The Structural Engineering & Analysis Bootcamp Bundle

Automate Tasks using MATLAB - Product Image

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Lifetime

Content

12.0 hours

Lessons

64

Automate Tasks using MATLAB

Improve Your Productivity by Automating Repeated Tasks

By Nouman Azam | in Online Courses

You may have been doing programming for a long time, but you may not have seen the fun part of it. This course covers the fun part of programming, which is to automate the boring and tiring jobs you do regularly on computers. This course is about automating repeated tasks and other similar tasks by letting the computer do it for you. This course is designed for people who aim to write small programs that do practical tasks by themselves. The course skips complicated computer science concepts and focuses on writing code that gets the job done.

Access 64 lectures & 12 hours of content 24/7
Automate various tasks on your computer using MATLAB programs
Generater word documents, reports, PDFs & power point presentations
Write programs that send out email notifications & take screenshots
Control the mouse & keyboard programatically to do tasks automatically
Search the web for retrieving some textural information
Learn the MATLAB debugging feature to quickly figure errors in the code

NOTE: Software NOT included.

Nouman Azam | MATLAB Professor 4.3/5 Instructor Rating: ★ ★ ★ ★ ★ ★

Dr. Nouman Azam is an Assistant Professor in Computer Science. He teaches online courses related to MATLAB programming to more than 10,000 students on different online platforms. The focuse of his courses is to explain different aspects of MATLAB and how to use them effectively in routine daily life activities. In his courses, students will find topics such as MATLAB programming, designing GUIs, data analysis, and visualization.

Important Details

Length of time users can access this course: lifetime
Access options: desktop & mobile
Certificate of completion included
Redemption deadline: redeem your code within 30 days of purchase
Experience level required: intermediate

Requirements

Basic knowledge of MALTAB
MATLAB software

Course Outline

Your First Program
Preview
Introduction
- Introduction to the course - 2:48
Controlling Mouse and Keyboards to Automate Tasks
- code and data
- 1 - Writting to NotePad and then deleting the stuff - 14:47
- 2 - Saving files and opening up google page - 28:01
- 3 - Drawing a tiger using mouse and keyboard - 26:04
Emails, Web and Running Scripts from Command Window
- code and data
- 1 - Sending email, opening a webpage and executing system commands - 21:14
- 2 - Automating emails and other tasks using batch Files - 21:52
- 3 - Automatic screen shots and sending them as emails - 18:56
Automatically Moving Deleting and Browsing Files
- code and data
- 1 - Automating Directory Interactions - 12:02
- 2 - Automating Directory Interactions_(Part 2) - 9:48
- 3 - Finding files and arraning them in folder structures - 16:33
Exceptions, assert, startup, finish, diary
- code and data
- 1 - Automating programs to work during errors - 15:26
- 2 - Finish and Startup functions for loading preferences - 14:15
- 3 - Automating program checking and logging - 11:15
Automate user interactions
- code and data
- 1 - Automating file interactions - 12:47
- 2 - Automatic arrangment of pictures based on years - 16:48
- 3 - Automate user interactions - 17:58
Code debuggging and analyzer
- code and data
- 1 - Automate code inspection - 22:44
- 2 - Common Errors - 17:30
Textual processing for automatic summarization of contents
- code and data
- 1- Summaring Textual Contents using Word Cloud - 18:37
- 2- Summaring Textual contents using topic models - 28:37
- 3 - Read the html from a google search - 26:27
Excel and MATLAB
- 1 - Installing Spread Sheet link - 7:22
- 2 - Data Transfer Between Excel and MATLAB - 7:25
- 3 - Using MATLAB Function and Features from Excel - 7:04
Generating ppts, word documents and pdfs
- code anda data
- 1 - Creating Presentations - 21:42
- 2 - Adding Figures, Tables to ppt - 18:20
- 3 - Generating Word Documents - 24:44
- 4 - Adding Figures and Tables to Word Documents - 16:45
Regular expressions for automating information extraction
- 1 - Automating the text matching_DF - 12:04
- 1 - Executing Regular Expressions on Matlab, literals and meta characters - 14:41
- 2 - The dot metacharacter - 7:01
- 3 - Character Class Basics - 9:11
- 3 - Some exceptions with a character class - 6:48
- 4 - Exclusion of characters using a character class - 10:55
- 5 - Shorthand for character classes - 6:27
- 6 - Staring and Ending Anchors - 5:51
- 7 - Examples of starting and ending Anchors - 4:53
- 8 - word boundaries (part 1) - 10:09
- 9 - word boundaries (part 2) - 9:23
- 10 - Quantifiers - 12:00
- 11 - Limited Repetition - 8:13
- 12 - Lazy and Greedy Quantifiers - 11:00
- 13 - Understanding the Grouping - 9:56
- 14 - Non-capturing groups - 7:23
- 15 - Effect of Quantifiers on Groups - 8:38
- 16 - Alternation - 5:37
- 17- Look Ahead Assertions - 10:20
- 18 - Look behing Assertions - 5:48
- 19 - Backreferencing - 11:21
- 20 - Named Capturing Groups and Backreferencing - 9:27
- 21 - Conditions (if then else) - 7:12
- 23 - Examples 1- Character Ranges - 16:31
- 24 - Example 2 - Password Checking Example - 11:09
- 25 - Example 3 - IP Addresses - 8:30
- 26 - Example 4 - Matching a valid date - 10:46
- Code and Data

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ETABS Advanced Course for High Rise & Residential Building - Product Image

Access

Lifetime

Content

8.0 hours

Lessons

101

ETABS Advanced Course for High Rise & Residential Building

Modelling, Structural Analysis & Design of High Rise and Residential Building in ETABS as per IS Code

By Civil Engineer's Destination | in Online Courses

In this course, you will be using the latest version of CSI ETABSV18 to deal with all the projects being covered. The software etabs are very sophisticated software for structural engineers. Many engineering professionals worldwide use it to solve problems they face while designing steel structures or reinforced concrete structures. Here, you will be taught how to combine CSI etabs with CSI safe to design the foundation.

4.7/5 average rating: ★ ★ ★ ★ ★ ★

Access 101 lectures & 8 hours of content 24/7
Learn structural analysis & design of a residential building using ETABS
Analyze & design any kind of civil engineering structure using ETABS
Learn the interpolation between Etabs, Csi Safe & Autocad
Detail & design the column and beam longitudinal and shear reinforcement
Export your drawing directly to Autocad
Do detailing with the help of software

NOTE: Software NOT included.

Civil Engineer's Destination 4.1/5 Instructor Rating: ★ ★ ★ ★ ★ ★

The instructor is a professional structural engineer and having great knowledge of BIM. He has enriched experience in Planning, Architectural Design, Structural Design, and many more. He loves to teach and short out the problems of the students. He is a tech lover and loves to solve the problems in construction and architecture field.

