ETABS & SAFE Complete Building Design Course + Detailing from Udemy

Get ETABS & SAFE Courses at the price of one. This course entitled "ETABS & SAFE Complete Building Design Course + Detailing" is a structural analysis and structural design course for civil engineering students and working professionals.

(In the Autocad portion, the Creation of the Beam-Column layout is covered, Plus Detailing walkthrough)

1. Topics are covered from the basics.

2. Modeling Beam /Column /Slabs from scratch inside Etabs using Grid.

3. Learn to manipulate Grid.

4. Creating a beam-column layout in Autocad.

5. Importing the plan from Autocad into Etabs.

6. Assigning Self Weight.

7. Assigning Super Dead Loads as per IS 875 Part 1.

8. Assigning Live Loads as per IS 875 Part 2.

9. Calculating and Assigning Wall loads as per IS 875 Part 1.

10. Calculating and Assigning Over Head Water tank load.

11. Calculating and Assigning LIFT load.

12. Secondary Beam Concept.

13. Moment release Concept.

14. Performing Modal Checks.

15. Rectifying Modelling Errors.

16. Running Analysis.

17. Deflection Check in members.

18. SFD & BMD Check.

19. Axial Loads.

20. Reaction forces for Foundation design.

21. Perform Complete Analysis and Design.

22. Learn how to pass the failing members.

23. CODE Books Covered:

IS 456:2000; IS 13920.

24. Static Earthquake Analysis.

25. Wind Load Analysis.

26.

27. Working with

28. Slab Detailing with Etabs and Excel Sheets.

29. Beam Detailing with Etabs.

30. Column Detailing with Etabs and Excel Sheets.

31. Footing Detailing Excel Sheets.

32. Reference Autocad Detailing Drawings are provided.

SAFE Foundation Course:

Learn to import Etabs data into SAFE software.

Learn to Model footings in SAFE.

Analyze and Design footings in SAFE.

Types of Footings Covered:-

Isolated footing.

Eccentric footing.

Combined footing.

Combined Eccentric footing.

Trapezoidal footing.

Strap footing.

Residential Building's Foundation Design.

Commercial Building's Foundation Design.

This course teaches you all the essential things you need for designing an RCC building. The course is designed in such a way that the student does need not to have any prior experience with the software. The course starts at the level of beginners, with the basic creation of properties, modeling, and load application. Importing of the plan from AutoCAD into Etabs is also covered. We will create load patterns, load cases, and also base fixities for the modal. Once the building is designed we will run the analysis and reiterate the design. This course ends at the advanced stage where students will be thought how to make the structure safe and economic from the industry point of view. The biggest plus point of Etabs is the representation of the analyzed results with graphs, and colors. This way of result representation is way better than Staad pro or sap2000. This plus point of Etabs helps us design the structures faster.

This course is both for civil engineers, and people who are structural engineers.

Indian Codes such as IS 456: are covered from a design perspective.

What's inside

Syllabus

How to create a beam column layout in Autocad and import it into Etabs.

The overview of the entire course.

What you will learn in this course and the approach of it.
Please do download the necessary resources.

Modeling in Etabs by using Grid Option.

STEP-1

ENTERING BASIC INPUT DATA.

(CODES & UNITS USED)

STEP -2

DEFINE NEW MATERIALS.

(CONCRETE & REBARS)

STEP -3

DEFINE FRAME SECTIONS.

(BEAM, COLUMN & SLABS)

STEP -4

CHECK SNAP OPTIONS.

STEP-5

MODEL THE STRUCTURE BY

USING VARIOUS DRAW TOOLS.

(GRID METHOD)

STEP-6

DEFINE THE DEAD & LIVE LOADS.

STEP-7

ASSIGN THE LOADS.

STEP-8

DEFINE THE LOAD COMBINATIONS.

STEP-9

CHECK MODEL.

STEP-10

RUN ANALYZE.

STEP-11

DESIGN THE STRUCTURE.

(GET STEEL VALUES)

In this lecture, we will discuss four simple examples. We will see that the results obtained from Etabs are the same as the results obtained by manual calculation.

In this lecture, you will learn how to model a building in Etabs 2018.

In this video, you will learn the basic interface of SAFE, plus you will learn to define materials in safe.

Footings of residential buildings are being designed in this step.

This is a basic walkthrough of the analysis process.

In this video, you will work on an example problem of a combined footing.

In this lesson, you will be taught how to carry out detailing in Etabs 2016.
How to import drawings directly into the Autocad.

