CSI ETABS Professional Training Series from Udemy

What's inside

Syllabus

CSI ETABS - 03 - define Mass Source (For Lateral analysis) | Part 9

Introduction , Draw grids , Reference planes and points

All the files are present in the exercise folder.

CSI ETABS - 01 - How to draw grid Lines manually in ETABS | Part 2

CSI ETABS - 01 - Draw General Grid, Reference points & Reference Planes | part 3

New Project

CSI ETABS - 02 - Create New Project (Model) | Part 1

CSI ETABS - 02 - Introduction (Layout) | Part 2

Define Properties, Material, Section, Mass source, Load pattern, load combs

CSI ETABS - 03 - Define material Property | Part 1

CSI ETABS - 03 - Define Section Properties + Section Property Modifiers | Part 2

CSI ETABS - 03 - Load Pattern (Gravity Loads + Earthquake (seismic) Loads |Part3

CSI ETABS - 03 - Wind Loads, with two methods | Part 3

CSI ETABS - 03 - Define Load combination (Manual + Auto) | Part 5

CSI ETABS - 03 - Meshing for Slabs, Walls ,beams and Columns | Part 6

CSI ETABS - 03 - Assign Loads to structure as per ASCE (Part a) | Part 7

CSI ETABS - 03 - Assign Loads on Beam (Point Load, UDL , VDL) (Part b) | Part 8

CSI ETABS - 03 - Pier Labels and Spandrel Labels (Part 1) | Part 10 M

CSI ETABS - 03 - Pier Labels and Spandrel Labels (Part B) | Part 11

P Delta Analysis Check (How to include P-delta effects)

CSI ETABS - 04 - P Delta Analysis (How to include P-delta effects) | Part 1

CSI ETABS - 04 - P Delta Analysis (How to include P-delta effects) | Part 2

Center of Mass and Center of Rigidity (and Building Eccentricity Check)

CSI ETABS - 05 - Center of Mass and Center of Rigidity Calculations

CSI ETABS - 06 - Building Eccentricity Check (Irregularity check)

Mass (Weight) Irregularity check as per ASCE 7 -16

CSI ETABS - 08 - Mass (Weight) Irregularity check as per ASCE 7 -16

Story Displacement, Story Drift and Story Drift checks as per UBC 97 & ASCE 7-16

CSI ETABS - 09 - Story Displacement, Story Drift and Story Drift Ratio | Part 1

CSI ETABS - 09 - Story Displacement, Story Drift check as UBC 97 | Part 2

CSI ETABS - 09 - Story Drift check as per ASCE-7 16 | Part 3

Torsion Irregularity check

CSI ETABS - 10 - Torsion Irregularity check | Part 1

CSI ETABS - 10 - Torsion Irregularity check | Part 2

Modal Analysis Case [ Eigen or Ritz Vectors ], Time period

CSI ETABS - 11 - Modal Analysis Case [ Eigen or Ritz Vectors ] ,time period

Local and Global Axis (Moment 2-2 3-3 and Shear 2-2 3-3 Understanding

CSI ETABS - 12 - Local and Global Axis (Moment 3-3, Moment 2-2, Shear 2-2,

CSI ETABS - 12 - Beam (Moment 3-3, Shear 2-2) Column (Moment 33,22 Shear 33, Sh

Concrete Beam Design with Analysis Verification

CSI ETABS - 13 - Concrete Slab Design with Strip Based Method and Finite Element Method (FEM)

CSI ETABS - 13 - Concrete Slab Design with Strip Based Method and FEM

Truss Analysis Examples

CSI ETABS - 14 - Truss Analaysis (Example 3.2) book, part 1

CSI ETABS - 14 - Truss Analysis (Example 14.3), part 2

CSI ETABS - 14 - Truss Analysis (Example 14.5) (Settlement) part 3

Steel structure analysis and design

CSI ETABS - 15 - Example 4.1 Anaylze and design of STEEL Beam

Design of Steel Frame Building with connection design

CSI ETABS - 16 - Design of Steel frame building part 1/3

CSI ETABS - 16 - Design of Steel frame building part 2/3

CSI ETABS - 16 - Steel Connection design in ETABS part 3/3

Full building design of TV Studio (with no column in the hall)

CSI ETABS - 17 - Design of TV Studio Building | Part 1

CSI ETABS - 17 - Design of TV Studio Building | Part 2

Equivalent lateral load Analysis Method

CSI ETABS - 18 - Equivalent lateral load or Analysis Method | part 1

CSI ETABS - 18 - Equivalent lateral load or Analysis Method | part 2

Response Spectrum Analysis (RSA) Method

CSI ETABS - 19 - Response Spectrum Analysis (RSA) Method part 1

CSI ETABS - 19 - Response Spectrum Analysis (RSA) Method part 2

Time History Analysis

How to download Earthquake Ground Motion Records

Time History Analysis : Part 1

Time History Analysis : Part 2

Shear Wall Design with three methods

Shear Wall Design Example 1 with detail concept.