Important Details

Length of time users can access this course: lifetime
Access options: desktop & mobile
Certificate of completion included
Redemption deadline: redeem your code within 30 days of purchase
Experience level required: intermediate

Requirements

Etabs
Autocad , CSI SAFE and CSI Detailing

Course Outline

Basics of Etabs
- Initial Setting - 5:42
- Define the materials in Etabs - 5:18
- Define the Section Property - 9:56
- Navigation In Etabs - 6:13
- Modelling of Structural Component - 6:02
- All about Stories - 3:04
- Advance Tool Explained - 5:44
- Initial Setting for Modelling of Staircase - 6:24
- Modelling of Staircase ( Method 1 ) - 11:38
- Modelling of Staircase ( Method 2 ) - 12:19
Text Book Problems ( Beams )
- Example 1 - 10:49
- Example 2 - 11:26
- Example 3 - 8:05
Text Book Problem ( Truss )
- 2D Truss Problem - 16:15
Residential Building Real World Project
- Reading the Architectural Drawing - 1:59
- Grid and Story Data - 8:56
- Define the Materials - 3:33
- Define the Section property - 10:56
- Modelling up to Plinth Beam - 6:59
- Modelling of Staircase - 7:11
- Modelling of 1st Floor - 4:14
- Restraints to Support - 1:23
- Assign releases to the Secondary Beam - 2:02
- Basic Load Defined - 1:02
- Brick Work Load Applied - 7:29
- Loads on Slabs - 4:17
- Replication completed - 2:40
- Modifications of Loads on Roofs - 3:48
- Glass Loads on extended Slab - 1:49
- Earth Quake Forces - 6:06
- Wind Road on Residential Building - 11:59
- Define and Assign Diaphragm - 2:36
- Meshing - 4:23
- Define the Load Combination - 0:42
- Check your Model - 1:15
- Diaphragm warning Solved - 6:46
- Analysis and Analysis Result - 7:27
- Design of Residential Building - 1:32
- Various Design Checks - 3:42
- Story Drift - 6:00
- Detailing of longitudinal bars - 4:00
- Detailing of Lateral Ties of Column - 3:41
- Detailing of Beam ( Longitudinal Bars ) - 2:14
- Detailing of Tie Member - 2:48
High Rise Building ( 33 Story )
- Understanding the Plan & Elevation - 2:54
- Initial Setup , Grids and Story data - 6:41
- Define the Material - 1:41
- Defining the Section - 11:48
- Modelling of Beam , Column , Slab and Wall - 14:52
- How to Check your Model - 1:44
- How to Check your Model
- Story Correction - 2:29
- Assign the Releases - 2:37
- Assign support to the Structure - 1:53
- Define and Assign Diaphragm - 10:04
- Define and assign the Pier Label - 3:09
- Define the Response Spectrum - 1:49
- Basic load defined - 1:11
- Define and assign the Earth quake load - 4:48
- Wind Load defined with Concept and Applied - 11:38
- Define the Mass Source - 2:18
- Blockwork Load - 4:12
- Staircase Slab Defined - 1:04
- Wind load defined with Concept - 11:11
- Modelling of Staircase - 11:38
- Replication of Stairs - 2:45
- Mid landing Beam - 3:41
- Joining the Slabs of Staircase - 2:00
- Live Load reduction factor - 3:02
- Apply the Load on Staircase - 1:24
- Response spectrum in X,Y and Z direction - 5:17
- Setup Modal Cases - 2:20
- P-Delta Option - 1:53
- Meshing in Etabs - 3:58
- Re labelling in Etabs - 0:47
- Active degree of freedom - 1:05
- Setup Advance Sap Fire option - 0:33
- Default Load Combination - 2:43
- Modal Check and Analysis - 3:09
- Mode Analysis - 5:42
- 3 mode running at the same time - 0:44
- Scaling of Response reduction to Seismic Force - 7:27
- Create a summary report in etabs - 6:08
- Detailed report in etabs - 1:19
- Story Drift and Number of Modes - 4:39
- Design of Column And Beam - 9:19
- Detailing of Column and Beam and Generating the Drawing - 15:53
- Design of Shear Wall - 7:42
- Detailing of Shear wall - 5:12
- Design of Slab - 11:14
- Detailing of SLAB - 6:12
- Full 3D View - 9:03
- Export Reaction to SAFE - 1:23
- How to import .F2k file into csi safe - 0:33
- Define Material in SAFE - 2:39
- Mat Foundation Defined - 1:22
- Modelling of Mat Foundation - 7:07
- Soil Subgrade Defined and Assign - 2:16
- Design of Mat Foundation by Finite Element Method - 3:12
- Design of Mat Foundation by Strip Based Method - 3:46
- Detailing of Mat Foundation - 3:12

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Tekla Structural Designer: Concrete Structures - Product Image

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Lifetime

Content

1.0 hours

Lessons

34

Tekla Structural Designer: Concrete Structures

Learn Everything about Tekla Structural Designer from Beginner to Pro

By Civil Engineer's Destination | in Online Courses

The Tekla structural designer is structural design software that can be used to easily model, analyze, and design concrete and steel structures. This software will generate the detailing of the members, which you can export to Autocad. In this course, you will be focusing on a residential building. Rest assured that you will get complete knowledge of Tekla structural designer of RCC elements after finishing this course.

4.1/5 average rating: ★ ★ ★ ★ ★ ★

Access 34 lectures & 1 hour of content 24/7
Understand the difference between one way slab vs two way slab
Solve problem of member collision & member support
Create schedules for beams & columns
Do detailing for members like columb & beams
Create a model of reinforced concrete member
Understand modeling, analysis & design of foundation

NOTE: Software NOT included.

Civil Engineer's Destination 4.1/5 Instructor Rating: ★ ★ ★ ★ ★ ★

The instructor is a professional structural engineer and having a great knowledge of BIM. He has enriched experience in Planning, Architectural Design ,Structural Design, and many more. He loves to teach and short out the problems of the students. He is a tech lover and loves to solve the problems in construction and architecture field.

Important Details

Length of time users can access this course: lifetime
Access options: desktop & mobile
Certificate of completion included
Redemption deadline: redeem your code within 30 days of purchase
Experience level required: intermediate

Requirements

Tekla Structure Designer

Course Outline

Complete Course
- Initial Setting - 1:38
- Understanding and Setting Up Construction Level - 6:25
- Grid information data - 5:34
- Set up Grids
- Define the Material - 2:14
- Modelling of the Column - 3:55
- Modelling of the Beam - 3:31
- Fixing Beam issue and 3D view - 1:43
- How to Copy Beam - 2:43
- Beam Extension - 4:15
- Understanding the difference between One Way and Two Way Slab - 4:46
- Modelling of One Way vs Two Way Slab - 5:54
- Applying Load on Story 1 - 3:57
- 2nd Story Load applied - 3:45
- Copy 2nd Story to 3rd & 4th Story - 2:23
- Load applied completed - 4:04
- Load Combination defined - 0:40
- Why do we do Decomposition ? - 1:16
- Analysis and Problem - 1:25
- Member Intersection Problem Solved - 2:07
- Member intersection Problem Part 2 - 3:55
- Member Collision Problem solved - 4:36
- Member Support Problem Solved - 1:43
- Slab Member surrounded solved - 4:03
- Design Completed - 2:23
- Report for Member - 2:39
- Schedule for Beams and Column - 2:55
- Check the Detailing Beam and Column - 2:13
- Check Concrete Column and Beam Detail - 3:28
- Check forces - 1:30
- Slab Design and Limitation - 2:01
- Modelling of the Footing - 2:44
- Design of Footing - 1:01
- Foundation Result, Report , Detailing & Layout - 3:23

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SAP2000: Advance Steel Course - Product Image

Access

Lifetime

Content

5.0 hours

Lessons

113

SAP2000: Advance Steel Course

Learn from A to Z about SAP 2000 with Complex Steel Structures

By Civil Engineer's Destination | in Online Courses

This SAP 2000 course will teach you all the important things that a civil, structural engineer must know to do the structural analysis and design of steel structures from scratch. This course will give you in-depth knowledge about SAP 2000 to design your own structure in SAP 2000 version 20. This course will fill the gap between the fresher and the real-life experience.