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Covers essential aspects of RCC building design, starting from basic concepts to advanced industry practices, making it suitable for both students and professionals

Uses ETABS and SAFE software, which are widely employed in the structural engineering industry for analysis and design, enhancing practical skills

Includes detailing with ETABS and Excel sheets, along with AutoCAD reference drawings, providing a comprehensive approach to structural design and documentation

Focuses on Indian Standards (IS 456 and IS 13920), which is highly relevant for civil engineers practicing in India or working on projects adhering to Indian codes

Requires familiarity with AutoCAD for creating beam-column layouts, which may necessitate prior experience or additional learning for some users

Covers software ETABS 2016 and ETABS 2018, which may not reflect the latest versions, potentially requiring users to adapt to newer interfaces and features in practice

Reviews summary

Comprehensive structural design with etabs & safe

Based on the provided course description and syllabus, this course offers a comprehensive overview of structural analysis and design using ETABS and SAFE software, tailored for civil and structural engineers. It covers topics from basic modeling and load application to advanced analysis and design principles, incorporating Indian codes (IS 456, IS 13920). The course structure suggests a step-by-step approach with practical examples and detailing walkthroughs, aiming to provide skills applicable from a beginner level up to an industry point of view. Please note that this analysis is based solely on the course outline and does not reflect actual student reviews, as review data was not provided.

Utilizes IS codes for design procedures.

"The course specifically covers IS 456:2000 and IS 13920."

"It applies IS 875 Part 1 & 2 for loads."

"This focus makes it highly relevant for work governed by these standards."

Includes lessons on common software problems.

"There are lectures addressing issues like importing DXF files in Etabs 21."

"It covers how to handle files from different Etabs versions."

Structured learning from basics upward.

"The course is designed to start from the level of beginners."

"It follows a logical flow from basic inputs to running analysis and design."

"It appears structured step-by-step with clear sections on modeling, loading, analysis, and design."

Covers both ETABS and SAFE software.

"It covers both ETABS and SAFE for complete building design."

"The course outlines using both major software for analysis and design."

"I see topics listed for both ETABS for superstructures and SAFE for foundations."

Includes real-world examples and detailing steps.

"It includes practical examples like residential and commercial buildings."

"The syllabus covers creating detailing drawings and using Excel sheets."

"There are lessons on design checks and rectifying failing members, which seems practical."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in ETABS & SAFE Complete Building Design Course + Detailing with these activities:

Review Structural Analysis Principles

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Reinforce your understanding of fundamental structural analysis concepts. This will provide a solid base for understanding how ETABS and SAFE perform calculations.

Browse courses on Structural Analysis

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Review textbooks or online resources on structural analysis.
Work through example problems related to beam and frame analysis.
Focus on understanding concepts like shear force, bending moment, and deflection.

Practice AutoCAD Beam-Column Layout Creation

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Improve your proficiency in creating beam-column layouts in AutoCAD. This will streamline the process of importing plans into ETABS.

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Create several beam-column layouts of varying complexity in AutoCAD.
Practice scaling, purging, and exporting the layouts in DXF format.
Ensure the layouts are clean and accurate for import into ETABS.

Review 'Design of Reinforced Concrete Structures' by Jack McCormac

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Gain a deeper understanding of reinforced concrete design principles. This will help you interpret the results and design recommendations provided by ETABS and SAFE.

View Design of Reinforced Concrete, 10th Edition on Amazon

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Read chapters related to beam, column, and slab design.
Study the examples provided in the book.
Relate the concepts to the ETABS and SAFE workflow.

Four other activities

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Show all seven activities

Document a Simplified Building Design Workflow

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Solidify your understanding by creating a step-by-step guide. This guide will cover the process of designing a simple building using ETABS and SAFE.

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Choose a simple building design (e.g., a single-story residential building).
Document each step of the design process in ETABS and SAFE, including modeling, analysis, and design.
Include screenshots and explanations of key parameters and results.
Share your documentation with peers for feedback.

Study 'Reinforced Concrete Mechanics and Design' by Wight and MacGregor

Show steps

Gain a more thorough understanding of the underlying principles of reinforced concrete design. This will allow you to make more informed decisions when using ETABS and SAFE.

View Reinforced Concrete: Mechanics and Design,... on Amazon

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Focus on chapters related to advanced analysis techniques and seismic design.
Compare the design approaches presented in the book with the code provisions used in ETABS and SAFE.
Consider how the advanced concepts can be applied to improve the accuracy and reliability of your designs.

