Advance Study in RCC Building Design and Practices- ETABS and Manual Calculation (STRC-01)

Ilustraca Academy

Combined Course on STAAD. Pro & RCDC for RCC Building Design and Practices (STRC-07)

Combined Course on ETABS & RCDC for RCC Building Design and Practices (STRC-04)

LONG TERM DEFLECTION CHECK FOR FLOOR SYSTEM USING ETABS/SAFE

Course Title: Steel Connection Design Essentials: As per IS Code\nCourse Content:\n1. Introduction to Steel Connections\no Importance of connections in steel structures.\no Overview of IS 800:2007 for steel design.\n2. Connecting Elements - Bolts\no Types and Grades of Bolts.\no Capacity Calculation of Bolts (shear, tension, and combined forces).\no Use of Bolts in Connections.\n3. Connecting Elements - Welds\no Types and Grades of Welds.\no Capacity Calculation of Welds.\no Use of Welds in Connections (welded joints and their applications).\n4. Design and Detailing of Beam-Beam Connections\no Beam-to-Beam (B to B) Shear Connections.\no Beam-to-Beam (B to B) Moment Connections.\n5. Design and Detailing of Beam-Column Connections\no Beam-to-Column (B to C) Shear Connections.\no Beam-to-Column (B to C) Moment Connections.\no Stiffness Classification:\n Rigid, semi-rigid, and pinned connections.\n6. Design and Detailing of Bracing Connections\no Bracing to Member Connections.\no Bracing to Bracing Connections.\n7. Design and Detailing of Splice Connections\no Beam-to-Beam (B to B) Splice Connections.\no Column-to-Column (C to C) Splice Connections.\n8. Design and Detailing of Column-Base Plate Connections\no Column-to-Base Plate (C to BP) Shear Connections.\no Column-to-Base Plate (C to BP) Moment Connections.\no Pinned and Roller Connections.\n9. Introduction to Ductile Design and Detailing of Connections\no Principles of ductile design for steel connections.\no Application of ductile design.\n10. Software Tools for Connection Design\no Introduction to software tools for steel connection design - IDEA StatiCa, Ram Connection, OSDAG.\no Practical applications using software.\nPrimary Code:\n• IS 800:2007 - Indian Standard for General Construction in Steel (Code of Practice).\nOther Codes to be used: \n• AISC 360 - American Institute of Steel Construction (AISC) Specification for Structural Steel Buildings.\n• EN 1993-1-8 - Eurocode 3: Design of steel structures, Part 1-8: Design of joints.\n\n

Steel Connection Design Essentials: As per IS Code (STRC-09)

<p>Time Period Calculator for RCC Building as per IS 1893 (Part 1) : 2016 and IS 16700 : 2023</p>

Time Period Calculator for RCC Building as per IS 1893 (Part 1) : 2016 and IS 16700 : 2023

Comprehensive Study in RCC Building Design and Practices- STAAD. Pro and Manual Calc. (STRC-02)

This tool will help you to generate load combinations in the format of ETABS interactive database and works with ETABS v19 and available higher version till date that is v22.\n\nThis tool can also be used for SAFE and SAP2000. User have to take care of the format of the interactive database available in those programs.

<p>This tool will help you to generate 100s load combinations very easily.</p>

Load Combination Generator Tool for STAAD. Pro

RCC Building Superstructure\nBuilding Foundation Design\nManual Calculation\nETABS, SAFE, STAAD, RCDC

Ductile design of RCC beam-column joint using manual calculation, understand detail claculation in ETABS and STAAD. Pro as per IS13920:2016

Advance Study in Structural Design of \nFoundations as per IS Code \n\nMode of Course- Online Pre-recorded (Android / IOS / PC) \nExpected Total Duration of Course- 80 hours \nCourse Validity- 2 years \n** Dedicated Whats App group for doubt clearing

Seismic Analysis of Buildings: IS 1893 (Part 1): 2016 Explanatory and STAAD. Pro Application\n\n1. Fundamental idea behind seismic analysis\n2. Introduction to IS code for seismic analysis\n3. Clause wise explanation of IS 1893 (Part 1) : 2016\n4. Understanding of Equivalent Static Analysis\n5. Seismic force estimation using EQSM by hand calculation\n6. Understanding Modal Analysis\n7. Understanding Response Spectrum Analysis\n8. Implementation of IS Code in STAAD. Pro software for seismic analysis of buildings.

1. Fundamental idea behind seismic analysis\n2. Introduction to IS code for seismic analysis\n3. Clause wise explanation of IS 1893 (Part 1) : 2016\n4. Understanding of Equivalent Static Analysis\n5. Seismic force estimation using EQSM by hand calculation\n6. Understandin Modal Analysis\n7. Understanding Response Spectrum Analysis\n8. Implementation of IS Code in ETABS software for seismic analysis of buildings.