4.9/5 average rating: ★ ★ ★ ★ ★ ★

Access 113 lectures & 5 hours of content 24/7
Gain complete SAP 2000 advanced knowledge
Learn about heavy steel structure
Learn about advance modelling of steel structure
Know how to deal with failed members
Unders the difference between MCF & SMF
Gain insights on pre-engineered building
Understand basic to advance concept

NOTE: Software NOT included.

Civil Engineer's Destination 4.1/5 Instructor Rating: ★ ★ ★ ★ ★ ★

The instructor is a professional structural engineer and having a great knowledge of BIM. He has enriched experience in Planning, Architectural Design ,Structural Design, and many more. He loves to teach and short out the problems of the students. He is a tech lover and loves to solve the problems in construction and architecture field.

Important Details

Length of time users can access this course: lifetime
Access options: desktop & mobile
Certificate of completion included
Redemption deadline: redeem your code within 30 days of purchase
Experience level required: intermediate

Requirements

SAP2000 (any version)

Course Outline

3D Steel Space Structure
- Truss point location - 4:24
- Joining the line of Truss - 1:47
- Final Modelling of 3d space truss - 4:48
- Assign the Section Property - 3:37
- PROVIDING THE RESTRAINS - 1:53
- Define the Load Pattern - 3:40
- Define the load Combination - 1:00
- Apply joint Loads - 1:25
- Run modal analysis - 5:38
- Final Result
Pre Engineered Building
- Drawing the Grids - 4:41
- Modelling of center column - 5:43
- Modelling of column at end
- Dividing the Lines - 0:48
- Modelling of 1st part of PEB shed - 4:35
- Finalizing the top of PEB SHED
- Replication and Extruded View - 2:26
- Replication of another member - 0:51
- Importing the material properties - 0:54
- Modelling of ISMC - 1:52
- Final extrusion of PEB shed - 1:08
- Making of Gable End - 1:44
- Modelling of Beam - 0:54
- Modelling of Gable end Column - 2:43
- Gable End Completed - 0:57
- Joining of Gable End - 0:50
- Gable End Point - 0:50
- Complete Modelling of Gable end - 2:33
- Modelling of Bracing - 5:52
- Defining the Load Pattern - 3:05
- Modifying the lateral load - 1:35
- Define the Response Spectrum - 1:02
- Define the Mass Source - 1:03
- Define the Load Cases - 1:44
- Defining the Load Combination in SAP2000 - 1:03
- Understanding the Value of DL,LL and CL - 3:40
- Applying the Dl ,LL AND CL
- Understanding the behaviour of Wind Load - 3:06
- Applying Wind load on ROOF - 3:06
- Modification of Load Combination
- Assign releases to the members - 2:54
- Restrains for the Support - 1:23
- Analyze and design - 2:09
Bill Board
- Initial Settings for Bill Board - 1:01
- Initial Point setup for bill board - 4:05
- Replication and Draw of the lines
- Divide and draw lines - 5:24
- Divide lines at joint and connect - 3:03
- Create Back support of Banner - 5:43
- Important Concept - 3:03
- Understanding the banner length - 1:00
- Banner supporting structure joints - 2:12
- Joint for full supporting frame - 8:57
- Modelling part completed - 2:24
- Define the Material Property - 0:35
- Import the section table for the very first time - 0:57
- Import the section Property - 2:50
- Assign the section property - 12:10
- Assign the section property to unassigned member - 3:24
- Extruded View - 1:19
- Assign the pinned support to the structure - 1:03
- When we should provide the releases to the member ? - 0:35
- Assign quickly releases to the member - 1:41
- Define the response spectrum - 1:16
- 25.Define the load pattern - 2:09
- Modification in load pattern - 2:24
- Area Section defined - 1:21
- Quickest way to model area section - 1:12
- Area section drawn - 9:10
- Wind load applied on shell - 4:11
- Live Load Applied - 2:09
- Wind Load below the shell - 4:54
- Define Response Spectrum Load Case - 1:51
- Define Load Combination - 1:33
- How to deal with Failed section - 8:29
- Analyze and design - 1:50
Complex Steel Structure
- What is Silo Structure ?
- Initial setting for structure - 1:38
- Define the material - 0:44
- Importing Angle Section - 2:18
- Importing the I section - 2:18
- Modify the Grids. - 1:34
- Modelling the column - 3:07
- 8.Rotating the column - 1:30
- Shear Connected Frame vs Moment Connected Frame - 6:52
- Modelling upto tertiary beam - 10:22
- Concept of secondary Beam - 1:08
- New Lecture
- Laterally Unsuppported beam to Laterally Supported Beam - 1:54
- Bracing Completed - 2:12
- Area section defined and Modelled - 3:27
- Define load pattern - 0:54
- Apply the load - 3:41
- Replication - 1:31
- Upper floor SCF AND MCF - 2:37
- Modelling the secondary beam - 1:37
- Modelling of the tertiary Beam - 1:45
- Modelling of Beam for Chequered plate - 4:16
- Cutouts and beams - 3:18
- Modelling of Chequered plate - 1:30
- Secondary beam and Braces - 4:54
- MCF and SCF on roof - 3:18
- Why do we Provide the Vertical bracing at the start and at the end - 2:14
- Vertical Bracing - 8:26
- Basic load defined and applied - 9:09
- Advance load defined and applied - 3:55
- Load combination defined and rename - 7:58
- Restrains for I section - 3:23
- Analyze and Design - 2:40
- Understanding the Optimization Scope - 3:22
- 36. Optimization of structure - 23:59
- Common mistake and solution - 10:25
- Check Different forces - 5:00

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Lifetime

Content

1.0 hours

Lessons

3

Autodesk Advance Steel

Complete Project-Based Course on Autodesk Advance Steel

By Civil Engineer's Destination | in Online Courses

Welcome to this professional Autodesk Advance Steel course. This course will learn all the important concepts related to Autodesk Advance Steel in just an hour. You will learn about modeling, beams and columns, single-sided endplate, RCC pedestrial, and more. After that, you can do your own projects and decide the connection as per your requirements.

4.4/5 average rating: ★ ★ ★ ★ ★ ★

Access 3 lectures & 1 hour of content 24/7
Learn about Autodesk Advance Steel
Know more about Modelling of Rolled I section
Gain insights on beam end to end connections & beam column connections
Know waht a single-sided end plate is
Know what RCC pedestrial is

NOTE: Software NOT included.

Civil Engineer's Destination 4.1/5 Instructor Rating: ★ ★ ★ ★ ★ ★

The instructor is a professional structural engineer and having great knowledge of BIM. He has enriched experience in Planning, Architectural Design, Structural Design, and many more. He loves to teach and short out the problems of the students. He is a tech lover and loves to solve the problems in construction and architecture field.

Important Details

Length of time users can access this course: lifetime
Access options: desktop & mobile
Certificate of completion included
Redemption deadline: redeem your code within 30 days of purchase
Experience level required: intermediate

Requirements

Basic knowledge of steel
Autodesk Advance Steel software

Course Outline

Autodesk Advance Steel
- Copy of arrangement from one grid to another - 1:25
- Base plate part 1 - 5:10
- Copy the wind bracing updated - 1:38

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Tekla Structural Designer: Advance Steel Course - Product Image

Access

Lifetime

Content

1.0 hours

Lessons

34

Tekla Structural Designer: Advance Steel Course

Learn & Understand Steel Building and Pre-Engineered Building

By Civil Engineer's Destination | in Online Courses

In this Tekla Structure Designer course, you will learn about modelling, analysis and design of steel structures. Here you will be taught about initial settings, setup grid lines, setup construction lines, modelling column, modelling beam, and more. You will also learn about the analysis of steel member, design of members, material list and export, and a whole lot more.