Develop an Excel Sheet for Footing Detailing

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Enhance your detailing skills by creating an Excel sheet. This sheet will automate the process of footing detailing based on ETABS/SAFE results.

Show steps

Review the course materials on footing detailing and Excel sheet usage.
Design an Excel sheet that takes footing dimensions and reinforcement requirements as input.
Implement formulas to calculate bar spacing, cut-off lengths, and other detailing parameters.
Test the Excel sheet with various footing designs and compare the results with manual calculations.

Design a Multi-Story Building

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Apply your knowledge by designing a complete multi-story building. This project will integrate all the concepts learned in the course.

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Select a realistic building design with architectural plans.
Model the building in ETABS, including all structural elements and loads.
Perform static and dynamic analysis, including earthquake and wind load analysis.
Design the structural members according to relevant codes.
Detail the footings in SAFE and create detailing drawings.

Career center

Learners who complete ETABS & SAFE Complete Building Design Course + Detailing will develop knowledge and skills that may be useful to these careers:

Structural Engineer

A structural engineer analyzes, designs, and oversees the construction of buildings and other structures, ensuring their safety and stability. This course, focusing on ETABS and SAFE software, directly aligns with the core responsibilities of a structural engineer. The course covers modeling, analysis, and design of structural elements, which are essential skills for this role. Specifically, the course's emphasis on Indian Standard codes like IS 456 and IS 13920 provides crucial knowledge for engineers working on projects in India. Understanding how to use ETABS and SAFE, as taught in this course, helps a structural engineer efficiently design safe and economical structures, by letting them represent analyzed results with graphs and colors.

See salaries and explore the career path for Structural Engineer

Civil Engineer

A civil engineer designs, constructs, supervises, and maintains infrastructure projects and systems, including roads, buildings, airports, tunnels, bridges, and systems for water supply and sewage treatment. This course emphasizing structural analysis and design using ETABS and SAFE software, is highly relevant to the role of a civil engineer, particularly those involved in building projects. A civil engineer will find the course's coverage of modeling beams, columns, and slabs, along with load assignment and analysis techniques, invaluable. The civil engineer can use this course to learn how to design residential and commercial buildings with proficiency.

See salaries and explore the career path for Civil Engineer

Structural Drafter

A structural drafter creates detailed drawings and plans for structures, based on the designs of structural engineers. This course is directly relevant, offering a strong foundation in structural design principles and software. The course covers the creation of beam column layouts in AutoCAD, and detailing in ETABS, skills which are essential for a structural drafter. A structural drafter will also benefit from understanding how to interpret analysis results and incorporate them into their drawings. The added knowledge of using design codes like IS 456 helps the structural drafter create accurate and compliant drawings. A structural drafter can benefit from how this course covers the relation between design software and Autocad.

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Architectural Engineer

An architectural engineer applies engineering principles to the design, construction, and operation of buildings. This course is directly applicable to the structural aspects of architectural engineering. The architectural engineer will learn how to model and analyze buildings in ETABS, and how to design foundations in SAFE. In particular, understanding how to account for various loads, including wind and seismic forces, as taught in the course, helps an architectural engineer ensure the structural integrity of their designs. Proficiency with software like ETABS and SAFE also allows the architectural engineer to collaborate effectively with structural engineers on building projects.

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Design Engineer

A design engineer is responsible for creating and developing designs for various products and systems. Within the context of building design, this course offers valuable skills in structural design. The course's focus on ETABS and SAFE software helps design engineers efficiently analyze and design structural components of buildings. A design engineer will find the detailed walkthroughs of modeling, load assignment, and analysis particularly useful. Furthermore, the course's emphasis on Indian Standard codes provides a solid foundation for designing structures that comply with local regulations. Using this course, a design engineer will become intimately familiar with the use of structural analysis software.

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Lecturer

A lecturer, often at a university or college, delivers instruction on a specific subject matter. This course can enhance a lecturer's knowledge base, particularly if they teach courses related to structural engineering or civil engineering. The lecturer will learn how to use ETABS and SAFE for structural analysis and design, which they can then incorporate into their lectures and assignments. In particular, the course's coverage of Indian Standard codes provides valuable context for teaching design principles relevant to the region. The lecturer will be capable of presenting real world applications and modern software techniques.