1. Fundamentals of Column Design Philosophy\n\n2. IS456-2000 Reference\n\n3. Complete Manual Design for Flexure with Example (hand calc)\n\n4. Complete Manual Design for Shear with Example (hand calc)\n\n5. Complete Design with Example in ETABS \n\n6. Understanding Complete Design Report in ETABS step by step

1. Fundamentals of Beam Design Philosophy\n\n2. Signly Reinforced Beam\n\n3. Doundly Reinforced Beam\n\n4. IS456: 2000 Reference\n\n5. Complete Manual Design for Flexure with Example (hand calc)\n\n6. Complete Manual Design for Shear with Example (hand calc)\n\n7. Complete Design for Flexure with Example in ETABS \n\n8. Complete Design for Shear with Example in ETABS\n\n9. Understanding Complete Design Report in ETABS step by step

<p>Understanding RCDC for Reinforced Concrete Design and Detailing \n\nRCDC V11 Update-4 Is used in this course\n\nCheck Lecture 01 for syllabus- Open to all</p>

Understanding RCDC for Reinforced Concrete Design and Detailing (STRC-03)

<p>It is a document that you can keep as digital copy or print it and keep it at your desk. It is essential when you&#39;re making rebar detailing of elements.</p>

REBAR DETAILING HELP : MODULE-01

<p>This document on your table while you&#39;re making mark-ups for shear detailing of your beams shall help you by providing readly estimates areas per meter length of stirrups with different number of legs.&nbsp;</p>

REBAR DETAILING HELP- MODULE- 02

<p><strong>What will be discussed in the course?</strong></p>
<ul>
	<li>Basic understanding of Elastic Rebound Theory</li>
	<li>Continental Drift Theory by Alfred Wegener</li>
	<li>Plate Tectonics</li>
	<li>Types of faults</li>
	<li>Coverging, Diverging, Transform boundaries</li>
	<li>Basics of Hazard and Risk Analysis</li>
	<li>Basics of Deterministic Seismic Hazard Analysis</li>
	<li>Basic Inputs for GMPE and limitations with DSHA</li>
	<li>Understanding DSHA Vs PSHA- Basics</li>
	<li>Understanding Return Periods</li>
	<li>Understanding the approach of IS 1893 (Part 1) : 2025</li>
	<li>Understanding the clauses of IS 1893 (Part 5) : 2025 for building analysis</li>
	<li>Zone factors and Important factors- what is different from 2016 version of code</li>
	<li>Maximum Credible/Considered Earthquake</li>
	<li>Classification of buildings</li>
	<li>Site classification</li>
	<li>Estimation of design horizontal acceleration coefficient</li>
	<li>Comparison of AHD with 2016 version of code</li>
	<li>Estimation of design vertical acceleration coefficient</li>
	<li>Static Analsis of Building in current versions of ETABS as per 2025 version of code</li>
	<li>Static Analsis of Building in current versions of STAAD. Pro as per 2025 version of code</li>
	<li>Development of Response Spectrum as per new code for software input</li>
	<li>Response Spectrum Analysis in ETABS as per 2025 version of code in current versions of ETABS/STAAD. Pro</li>
	<li>Plan and vertical irregularities</li>
	<li>Understanding torsional flexibility and estimating torsional flexibility factor</li>
	<li>Design eccentricity</li>
	<li>Structural systems</li>
	<li>Understanding seismic analysis and demand requirements of Architectural Elements and Utilities (AEUs)</li>
	<li>Design load combinations</li>
	<li>Seismic Analysis of Building with podium</li>
	<li>Undestanding the response of recomended structural configurations for Buildings on hill slopes</li>
	<li>Estimation of approximate fundamental natural time period of the building as per new code and comparison with the 2016 version of code.</li>
	<li>Understanding the overstrength factors</li>
	<li>Estimation of equivalent width for URM</li>
	<li>Modelling of URM in ETABS and analsys fundamentals</li>
	<li>Additional criteria for concrete buildings</li>
	<li>Response History Analysis in ETABS</li>
	<li>Drift check and Drift limits</li>
	<li>Effective sections properties</li>
	<li>Elastic Force Reduction factors</li>
	<li>Elastic and inelastic deformation</li>
	<li>Diaphragm and types</li>
	<li>Performace and damange objectives</li>
	<li>Key elements</li>
	<li>Cantilever projections</li>
</ul>
<p><strong>MODE OF COURSE:</strong></p>
<p>Online Pre-recorded courses (to be taken as self paced)</p>
<p><strong>Validity:</strong> Till Ilustraca Academy platform exists</p>

Paid Courses

Advance Study in RCC Building Design and Practices- ETABS and Manual Calculation (STRC-01)

Combined Course on STAAD. Pro & RCDC for RCC Building Design and Practices (STRC-07)

Combined Course on ETABS & RCDC for RCC Building Design and Practices (STRC-04)

LONG TERM DEFLECTION CHECK FOR FLOOR SYSTEM USING ETABS/SAFE

Steel Connection Design Essentials: As per IS Code (STRC-09)

Time Period Calculator for RCC Building as per IS 1893 (Part 1) : 2016 and IS 16700 : 2023

Comprehensive Study in RCC Building Design and Practices- STAAD. Pro and Manual Calc. (STRC-02)

Load Combination Generator Tool for ETABS v19 and Above

Load Combination Generator Tool for STAAD. Pro

RCC Building Design Master Class as per IS Code (STRC-08)

Ductile Design of RCC Beam-Column Joint as per IS13920:2016- Manual+ETABS+STAAD Pro. (STRC-06)

Advance Study in Structural Design of Foundations as per IS Code (STRC-05)

Seismic Analysis of Buildings: IS 1893 (Part 1): 2016 Explanatory and STAAD. Pro Application

Seismic Analysis of Buildings: IS 1893 (Part 1): 2016 Explanatory and ETABS Application

ETABS vs Manual Design: RCC Column Design as per IS 456:2000

ETABS vs Manual Design: RCC Beam Design as per IS 456 : 2000

Understanding RCDC for Reinforced Concrete Design and Detailing (STRC-03)

REBAR DETAILING HELP : MODULE-01

REBAR DETAILING HELP- MODULE- 02

SEISMIC ANALYSIS OF RCC BUILDING AS PER IS 1893 (PART 1&5) : 2025 (STRC-10)