4.4/5 average rating: ★ ★ ★ ★ ★ ★

Access 34 lectures & 1 hour of content 24/7
Learn about modelling of steel members
Understand design of steel members & foundation
Analyze steel members
Know the designing order
Find out about material list & export

NOTE: Software NOT included.

Civil Engineer's Destination 4.1/5 Instructor Rating: ★ ★ ★ ★ ★ ★

The instructor is a professional structural engineer and having great knowledge of BIM. He has enriched experience in Planning, Architectural Design, Structural Design, and many more. He loves to teach and short out the problems of the students. He is a tech lover and loves to solve the problems in construction and architecture field.

Important Details

Length of time users can access this course: lifetime
Access options: desktop & mobile
Certificate of completion included
Redemption deadline: redeem your code within 30 days of purchase
Experience level required: intermediate

Requirements

Tekla Structural Designer software

Course Outline

Steel Building
- Set up the Construction Level - 2:45
- Set up Grid Lines - 3:38
- Modelling of Column - 3:32
- Modelling of Beam - 2:57
- Modelling of the Bracing - 11:12
- Model the Slab on the Beam - 2:55
- Modelling of the Wall Panel - 2:17
- How to Check your Model - 0:51
- Define the Load Cases - 2:48
- Apply Loads - 4:56
- Apply the Wind Load - 1:56
- Define the Wind Load Cases - 0:50
- Define the Load Combination - 2:03
- Design of Steel Members - 4:10
- Material List and Export - 2:32
Pre Engineered Steel Building
- Initial Settings - 3:57
- How to change the background color - 1:17
- Understanding and Setting up Grids - 4:35
- Modelling of Rafter - 7:15
- Modelling of Tie Member - 3:23
- Modelling of Side Bracing - 5:46
- Modelling of Roof Bracing - 4:10
- Modelling of Roof & Side Panel - 3:12
- Define the Load Pattern - 1:37
- Apply the Dead & Live Load - 2:50
- Apply the wind load - 3:34
- Wind Load Cases Defined - 1:21
- Automatic Load Combination - 1:39
- Validation Completed - 0:27
- 1st Order Non -Linear Analysis - 3:48
- Analysis and Design - 1:33
- Design of Members - 2:20
- Modelling of Foundation - 2:00
- Design of Foundation - 0:53

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Archicad: Professional Course - Product Image

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Lifetime

Content

6.0 hours

Lessons

89

Archicad: Professional Course

Advance Modelling Course from Beginner to Pro

By Civil Engineer's Destination | in Online Courses

This Archicad 24 primarily focuses on the modelling techniques from basic Level to advance Level because modelling is the most difficult task for new students who want to learn the Archicad. You will do the modelling in 2D and 3D so that you can have a better idea about modelling interpretation in Archicad. You will also learn about the tips and tricks to save lots of time while modelling. This course will also talk about the various tools like cut, copy, multiply, and all these properly.

Access 89 lectures & 6 hours of content 24/7
Learn about Archicad 24
Understand Archicad 24 advance modelling
Know about Archicad 24 basic modelling
Do documentation in Archicad

NOTE: Software NOT included.

Civil Engineer's Destination 4.1/5 Instructor Rating: ★ ★ ★ ★ ★ ★

The instructor is a professional structural engineer and having great knowledge of BIM. He has enriched experience in Planning, Architectural Design, Structural Design, and many more. He loves to teach and short out the problems of the students. He is a tech lover and loves to solve the problems in construction and architecture field.

Important Details

Length of time users can access this course: lifetime
Access options: desktop & mobile
Certificate of completion included
Redemption deadline: redeem your code within 30 days of purchase
Experience level required: intermediate

Requirements

Archicad 22/23/24 or any version

Course Outline

Introduction
- Intro Archicad - 2:44
- Tool Box Intro - 3:21
- Info Box - 5:54
- Menu Bar - 3:43
- ToolBars - 2:57
- More about Pallets - 4:29
- Working with PET Pallet - 7:32
- The Navigator - 4:12
- The Organiser - 1:26
Modelling ( New Project )
- Project Info - 4:23
- Set up the Working Unit - 2:44
- Setting up the Story - 6:03
- Tracker in ArchiCAD - 2:23
- Pet Pellet - 3:46
- Offset of Walls - 2:50
- Drag & Copy - 3:45
- Rotate & Mirror - 3:34
- Setting up the Grids - 4:21
- Drawing of Grids Part 1 - 6:10
- Drawring Grid Part 2 - 3:14
- Wall & Wall Settings - 3:04
- Modelling of Wall PART 1 - 4:27
- Modelling of Wall part 2 - 22:44
- 3D VIEW & Editing - 2:03
- Setting Up the Slab - 1:51
- Slab Modelling Techniques - 4:06
- Adding & Removing the Slab Section - 3:43
- Complete Modelling of SLAB - 6:11
- Settings in Doors - 8:57
- Settings in Windows - 3:28
Advance Modelling in Archicad
- Modelling of the Doors Part 1 - 4:06
- Complete Modelling of the Doors - 2:37
- Modelling the Window - 5:33
- Updation of the Project - 2:32
- Make your plan looks more clear - 2:37
- Traces in the ArchiCAD - 6:06
- Advance techniques of trace & reference - 4:26
- Marquee Tool Explained - 5:57
- Modelling of Staircase in 2D - 3:56
- Modelling of the Staircase in 3D - 2:35
- Advance Modellling of the StairCase - 4:08
- Advance Editing of Staircase - 9:12
- More Editing Tool of Staircase - 8:14
- Model StairCase from First Floor to Roof - 4:02
- Modelling of the Side Staircase - 8:32
- Modelling of Staircase with help of Trace - 3:04
- Stairs Settings Basic - 4:23
- StairCase Structure - 5:25
- Staircase Setting for Floor Plan Display - 3:18
- Modelling of the Railing the 2D - 4:30
- Modelling of Railing in 3D - 4:01
- Modelling of the Railing on the SLAB - 3:20
- Editing of Railing Explained - 12:50
- Adding Objects in the ArchiCAD - 6:07
- All about Grouping and Ungrouping - 3:33
- Zone & Zone Settings - 7:41
- Modelling of the Roof - 5:50
- Complex Shaped Roof Archicad - 3:20
- Add terrain Part 1 - 6:38
- Terrain Mesh part 2 - 10:49
Tips and Tricks
- Adding Colors to the Elements - 1:52
- All about Surface Painter - 4:23
- Short Modelling Tricks - 4:47
- Multiply Tool Explained part 1 - 3:31
- Multiply Tool Part 2 - 5:00
Documentation in Archicad
- Basic Details of the Layers - 1:18
- More about the Layers - 5:04
- Section Setting in Plan View - 5:54
- Model Display Settings - 2:47
- Tips and Tricks for the Section Creation - 5:09
- How to create Elevation - 3:28
- Quick Options in Archicad - 0:28
- Pen Sets Overview - 4:06
- More about Pen Sets - 6:42
- Dimension Filter - 4:05
- Creating View in the ArchiCad - 4:03
- Professional way of creating the views - 3:24
- Overview of Master Layout - 1:57
- More about Master layout - 5:47
- Creating the layout in ArchiCad - 2:54
- Make your layout organised - 2:53
- Placing Drawing in ArchiCad Part 1 - 4:47
- Placing drawing one above another - 2:42
- Dimension Tool Basics - 2:05
- Trick for using the Dimension Tool in Efficient Way - 1:37
- Settings of the Dimension Line - 1:30
- Level Dimension Tool Level Dimension Tool - 2:13
- Level dimension in Section - 2:41
- Publishing your Set in Archicad - 5:21

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Autodesk Revit & Robot Structural Analysis - Product Image

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Lifetime

Content

2.0 hours

Lessons

37

Autodesk Revit & Robot Structural Analysis

Autodesk Professional Interpolation Course from Scratch — Autocad, Revit & Robot

By Civil Engineer's Destination | in Online Courses

Welcome to this Revit & Robot Structural Analysis Course. In this course, you will first learn how to do modifications in the Autocad plan, and we will make it ready for the Revit. After that, you will be taught how to import that Autocad file into Revit and, at the same time, do the modeling of reinforced concrete elements like column, beam, and slab. You will also do the advanced modeling of the stair, which is very important.