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Project Engineer

A project engineer assists in the planning, design, and execution of engineering projects. This course provides a solid foundation in structural analysis and design, which is valuable for project engineers working on building projects. The project engineer will gain an understanding of how structures are modeled, analyzed, and designed using software like ETABS and SAFE. The project engineer also benefits from the course's coverage of load assignment, analysis techniques, and Indian Standard codes. This course therefore offers a thorough overview of the entire process of designing an RCC building for a project engineer.

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CAD Technician

A Computer Aided Design (CAD) technician creates technical drawings and plans using CAD software. This course expands their skillset by introducing them to structural analysis and design principles using ETABS & SAFE. This course will be useful specifically for the Autocad portion, where the Creation of the Beam-Column layout is covered, Plus Detailing walkthrough. This helps a CAD technician become familiar with the structural design process, and also to collaborate more effectively with structural engineers. A CAD technician with this training can improve communication, save time, and optimize the design.

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BIM Modeler

A Building Information Modeling (BIM) modeler creates digital representations of physical and functional characteristics of a building. This course provides valuable skills for BIM modelers involved in structural projects. The course's focus on modeling in ETABS, including creating beam, column, and slab models, directly translates to BIM workflows. A BIM modeler will learn how to incorporate structural analysis results into the BIM model, improving its accuracy and usefulness for design and construction. In particular, the course's coverage of importing AutoCAD plans into ETABS helps streamline the BIM modeling process. For a BIM modeler, this course may be helpful for its coverage of modelling in ETABS.

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Consultant

A consultant provides expert advice and guidance to clients on a particular area of expertise. For a consultant specializing in structural engineering or building design, this course offers a valuable update on industry practices and software. The consultant will gain hands-on experience with ETABS and SAFE, and will benefit from the course's coverage of Indian Standard codes. This course is advantageous for familiarizing oneself with efficient design of safe and economical structures, by representing analyzed results with graphs and colors. The consultant can leverage this knowledge to provide informed recommendations to their clients. Consultants may find this course particularly useful if they need to provide hands on services.

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Researcher

A researcher conducts investigations and experiments to expand knowledge in a particular field. For researchers focusing on structural engineering or building design, this course provides hands-on experience with industry-standard software. The researcher will learn how to model, analyze, and design structures using ETABS and SAFE. A researcher will learn new methods for testing design techniques and theories. The exposure to Indian Standard codes also offers a valuable perspective on regional design practices. As a researcher, you will add an important tool to your toolbox.

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Construction Manager

A construction manager plans, coordinates, and oversees construction projects from start to finish, by managing budgets, schedules, and subcontractors. While this course is focused on structural design, it offers construction managers a valuable understanding of the engineering principles that underpin building projects. The construction manager can learn about structural analysis and design, it helps them better understand the challenges and considerations involved in ensuring the structural integrity of a building. In particular, the course's coverage of Indian Standard codes provides context for construction managers working on projects in India. A construction manager may improve their communication with structural engineers by taking this course.

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Quantity Surveyor

A quantity surveyor manages the costs of construction projects, ensuring that they remain within budget. While this course is primarily focused on structural design, it provides quantity surveyors with valuable insights into the materials and labor required for structural elements. The quantity surveyor will benefit from understanding the design process and the factors that influence material quantities. In particular, the course's use of ETABS and SAFE software provides a glimpse into how structural engineers optimize designs, which can inform cost estimation. Because this course is not primarily cost-focused, a quantity surveyor may find it only situationally beneficial.

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Technical Writer

A technical writer prepares instruction manuals, how-to guides, journal articles, and other supporting documents to communicate complex and technical information more easily. This course enhances a technical writer's understanding of structural analysis and design principles, allowing them to create more accurate and informative documentation for software like ETABS and SAFE. The technical writer will particularly benefit from the course's detailed explanations of modeling techniques, load assignment, and analysis procedures. The technical writer will be better able to create detailed instructions.

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Urban Planner

An urban planner develops plans and programs for the use of land, helping to create communities, accommodate population growth, and revitalize physical facilities in towns and cities. This course provides a high-level understanding of the structural considerations involved in building design. While not directly applicable to all aspects of urban planning, the course helps the urban planner appreciate the engineering challenges and constraints associated with building projects. Using this structural focus, the urban planner can make more informed decisions about land use and development. The urban planner will gain a better understanding of the structural challenges involved in urban planning.

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ETABS & SAFE Complete Building Design Course + Detailing

What's inside

Syllabus

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Reviews summary

Comprehensive structural design with etabs & safe

Activities

Career center

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