Shear Wall Design Example 2 with,Simplified C & T, Uniform & General reinforcing

Detailing in ETABS and with Seperate CSI Detailing v3.1 software

CSI ETABS - 23 - Detaling in ETABS and how to read drawings generated

Download link for CSI DETAILING v3.1

https://mega.nz/#F!hXglXKAD!e8FxAUD60lqxHT2zZNUbhQ?IXZAVaQb

Password is written on the zip file, password is the website name, So

Password = www.civilmdc.com

How to open etabs file into different versions

CSI ETABS - 25 - How to open etabs file into different versions

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 CSI ETABS Professional Training Series with these activities:

Review Structural Analysis Principles

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Reinforce your understanding of fundamental structural analysis concepts, which are essential for effectively using ETABS for structural design and analysis.

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.
Familiarize yourself with concepts like shear force, bending moment, and deflection.

Structural Analysis (9th Edition)

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Reinforce your understanding of structural analysis principles, which are essential for effectively using ETABS for structural design and analysis.

View Mechanics of Materials, eBook, SI Edition on Amazon

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Read the chapters related to determinate and indeterminate structures.
Work through example problems in the book.
Focus on understanding the concepts of stiffness and flexibility.

Practice Drawing Shear and Moment Diagrams

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Improve your ability to quickly and accurately draw shear and moment diagrams, which are crucial for understanding the behavior of structures under load in ETABS.

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Find practice problems involving various beam loading conditions.
Draw shear and moment diagrams for each problem.
Check your solutions against provided answers or online calculators.

Four other activities

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Model a Simple Structure in ETABS

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Solidify your understanding of ETABS by modeling a simple structure, such as a single-story frame, and performing basic analysis.

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Choose a simple structural system, like a one-bay, one-story frame.
Define material properties and section properties in ETABS.
Apply loads and run a static analysis.
Review the results and compare them to hand calculations or other software.

Seismic Design Manual (AISC 325)

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Understand seismic design principles, which are essential for accurately modeling and analyzing structures subjected to earthquake loads in ETABS.

View Seismic Design Manual, 3rd Edition on Amazon

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Review the chapters related to seismic design categories and detailing requirements.
Study the examples provided in the manual.
Relate the code provisions to the ETABS modeling process.

Explore Advanced ETABS Tutorials

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Deepen your ETABS skills by exploring advanced tutorials that cover topics such as dynamic analysis, nonlinear analysis, and advanced modeling techniques.

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Search for online tutorials on advanced ETABS topics.
Follow the tutorials step-by-step, paying attention to the underlying concepts.
Try to apply the techniques learned in the tutorials to your own projects.

Prepare a Presentation on ETABS Modeling Techniques

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Consolidate your knowledge and improve your communication skills by preparing a presentation on ETABS modeling techniques for a specific type of structure.

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Choose a specific type of structure, such as a high-rise building or a bridge.
Research best practices for modeling that type of structure in ETABS.
Create a presentation that covers the key modeling techniques and considerations.
Practice your presentation and get feedback from others.

Career center

Learners who complete CSI ETABS Professional Training Series will develop knowledge and skills that may be useful to these careers:

Structural Engineer

A Structural Engineer designs and analyzes structures, ensuring their stability and safety. This course, focusing on CSI ETABS, directly aligns with the software skills needed for this role. A structural engineer uses software like ETABS to model structures. With a focus on topics like earthquake and wind loads, as per code ASCE 7-16 and UBC 97, this course helps build a foundation to analyze and design structures capable of withstanding various environmental forces. The course's coverage of P-Delta checks, equivalent static force method, response spectrum analysis, and time history analysis are all directly applicable to the work of a structural engineer performing complex structural analysis.

See salaries and explore the career path for Structural Engineer

Seismic Analyst

Seismic Analysts specialize in assessing the impact of earthquakes on structures. This course directly helps hone the skills needed for seismic analysis using CSI ETABS. As a seismic analyst, you will learn to apply earthquake loads, perform response spectrum analysis, and conduct time history analysis. The course's focus on code compliance with ASCE 7-16 and UBC 97 ensures that the analyses are performed according to industry standards.

See salaries and explore the career path for Seismic Analyst

Consulting Engineer

Consulting Engineers provide expert advice on engineering projects to clients. The knowledge from this course is directly applicable to structural analysis and design using CSI ETABS. As a consulting engineer, you will offer services to clients, including structural modeling, code compliance checks, and advanced analysis techniques. The course's coverage of earthquake and wind loads, P-Delta checks, and response spectrum analysis equips you with the skills to provide informed recommendations.