4.4/5 average rating: ★ ★ ★ ★ ★ ★

Access 37 lectures & 2 hours of content 24/7
Provide the support condition
Provide reinforcement for column
Provide reinforcement of the beam
Learn about modeling of the beam & advance modeling in Revit
Require reinforcement of RC beam & column
Discover modeling of the column & modeling of the slab

NOTE: Software NOT included.

Civil Engineer's Destination 4.1/5 Instructor Rating: ★ ★ ★ ★ ★ ★

The instructor is a professional structural engineer and having great knowledge of BIM. He has enriched experience in Planning, Architectural Design, Structural Design, and many more. He loves to teach and short out the problems of the students. He is a tech lover and loves to solve the problems in construction and architecture field.

Important Details

Length of time users can access this course: lifetime
Access options: desktop & mobile
Certificate of completion included
Redemption deadline: redeem your code within 30 days of purchase
Experience level required: intermediate

Requirements

Autocad
Autodesk Revit
Autodesk Robot Structural Analysis Professional

Course Outline

Introduction
- Preparing the File for the Revit - 4:15
- Initial Settings in the Revit - 3:47
- Setting Up the Levels
- Importing the Autocad File into the Revit - 5:23
- Create the Grid - 2:10
- Visual Setting - 3:24
- 3D VG - 2:37
- How to solve the alignment problem - 3:28
- Modelling of the column - 6:34
- Modelling of the Beam - 3:00
- Modelling of the Beam at the GL - 2:58
- Define the Concrete slab - 3:04
- Modelling of the Slab - 3:01
- Modelling of the Staircase slab part 1 - 7:52
- How to solve over lapping in Revit
- Modelling of the Staircase Slab Completed - 5:13
- How to tackle the modelling issue - 4:43
- Editing the Analytical Name - 0:56
- Proper Replication in Revit - 3:00
- Modelling of the Mumty Wall - 5:29
- Providing the Support Condition - 1:51
- How to export from revit to robot - 2:06
Robot Structural Analysis Interpolation with Revit
- Basic Commands in RSA - 1:35
- Define the Load in RSA - 2:33
- Applying the load in the RSA - 8:00
- Code selection and Meshing - 1:58
- Calculation Parameters for Beam and Column - 3:30
- How to run the Analysis - 0:41
- Required Reiforcement of RC Beam & Column - 3:09
- Result Digram - 3:44
- Provided Reinforcement of the column - 6:29
- Provided reinforcement of the beam - 6:55
- Required Reinforcement of RC SLAB - 3:48
- How to add the load combination - 3:17
- Design of the footing - 3:53
- Design of the Foundation Part 2 - 5:43
- Reinforcement Error Problem and Solution - 2:02

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Revit Structure: 13th Floor Concrete Building - Product Image

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Content

5.0 hours

Lessons

89

Revit Structure: 13th Floor Concrete Building

Learn Everything There is to Know About the 13th Concrete Building in Revit Structure

By Civil Engineer's Destination | in Online Courses

In this course, you will learn how to start a project in Revit Structure and set up structural views; add foundations, model slabs build a lot more. You create detailed, annotated documentation for sharing and use in construction in Revit Structure. The course is designed for members with no Revit experience or for more advanced users who want to jump to a topic and start from there. Either way, this comprehensive course can teach you what you need to know exact things in Revit structure.

4.5/5 average rating: ★ ★ ★ ★ ★ ★

Access 89 lecture & 5 hours of content 24/7
Learn about 1th concrete building in revit structure
Know the basic ways to create levels
Deal with major as well as minor issue in revit structure 2021
Start a new project in revit structure
Learn some tricks to create the levels
Understand straight & curved grid and modeling of the circular column

NOTE: Software NOT included.

Civil Engineer's Destination 4.1/5 Instructor Rating: ★ ★ ★ ★ ★ ★

The instructor is a professional structural engineer and having great knowledge of BIM. He has enriched experience in Planning, Architectural Design, Structural Design, and many more. He loves to teach and short out the problems of the students. He is a tech lover and loves to solve the problems in construction and architecture field.

Important Details

Length of time users can access this course: lifetime
Access options: desktop & mobile
Certificate of completion included
Redemption deadline: redeem your code within 30 days of purchase
Experience level required: intermediate

Requirements

Revit software

Course Outline

Revit Structure 2021 Basics
- Starting a New Project in Revit Structure - 7:20
- Trick to Generate multiple Levels & Resources Part1 - 7:52
- Blue Levels vs Black Levels - 1:59
- Drawing of the Vertical Grid and Resources Part 2 - 3:45
- Horizontal Grid Assignment - 1:06
- Creating the Horizontal Grid - 1:47
- Curved Grid and modification - 2:29
- Understanding the Column Parameters - 3:45
All about the Columns
- Understanding the Column Parameters
- Modelling of the Column from GF to 1ST FLOOR - 4:21
- Modelling of the Column from 1st Floor to 2nd - 2:57
- Inserting the Roof Level - 1:25
- Copying Columns to another floor - 2:32
- Modelling of Circular Column - 3:23
- Circular Column on circumference - 2:04
- Creating Grids for Slant Column - 1:55
- Slanted Column from 12th Floor to 13th Floor - 5:26
- Slanted Column from 13th Floor to Roof - 3:01
Useful Commands in Revit Structure
- Useful Commands in Revit - 5:00
Wall Setup & Modelling
- Basic Understanding of the Wall - 5:17
- Modelling of the Wall - 7:45
- Modifying the wall after Modelling - 3:26
- How to create hole in the Wall - 1:56
Foundation
- Wall Foundation Modelling - 2:15
- How define different foundation - 1:20
- Circular Isolated Footing - 3:34
- Isolated Footing below GF - 4:22
- Circular Isolated Footing at T.O.F LevelCircular Isolated Footing at T.O.F Lev - 2:41
Mastering the Slab in Revit
- Modelling the Structural Slab in Revit - 6:02
- Slab on Edge
Reinforced Concrete Beams
- Slab on Edge - 5:26
- Modelling of Curved Beam - 4:04
- Beam System Basics - Clear Spacing - 5:55
- Fixed Distance Spacing - 2:28
- Fixed No and Maximum Spacing - 4:58
- Adding Beam System to Project - 2:46
- Sketch Beam System - 3:15
- Modification in Beam System - 1:46
- Replication in Revit - 4:54
- Joining Slant column and beam - 4:00
- Minor Modelling issue solved - 2:38
All about the Floor
- Modelling of Structural Floor - 3:22
- Height offset of the Floor - 1:03
- Horizontal Offset - 1:58
- Modelling of floor from 2nd floor to Roof - 4:35
- Fixing the Floor Issue - 3:50
- Reference plane creation - 1:31
- Elevator Wall Modelling Completed - 2:13
- Elevator's Foundation - 2:07
- Creating Opening in the Floor - 4:34
Mastering the View in Revit Structure
- Basics of the creating View - 3:00
- Renaming and VG - 2:20
- Duplicate as a dependent - 4:09
- Annotation View - 2:26
- Creating view with the help of Callout - 3:21
- Building Elevation - 4:34
- Wall section - 1:06
- All about 3D Views - 7:23
- Analytical View 2D - 4:58
- Analytical View in 3D - 3:35
Loads and boundary condition in Revit Structure
- Load Cases & Load Combination - 3:46
- Applying the Boundary Condition in Revit Structure - 4:41
- Loads in Revit - 3:39
Dimensions in Revit
- Basics of Dimension Marking - 4:30
- Tips and Tricks for Dimension - 2:41
- More Dimension Tool in Revit - 2:59
- Important Concepts related with Dimension - 7:32
- Mastering Text in Revit Structure - 8:16
- Spot Elevation in Revit - 1:23
- Mastering Text in Revit Structure
All about creating and printing the Sheet
- Creating the Sheet in the Revit - 2:35
- Placing the Drawing on the Sheet - 3:02
- Basic Cutomisation of the Sheet - 3:09
- Printing the Sheet in Revit - 5:51
- Fitting the 3D view in Sheet - 2:30
Various schedules in Revit
- Set the image and type mark - 4:04
- Creating schedules in Revit - 3:44
- Basics of schedules Sheet - 3:00
- Cost input and sorting - 3:02
- How to calculate total cost - 8:11
- Modifying the Total Cost - 5:12
- Placing the Schedules - 2:54
- Modifying the Schedule Table Sheet in Revit - 2:02
- Graphical Column Schedules - 10:40
- Creating the quantity Take off Schedules - 6:08
- Calculating the Total Cost - 4:08
- Total cost Calculation
- Condition in Revit - 1:47
- Percentage Calculation - 5:51

