Overview

Course OverviewAre you looking to enhance your skills in structural design and analysis? This course will provide you with the basic and advanced tools of CSI ETABS Ultimate 16.2.0, a leading software in structural engineering used for building design and analysis. By the end of this course, you'll be able to model, analyze, and design structural elements of a real 6-level residential building, including the incorporation of stairs, comparison of modeling systems, and foundation analysis with both ETABS and SAFE 2016 software.This course takes a practical approach by working on a real-world example, offering an in-depth understanding of the structural design process using industry-standard methods, such as the ACI 318-14 standard. You will not only learn how to model structural elements but also perform necessary calculations and generate a complete calculation report for a building project.Whether you're a student, professional engineer, or educator, this course is designed to equip you with valuable knowledge and hands-on experience with CSI ETABS Ultimate 16.2.0.What You Will LearnModel Structural Elements: Learn to model and design the structural components of a 6-level residential building using ETABS.Work with Foundations: Design and analyze foundations using SAFE 2016 and compare them with ETABS calculations.Advanced Structural Analysis: Incorporate soil-structure interaction (ISE) and embedment systems into your designs.Comprehensive Design Tools: Master the detailed design of columns, beams, and foundations in ETABS, adhering to ACI 318-14 and local standards (NTC-CDMX-2017).Create a Calculation Report: Formulate a professional calculation report based on the design and analysis performed in the software.Course ContentSection 1: IntroductionLecture 1: Introduction - Overview of the course objectives and software tools.Section 2: Pre-Dimensioned and SectionsLecture 2: Pre-Dimensioned Part 1 - Introduction to pre-dimensioned parts for structural design.Lecture 3: Pre-Dimensioned Part 2 - Continue with pre-dimensioned structural elements.Lecture 4: Definition of Grid and Materials in ETABS - Learn how to define the project grid and material properties in ETABS.Lecture 5: Definition of Sections - ETABS P1 - Define structural sections in ETABS for modeling.Lecture 6: Definition of Sections - ETABS P2 - Further define structural sections and elements.Section 3: Columns, Beams, and Slabs Drawing - ETABSLecture 7: Columns, Beams, and Slabs Drawing - ETABS P1 - Learn to draw columns, beams, and slabs in ETABS.Lecture 8: Columns, Beams, and Slabs Drawing - ETABS P2 - Continue drawing and defining elements in ETABS.Section 4: Staircase Drawing in ETABSLecture 9: Staircase Drawing in ETABS P1 - Introduction to modeling staircases in ETABS.Lecture 10: Staircase Drawing in ETABS P2 - Continue the staircase modeling process.Lecture 11: Staircase Drawing in ETABS P3 - Finalize the staircase model in ETABS.Section 5: Permanent and Variable LoadsLecture 12: Definition Permanent and Variable Loads - Define permanent and variable loads in your model.Lecture 13: Assignment Permanent and Variable Loads in ETABS - Assign loads in ETABS and understand their implications on the design.Lecture 14: Rigid Diaphragm and Effect of Short Column - Explore the concept of rigid diaphragms and short columns in seismic design.Section 6: Introduction to Seismic DesignLecture 15: Introduction to Seismic Design - Understand the basics of seismic-resistant design for structural projects.Section 7: DefinitionsLecture 16: NTC-CDMX-2017 P1 Standard - Understand the first part of the NTC-CDMX-2017 standard for structural design.Lecture 17: NTC-CDMX-2017 P2 Standard - Continue with the second part of the standard.Lecture 18: Spectrum Definition ETABS - Define the response spectrum for seismic analysis in ETABS.Lecture 19: Definition of Mass, EPD, Modes ETABS - Define mass properties, equivalent diagonal properties (EPD), and modes for analysis.Section 8: Load Combinations in ETABSLecture 20: Load Combinations in ETABS - Learn how to define and apply load combinations.Lecture 21: Rigidity Factor in the Nodes - Understand the rigidity factor for nodes and how it affects structural analysis.Lecture 22: Correction Sections and Vibration Mode - Address issues related to vibration modes and section corrections.Section 9: Column and Beam Design and AnalysisLecture 23: Column Design and Analysis - Design and analyze columns using ACI318-14 standards.Lecture 24: Beam Section Analysis - Analyze beam sections for strength and stability.Lecture 25: Dynamic Cut Correction - Perform dynamic cut corrections in your model.Lecture 26: Derivative Verification, 90% Mass, COL-VIG Major 1.5 - Verify mass distribution and column-vibration criteria.Section 10: Beam Design and DetailsLecture 27: Beam Design ACI318-14 P1 - Learn beam design using ACI318-14 standards.Lecture 28: Beam Design ACI318-14 P2 - Continue with beam design and analysis.Lecture 29: ETABS Beam Design - Utilize ETABS for detailed beam design.Lecture 30: Design of Detailed Beams of Drawings P1 - Finalize beam design for detailed drawings.Lecture 31: Design of Detailed Beams of Drawings P2 - Complete detailed beam design.Section 11: Column - Node DesignLecture 32: Column Design ACI318-14 P1 - Learn column design according to ACI318-14.Lecture 33: Column Design ACI318-14 P2 - Continue with the column design process.Lecture 34: Design of Detailed Flat Columns - Design flat columns for detailed construction plans.Lecture 35: Node Design ACI318-14 - Understand node design for column-beam joints.Lecture 36: Node Design ACI318-14 ETABS - Perform node design with ETABS tools.Lecture 37: Strong Column - Weak Beam Design ACI318-14-ETABS - Design according to the strong column-weak beam philosophy.Section 12: Foundation DesignLecture 38: Zapata Design ACI318-14 P1 - Introduction to foundation design (Zapata) with ACI318-14 standards.Lecture 39: Zapata Design ACI318-14 P2 - Continue with the design of foundations.Lecture 40: Zapata Design SAFE P1 - Work with SAFE 2016 for foundation design.Lecture 41: Zapata Design SAFE P2 - Continue foundation design with SAFE 2016.Lecture 42: Zapata Design SAFE P3 - Finalize foundation design using SAFE 2016.Section 13: Export Loads from ETABS to SAFELecture 43: Export Loads ETABS - SAFE P1 - Learn to export loads from ETABS to SAFE 2016 for foundation design.Lecture 44: Export Loads ETABS - SAFE P2 - Continue exporting data from ETABS to SAFE.Section 14: Working with ISELecture 45: Introduction to ISE - Understand soil-structure interaction and its importance.Lecture 46: Zapata Design in ETABS ISE P1 - Design foundations with ISE interaction in ETABS.Lecture 47: Zapata Design in ETABS ISE P2 - Continue with foundation design in ISE.Lecture 48: Zapata Design in ETABS ISE P3 - Finalize foundation design with ISE in ETABS.Section 15: Calculation MemoryLecture 49: Calculation Memory - Learn how to generate and present a comprehensive calculation memory report for your project.Why Enroll in This Course?Master Industry-Standard Tools: Learn how to design, analyze, and model structural elements using CSI ETABS Ultimate 16.2.0 and SAFE 2016.Hands-on Learning: Work with a real-world 6-level residential building project and gain practical experience.Professional Application: Whether you're preparing for professional practice or advancing your skills, this course will equip you to tackle structural design and analysis tasks confidently.Comprehensive Understanding: Dive deep into the technical aspects of building design, from the basics to advanced concepts like seismic design and soil-structure interaction.Enroll now to take your structural design and analysis skills to the next level with CSI ETABS Ultimate!

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