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Civil Engineer

Civil Engineers plan, design, and oversee the construction and maintenance of infrastructure projects. While the field is broad, this course is particularly useful for civil engineers specializing in structural design. As a civil engineer, you will gain practical knowledge of using CSI ETABS for structural modeling. The ability to import grids from AutoCAD, define materials and frame sections, and apply load combinations provides a practical skillset. The course modules on concrete slab design, shear wall design, and steel structure analysis are directly applicable to structural components commonly found in civil engineering projects.

See salaries and explore the career path for Civil Engineer

Structural Drafter

Structural Drafters prepare detailed drawings and plans for structures. This course builds skills in using CSI ETABS, enhancing ability to prepare technical drawings for structural projects. As a structural drafter, you will learn to import grids from AutoCAD, define materials, and create structural models. The course's modules on detailing in ETABS are particularly relevant for generating accurate and comprehensive drawings that structural engineers and construction teams rely on.

See salaries and explore the career path for Structural Drafter

Architectural Engineer

Architectural Engineers focus on the structural and mechanical systems of buildings. This course provides valuable skills in structural analysis using CSI ETABS, a tool frequently used in the field. As an architectural engineer, you will find the course's coverage of earthquake and wind loads, P-Delta checks, and modal analysis directly relevant to designing safe and efficient buildings. The course's emphasis on code compliance with ASCE 7-16 and UBC 97 is also critical for ensuring buildings adhere to industry standards. The modules on detailing in ETABS are essential for translating designs into constructible plans.

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Wind Engineer

Wind Engineers study the effects of wind on structures to ensure their safety and stability. The skills gained from this ETABS course are relevant to wind engineering. As a wind engineer, you will learn how to apply wind loads, perform structural modeling checks, and analyze building eccentricity. The course's adherence to ASCE 7-16 standards is directly applicable.

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CAD Technician

CAD Technicians create technical drawings using computer-aided design software. This course enhances drafting skills for structural projects, as it covers importing grids from AutoCAD into CSI ETABS. As a CAD technician, you will gain skills to prepare structural models. The course's detailing in ETABS can inform the generation of shop drawings. Furthermore, you will have a better understanding of structural components and their design parameters.

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Forensic Engineer

Forensic Engineers investigate structural failures to determine their cause. This course, with its emphasis on structural analysis using CSI ETABS, provides essential skills for understanding how structures behave under different conditions. As a forensic engineer, you will find the course's coverage of earthquake and wind loads, P-Delta checks, and modal analysis invaluable for reconstructing failure scenarios. The course's focus on code compliance with ASCE 7-16 and UBC 97 is also critical for assessing whether a structure met design standards.

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Research Engineer

Research Engineers conduct studies to improve engineering practices and develop new technologies. This course provides a strong foundation in structural analysis using CSI ETABS, which can be valuable for research projects related to structural behavior. As a research engineer, you may use the software to simulate different structural scenarios, test new materials, and validate design methodologies. The course's coverage of advanced analysis techniques, such as response spectrum analysis and time history analysis, is also beneficial for conducting cutting-edge research.

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Bridge Engineer

Bridge Engineers specialize in the design, construction, and maintenance of bridges. This course may be useful, because while it does not focus solely on bridges, the structural analysis principles taught using CSI ETABS are applicable to bridge design. As a bridge engineer, you may find the modules on load combinations, P-Delta analysis, and response spectrum analysis relevant to understanding the behavior of bridge structures under different loads. The course's coverage of steel structure analysis also provides a foundation for designing steel bridge components.

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Lecturer

Lecturers teach engineering principles and software applications to students in higher education. This course helps become proficient in CSI ETABS, a widely used tool in structural engineering. As a lecturer, you will be able to impart knowledge to students, covering topics like earthquake and wind loads, P-Delta checks, and response spectrum analysis. The course's emphasis on code compliance with ASCE 7-16 and UBC 97 ensures that the curriculum aligns with industry standards.

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Construction Manager

Construction Managers oversee construction projects, ensuring they are completed on time and within budget. While this course is not directly related to project management, it provides a construction manager with valuable insight into the structural design process. Understanding how structural engineers use software like CSI ETABS to analyze and design structures helps a construction manager better coordinate with the design team. The course's focus on code compliance with ASCE 7-16 and UBC 97 also allows a construction manager to have informed discussions about structural safety.

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Building Inspector

Building Inspectors examine buildings to ensure they comply with safety codes and regulations. While this course is not directly focused on building inspection, it provides a building inspector with a better understanding of structural design principles and the role of software like CSI ETABS in ensuring structural integrity. By learning about the various load combinations, analysis methods, and code requirements covered in the course, a building inspector can better assess the structural safety of buildings.

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Geotechnical Engineer

Geotechnical Engineers investigate soil and rock conditions to assess their suitability for construction. While this course focuses on structural analysis, it provides a geotechnical engineer with a better understanding of how structural loads are transferred to the ground. By learning about the various load combinations and analysis methods used in CSI ETABS, a geotechnical engineer can better anticipate the demands placed on foundations. The course may inform the design of foundations based on the structural loads.

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CSI ETABS Professional Training Series

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