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Robot Structural Analysis Professional - Product Image

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Lifetime

Content

8.0 hours

Lessons

207

Robot Structural Analysis Professional

Autodesk Robot Structural Analysis — From Beginner to Pro

By Civil Engineer's Destination | in Online Courses

In this course, you will learn everything from the basic to the advanced level using the latest version of Robot Structural Analysis Professional 2021. First, this course will start with some basic examples which are very important. Then, it will move to model, analyzing, and design the reinforced concrete structures like a beam, column, shear wall, and footing in robot structural analysis.

Access 207 lecture & 8 hours of content 24/7
Solve conceptual problem in Robot Structural Analysis
Solve warning related with residential building
Design slab of residential building by requirement reinforcement
Solve Errors in steel member
Understand optimization of steel structure
Learn about wind load simulation
Know about design column & shear wall

NOTE: Software NOT included.

Civil Engineer's Destination 4.1/5 Instructor Rating: ★ ★ ★ ★ ★ ★

The instructor is a professional structural engineer and having great knowledge of BIM. He has enriched experience in Planning, Architectural Design, Structural Design, and many more. He loves to teach and short out the problems of the students. He is a tech lover and loves to solve the problems in construction and architecture field.

Important Details

Length of time users can access this course: lifetime
Access options: desktop & mobile
Certificate of completion included
Redemption deadline: redeem your code within 30 days of purchase
Experience level required: intermediate

Requirements

Robot Structural Analysis Professional (any version)

Course Outline

Basic Examples solved in Robot Structural Analysis
- Changing units in Robot Structural Analysis - 0:57
- Example no 1 - 8:24
- Example no 2 - 2:39
- Example no 2 support problem - 3:21
- Example no 2 ( Adding the load ) - 3:00
- Doubt solved - 0:50
- Example no 3 - 4:15
- Example no 4 - 3:30
- Example no 4 part 2 - 1:28
- Example no 5 - 5:07
- Example no 5 part 2 - 3:41
- Example no 6 - 5:56
- Example no 6 part 2 - 1:44
Design of Reinforced Concrete Beams
- Basic setting - 1:38
- Beam geometry and general parameters - 3:54
- Apply load on Rc Beam - 1:01
- How to verify load added or not ? - 0:53
- Calculation setting - 1:58
- Final step before running the analysis - 2:39
- Shear force and Bending Moment diagram - 1:19
- Area of reinforcement - 1:32
- Checking the deflection - 1:16
- Reinforcement plotting - 3:14
- Beam Notes - 1:09
Design of Reinforced Concrete Column
- Initial setting - 1:49
- Calculation setting - 1:14
- Reinforcement setup - 1:06
- Adding the loads - 0:43
- Column result - 0:34
- Column Reinforcement - 0:38
- Create note and save it - 0:58
- Detailing of the column - 0:46
Design of Shear Wall
- Shear wall option not available solved - 1:31
- Create wall geometry and Wall opening - 2:39
- Shear Wall calculation settings - 1:27
- Applying the load - 0:52
- Design of the shear wall - 2:11
- Reinforcement modifications - 2:11
Foundation Design
- Modelling the Foundation - 3:02
- Calculation setting - 1:11
- Foundation reinforcement - 2:03
- Assign the various loads to the foundation - 0:56
- Soil profile setting - 1:20
- Foundation design complete - 2:18
Buckling Analysis
- Define the grids - 2:17
- Column Selection and drawing - 2:10
- Drawing the Beam - 1:04
- Changing the Display - 1:06
- Claddiing - 1:54
- Adding the support - 0:45
- Buckling case load added - 0:56
- Load Applied - 1:44
- Set parameter for buckling analysis - 1:46
- Result Modes - 1:48
- Critical Load - 0:33
Residential Building Design Real World Project
- Initial setting of Building - 1:12
- Defining the Grid in X direction - 3:40
- Defining the grid in Y direction - 6:05
- Define the Grids and Story - 1:54
- Modify the story data - 1:27
- Define the material - 0:30
- Defining the Column and beam - 3:12
- Modelling the Column - 2:17
- Drawing the Beam and extrusion - 4:22
- Modelling of the slabs section - 1:28
- Modelling of the one way slab - 1:26
- Modelling of two way slab - 1:35
- Move and edit - 1:34
- Modelling the Mild Landing Beam - 2:51
- Copy and replication of beam - 1:55
- Staircase modelling complete - 4:29
- Lowering the staircase beam - 2:37
- Defining the load type - 1:17
- Apply the external Brickwork load - 6:06
- Apply the load internal beam - 2:29
- Applying load on the floor - 3:12
- Applying loads on the stairs - 5:27
- Replication of floors - 1:34
- Replication of floors special view - 0:50
- working in the selected floor - 1:16
- internal beam load modification - 5:52
- interior beam load modification
- Modification of exterior beam - 2:43
- How to only see the slab loading - 2:36
- Modifications of load on slab - 5:07
- Selecting the design code - 1:04
- Define the load combination - 3:23
- Primary setting of meshing - 1:06
- Meshing of floors - 2:07
- Analysis - 1:30
- Forces in X direction - 2:26
- Forces in y direction - 1:40
- Stresses pn Slab - 1:14
- Assignment
- Solution of assignment : -Warning 1 Solved - 4:00
- Warning 2 solved - 5:50
- Nodes problem solved - 2:47
- Set Tolerance Limit - 1:02
- Design of Reinforcement Slab ( Required Reinforcement ) - 5:59
- Design of Reinforcement Slab ( Provided Reinforcement ) - 9:01
- Design of Beam ( Required Reinforcement Method ) - 6:19
- Design of Beam (Provided Reinforcement Method ) - 6:13
- Design of Column ( Required Reinforcement Method ) - 3:22
- Design of Column (Provided Reinforcement Method ) - 3:51
Steel Bridge
- Shell - 3:10
- Adding the Panel - 1:15
- Assign the reinforcement - 0:55
- Add the support - 2:00
- Modelling the sides of the bridge truss - 7:32
- Draw the bracing - 4:14
- Adding the Beam - 2:40
- Adding the Load - 0:52
- Adding the Live Load 1 - 1:50
- AApplying the Live Load 3 - 1:33
- Applying the wind load 1 - 1:43
- WL2 Applied
- Defined vechile load - 2:34
- Vehicle Load Defined ( Concentrated ) - 7:54
- Moving Surface Load - 4:49
- Presetting - 1:16
- Analysis - 3:38
- Create Animation - 1:32
- Buckling length defined and assign - 5:02
- Buckling length for diagonal member - 2:27
- Display setting and bottom - 3:24
- Grouping in Robot - 10:22
- Calculations - 2:31
- Repeated Method - 2:02
- Code Group verification - 1:00
- Define the time history analysis - 3:24
- Calculations - 1:15
- Adding Displacement Ux - 1:10
- Final Result - 0:38
Steel Portal Frame
- Initial Setting for Portal Frame - 2:07
- Structural Analysis Setting - 0:29
- Grid information data - 1:18
- Define the axis and 3D View - 3:28
- Adding section and Modification - 7:44
- Draw column and rafter - 1:54
- Section problem solved - 1:56
- Toolbar Customisation - 0:49
- Division of Rafters - 1:19
- Division and Direction - 2:21
- Replication - 1:04
- Gable End Column and Rafter Defined - 3:05
- Modelling of Gable End Column and rafters - 1:14
- Move and Extend - 2:47
- Trimming in Robot - 2:37
- Gable End Column Drawn and extend - 1:15
- Local Axis Setting - 3:25
- Mirror in Robot Structural Analysis Professional - 1:22
- Define support and assign - 2:03
- Modelling of strut box - 4:24
- Calculations for mid point - 4:46
- 21.Modelling of bracing - 2:43
- Mirror Completed - 0:57
- Copy of Bracing - 0:38
- 24.Australian regional Code added - 1:30
- 25.Define section from Australian code - 1:19
- Node Generated For Bracing - 0:55
- Calculation for no of bracing - 1:11
- Copy the Bracing - 0:58
- Assign the Z section - 1:07
- Copy of Z bracing - 1:02
- Differerent color section - 1:14
- 32.Copy of bracing in remaining direction - 1:30
- Trimming Completed - 6:22
- Change member to Gable end rafters - 1:02
- Pinned releases to Z section - 0:39
- Pinned strut box - 0:27
- Rod bracing tension bar - 0:48
- Cladding - 1:03
- Cladding on the upper side - 0:42
- Copy of cladding in y direction - 0:57
- Cladding on sides - 3:15
- Cladding completed - 3:09
- Load ignore - 1:42
- Direction of load distribution - 0:41
- Load distribution from 2 way to one way - 0:54
- Load distribution sides - 4:08
- Cladding load distribution sides - 2:31
- Load distribution completed - 2:44
- Load Defined - 1:24
- Apply the various loads in RSA - 5:25
- Wind Load Simulation - 5:49
- Check various results related with structure - 1:46
- View and modified load combination table - 2:06
- Load combination defined - 8:38
- Releases to GEC and rafter - 2:07
- Run analysis and warning - 0:39
- Material Error solved - 2:18
- Deleting the overlapped member - 2:36
- Member extended and overlapping solved - 4:13
- Deal with instability type 3 - 2:17
- Modification of lateral bucking parameters - 4:32
- Set displacement limits - 0:49
- Column parameters setup - 1:31
- 64.Bracing ,strut and steel column modification - 2:13
- View of member type properties - 0:47
- Member type properties of rafters - 2:17
- Apply Member types defination completed - 2:28
- Group defined - 8:30
- Calculations - 2:33
- Check the Result - 2:59
- Redefined failed member section - 4:57
- All members got passed - 3:13
- Final Result !! - 3:23

