot define earthquake loads6:06
Define earthquake loads in Robot Structural Analysis for Autodesk Revit workflows, and apply seismic actions to models, linking results to sheets and BOQ.
- Lecture 28 Robot check story displacement3:08
Analyze robot checks for story displacement in Autodesk Revit and Robot Structural Analysis, integrating sheets and BOQ for accurate structural assessment.
- Lecture 29 Robot shear wall design2:09
Explore Robot shear wall design using Autodesk Revit and Robot Structural Analysis, and prepare sheets and a bill of quantities for project documentation.
- Lecture 30 Robot check deflection1:12
Assess deflection in Robot Structural Analysis using Autodesk Revit, ensuring accurate results for sheets and BOQ documentation.
- Lecture 31 Revit draw column reinforcement method 18:55
Explore the first method for drawing column reinforcement in Revit, as part of Autodesk Revit workflows for structural analysis, sheets, and BOQ.
- Lecture 32 Revit draw column reinforcement method 22:38
Master Revit column reinforcement drawing using method 2, integrating with robot structural analysis, sheets, and boq workflows.
- Lecture 33 Revit draw wall reinforcement3:04
Learn to draw wall reinforcement in Revit, guided by Lecture 33, and connect structural analysis workflows with sheets and BOQ within the Autodesk Revit course.
- Lecture 34 Revit draw beam reinforcement4:31
Learn how to draw beam reinforcement in Revit and integrate it with Robot Structural Analysis, sheets, and BOQ workflows.
- Lecture 35 Revit draw foundation reinforcement3:26
Learn the third step of drawing foundation reinforcement in Revit, as part of the Autodesk Revit and Robot Structural Analysis workflow.
- Lecture 36 Revit draw slab reinforcement3:56
Master drawing slab reinforcement in Revit, applying practical detailing techniques within Autodesk Revit workflows to enhance accuracy and coordination in structural models.
- Lecture 37 Revit draw structural sheets and export them to Autocad19:20
Draw structural sheets in Revit and export them to AutoCAD, aligning structural workflows with design documentation.
- Lecture 38 Revit BOQ4:25
Explore Revit BOQ workflows within Autodesk Revit, linking sheets and Robot Structural Analysis to support accurate quantity takeoffs.
- Structural design of a swimming pool with dimensions 20x20x430:41
Design a swimming pool structure with 20x20x4 dimensions using Autodesk Revit and Robot Structural Analysis, and generate sheets and a bill of quantities.
- Define all types of grides in Robot6:13
Define all grid types in Robot Structural Analysis as part of the Autodesk Revit and Robot Structural Analysis course.
- Draw circular beams and slabs in Robot1:36
Draw circular beams and slabs in Robot Structural Analysis, within Autodesk Revit, and align with sheets and BOQ.
- Modeling stairs in Robot12:10
Model stairs in Robot Structural Analysis to create accurate stair geometry and align with sheets and BOQ workflows.
- Draw isolated and strip foundations in Revit1:13
Draw isolated and strip foundations in Revit, linking structural analysis, sheets, and BOQ workflows for cohesive building design documentation.
- Define units and grids in Robot2:03
Define units and grids in Robot Structural Analysis to ensure accurate modeling and seamless integration with Revit workflows, sheets, and BOQ data.
- Modeling42:24
Develop modeling skills using Autodesk Revit and Robot Structural Analysis, with emphasis on creating accurate sheets and BOQ data for integrated structural workflows.
- Assign slabs sections0:58
Assign slabs sections within Autodesk Revit and Robot Structural Analysis, connect sections to sheets, and prepare an accurate BOQ.
- Stairs modeling12:10
Explore stairs modeling in Autodesk Revit as part of the Autodesk Revit & Robot Structural Analysis + Sheets + BOQ course.
- Loads, mesh, and design (column, beams, slabs, walls and foundation)29:28
Explore loads, mesh, and design workflows for columns, beams, slabs, walls, and foundations using Autodesk Revit and Robot Structural Analysis, while leveraging sheets and BOQ capabilities.
- Total review of Revit38:19
Review Revit with a focus on the repeated cue 'three' to deliver a concise refresher.
- Civil Engineers 2019 - Evolution of Civil3:48
Explore the evolution of civil engineering in 2019 and its use of modern design tools like Autodesk Revit, Robot Structural Analysis, sheets, and BOQ.
- Civil Engineering motivational7:22
Motivate civil engineers by exploring how Autodesk Revit and Robot Structural Analysis, along with sheets and BOQ workflows, streamline structural design and project documentation.
- 12 Steps of construction7:03
Detail the 12 steps of construction from site clearing and grid lines to excavation, PCC base, rebar, concreting, tie beams, and perimeter blocks, leading to beams and slabs.
- Structural Engineer's Checklists to Site Inspection8:07
Inspect site activities from excavation to roof slab to ensure alignment with approved drawings. Check steel reinforcements, concrete cover, and slab openings during excavation and casting.
Requirements
- General civil engineering knowledge
Description
This course not just a tutorial on software Revit and Robot but it is a complete understanding about structural design analysis, how civil engineer must begin with the project, how he/she must think, how we can determine the dimension of the element before modeling them check it in the software. In this course we will design a 15 stories of a residential buildings, within the work we will define and design all types of slabs such as (waffle slab, one way ribbed slab, two way ribbed slab, flat slab and solid slab), all types of foundations such as (isolated,combined,strip and mat), earthquake loads, columns and beams and shear walls + Advanced lectures in Revit + Advanced lectures in Robot + design a swimming pool in Robot
Who this course is for:
- Beginner and Expert