View Full Curriculum

Autocad 2D & 3D Crash Course - Product Image

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Lifetime

Content

5.0 hours

Lessons

58

Autocad 2D & 3D Crash Course

Learn Autocad 2D & 3D in Short Amount of Time

By Civil Engineer's Destination | in Online Courses

Instead of wasting your lot of time learning the Autocad, you can exactly learn all these. Enrolling in this Autocad 2D & 3D Crash Course, you will be taught everything you need to learn about Autocad 2D and 3D in a short amount of time. Not only that, but you will also learn how to see the interpolation between 2D and 3D and what sets them apart.

4.7/5 average rating: ★ ★ ★ ★ ★ ★

Access 58 lectures & 5 hours of content 24/7
Learn Autocad 2D & 3D in a short amount of time
Know how to set limits
Know the 3 different ways to add new layer
Create wall plan, doors & blocks in Autocad
Discover extend command, insert text, set unit, toggle keys & more
Know the basic commands of Autocad in 3D

NOTE: Software NOT included.

Civil Engineer's Destination 4.1/5 Instructor Rating: ★ ★ ★ ★ ★ ★

The instructor is a professional structural engineer and having great knowledge of BIM. He has enriched experience in Planning, Architectural Design, Structural Design, and many more. He loves to teach and short out the problems of the students. He is a tech lover and loves to solve the problems in construction and architecture field.

Important Details

Length of time users can access this course: lifetime
Access options: desktop & mobile
Certificate of completion included
Redemption deadline: redeem your code within 30 days of purchase
Experience level required: intermediate

Requirements

Autocad (any version)

Course Outline

Autocad 2D
- Project Details - 2:21
- Initial Settings - 3:53
- Layer's Properties - 3:47
- Import layers in autocad - 1:30
- Boundary Line and set back distance - 3:48
- Trim and Fillet Command - 2:20
- Walls and wall thickness - 4:13
- More Advance Trim tool - 4:20
- Wall Plan completed - 7:47
- Create the opening for the doors - 5:35
- Remove the Unwanted Lines - 2:31
- Ready Made Doors in Autocad - 3:11
- Create the Doors in Autocad - 5:35
- Draw Window in Autocad - 7:29
- Fitting Window in Autocad - 16:46
- Drawing the Staircase - 8:17
- Create Hidden Symbol for Staircase - 2:47
- Up symbol Stairs - 1:52
- Insert Text in Autocad - 20:46
- Hatching inside the Wall - 2:40
- Annotation in autocad - 7:27
- How to make your plan looks more professional. - 13:59
Autocad 2D to 3D Conversion
- Initial Settings - 3:49
- Basic commands of Autocad 3D - 6:26
- More ready made shapes - 2:48
- Extrude Command - 4:46
- Loft command - 2:17
- Revolve Command - 2:08
- Sweep Command - 1:42
- PressPull - 12:33
- More important command - 4:41
- Understanding the 2D Plan - 1:02
- Basic Changes to 2d Plan for converting it into 3D - 4:33
- Creating WALLS IN AUTOCAD 3D - 5:20
- Windows and Doors GF - 14:10
- 1ST FLOOR Windows and Doors - 9:11
- Cantilever Slabs fitted - 3:31
- Creating and Fitting the Slab - 9:49
- Create and Join the Plinth Height - 1:14
- Creating 2D staircase - 12:35
- Modelling Staircase - 6:53
- Moving First Floor to Ground Floor - 1:15
- Balcony Slab Modelled - 1:47
- Head Room Created - 4:20
- Balcony Design - 4:28
- Parapet Wall Modelled - 8:22
- Create the Stairs for Entrance - 2:58
- Modelling and fitting the Window - 9:10
- Creating the Ventilators - 2:58
- Window for Staircase Region - 5:37
- Modelling the Doors - 4:33
- Colouring and Texturing - 6:09
- Final Colour & cleaning up the Model - 1:59
- Rendering in Autocad 3D - 13:16
- Basic of Walk Through Part 1 - 37:06
- Video Sample Part 1 - 1:34
- Walk Through Animation Part 2 - 2:06
- WALK Though inside the ROOM - 7:13

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Etabs Advance Steel Course - Product Image

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Lifetime

Content

8.0 hours

Lessons

135

Etabs Advance Steel Course

Learn about Steel Structures from Scratch to Pro

By Civil Engineer's Destination | in Online Courses

Welcome to Etabs Advance Steel Course where you will learn about the importance of the concept of Etabs from a steel perspective. Steel Structure is essential for structural engineering and structural design. Here, you will analyze and design the members of connections in etabs. You will also see how to solve model warnings and remove the instability of the structures in etabs.

5.0/5 average rating: ★ ★ ★ ★ ★

Access 135 lectures & 8 hours of content 24/7
Learn Etabs from steel perspective
Learn about advance analysis of steel structure
Make the right approach to creating joints
Define section property
Analyze deformed shapes
Understand the difference between shear connected frames & moment connected frames
Import sections
Analyze member forces

NOTE: Software NOT included.

Civil Engineer's Destination 4.1/5 Instructor Rating: ★ ★ ★ ★ ★ ★

The instructor is a professional structural engineer and having great knowledge of BIM. He has enriched experience in Planning, Architectural Design, Structural Design, and many more. He loves to teach and short out the problems of the students. He is a tech lover and loves to solve the problems in construction and architecture field.

Important Details

Length of time users can access this course: lifetime
Access options: desktop & mobile
Certificate of completion included
Redemption deadline: redeem your code within 30 days of purchase
Experience level required: intermediate

Requirements

Etabs software (any versions)
Connection Design Etabs v16

Course Outline

Basics Analysis
- Analysis of Simply Supported Steel Beam ( Self Load ) - 10:00
- Analysis of Fixed Beam - 7:57
- Analysis of Frame - 12:47
3D Steel Space Truss
- Initial Settings - 2:02
- Approach of Creating the Joints - 4:22
- Complete Modelling - 5:38
- Define Material & section Property - 2:32
- Assign section and Pinned Connection - 2:18
- Defining the load Pattern - 1:34
- Modification of Load Patterns - 3:24
- Applying the joint Load - 1:57
- Load Combination Defined - 1:03
- Analysis and Deformed Shapes - 4:56
- Design of the Truss - 3:27
- Member Forces Diagram - 2:18
- Material List & Optimisation - 6:05
Bill Board
- Initial Settings - 1:16
- Basic Joint Creation - 5:42
- Modelling Part 2 - 4:28
- Modiify the Load Pattern - 1:30
- Customisation of Tool Bars - 1:13
- Creating the Back Support - 6:11
- Joints for Banner Support Structure - 4:09
- Complete Basic Modelling - 10:47
- Define the Material - 0:39
- Frame Section Imported - 3:25
- Assign Section Property part 1 - 2:54
- Assign Section part 2 & Extruded View - 2:12
- Assign Pinned Support - 1:01
- Assigning the Realases to the Non -vertical Member - 8:20
- Define the Load Pattern - 1:52
- Modiify the Load Pattern - 1:30
- Define Slab & Model that slab - 1:40
- Apply the loads on the shells - 1:52
- Apply Loads on the Frame - 2:56
- Define the Load Combination - 1:19
- Set Analysis Option - 0:55
- How to tackle the Instability - 8:00
- Analysis & Deformed Shapes - 2:43
- Design of Members Part 1 - 5:58
- Design Part 2 - 11:16
Cilo Structure
- Initial Settings - 2:59
- Define the material - 0:44
- Importing the I Section - 3:12
- Importing the Channel Section - 1:18
- Modelling of Column & Rotation - 2:25
- Modelling of the Outer Periphery - 4:10
- Interior Modellling for the Cilo - 6:39
- Complete Modelling of One Section - 6:24
- Define & Model the Chequed Plate - 3:15
- Replication Methodology for Complex Structure - 7:01
- Basic Modellling for Story 2 - 5:14
- Second Story Modelling - 11:55
- Outer Pheriphery Story 3 - 4:38
- Apply the Basic Loads - 4:24
- Steel Connection in Etabs - 3:00
- Assign Support to Building - 2:25
- Modify Load Pattern - 2:35
- Design of Member - 2:28
- How to passes the failed section - 6:07
- Define the Load Combination - 1:20
- Complete Modelling of the Model - 3:34
- Modelling of Vertical Bracing - 9:28
- Applying various basic loads - 8:12
- Define more load Pattern - 1:08
- Modify Load Pattern - 2:35
- Define the Load Combination - 1:20
- Assign Support to Building - 2:25
- Define and Assign Diaphragm - 2:40
- Analysis and Deformed Shapes - 3:25
- Design of Member - 2:28
- How to passes the failed section - 6:07
- Member Forces - 2:08
- Steel Connection in Etabs - 3:00
Steel Building Design in Etabs
- Initial Settings - 2:05
- Define the Material - 0:58
- Import the Section Property - 2:12
- Auto Frame Defined - 2:59
- Master Story - 1:45
- Modelling of Column - 1:57
- Modelling of Beam - 4:03
- Define the Composite Beam - 1:18
- Modelling of Secondary Beam - 3:40
- Define & Model the Deck Section - 3:47
- Provide the Fixed Support - 1:54
- Define the Load Pattern - 1:36
- Modification of Loads - 2:15
- Apply loads on the Deck Section - 1:37
- Cladding in Etabs - 1:22
- Apply the Wind Load - 6:57
- Define the Load Combination - 1:04
- Analysis & Results - 6:35
- Design of Steel Member - 6:17
- Design of Composiite Beam - 1:35
- Detailing & Material List - 3:03
- Connection Design of Steel Building - 8:32
PEB SHED
- Initial Settings - 3:23
- Changing the Background colour - 0:58
- Free hand Joint Creation - 8:08
- Drawing some part of PEB Shed - 1:51
- Define the material - 1:16
- Define Frame Section - 4:34
- Define Non-Prismatic Section - 2:21
- Modelling of Non- Prismatic Section - 4:33
- Adding more Section - 7:19
- Modelling of Column - 5:58
- The Other Half(1) - 2:53
- Replication of complete Arrangement - 2:01
- Importing section & Modelling the Connecting Frame - 5:58
- Complete Modelling of PEB SHED - 19:04
- Define the Rod Section - 1:17
- Modelling of Roof Bracing - 3:25
- Side Bracing - 1:54
- Load Pattern Defined - 2:19
- Modifying the Seismic Load - 1:37
- Define the Response Spectrum - 1:45
- Define the Mass Source - 1:12
- Response Spectrum Load Cases - 2:37
- Define the Load Combination - 0:56
- Understanding the Baisic Loads - 6:52
- Applying the DL,WL & CL - 7:41
- Create Group - 6:00
- Applying the wind loads on the roofs - 9:52
- Groups Created for Columns - 7:12
- Applying Wind Loads on Column Sides - 7:46
- Applying Wind Loads at he ends - 5:02
- Modifying the Load Combination - 4:53
- Releases to the Members - 2:46
- Asssign Pinned Support to Structure - 1:18
- Define the Modal Cases - 1:02
- Design Preferences - 2:03
- Some Important Settings - 3:34
- Analysis and Analysis Result(2) - 3:59
- Designing of Members - 2:18
- How to passes the Failed the Passes Member - 6:53

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