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ETABS Multistorey Steel Building Design Real Project
Published 7/2026
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 12h 20m | Size: 9.01 GB
ETABS steel building design course: multi-story modelling, load application, analysis, and member design.
What you'll learn
Model and analyse a complete structural steel building
Define, calculate, and apply complex design loading
Design composite steel-concrete floor systems
Perform critical structural stability checks
Review and apply fundamental steel design mechanics
Requirements
Basic Understanding of Structural Analysis
Familiarity with Engineering Mathematics
Access to ETABS Software
No Prior Multi-Story Steel Design Experience Required
Description
Are you ready to elevate your career from low-rise, simple structures to complex, high-value multi-story steel buildings?
If you are a structural engineer working primarily on Pre-Engineered Buildings, light steel frames, or concrete structures, you already know the bottleneck:moving into the world of multi-story commercial steel and composite design can feel like a massive leap. The loading becomes dynamic, the stability criteria get strict, and software engineering workflows become infinitely more complex.
This course bridges that gap completely!!
In this comprehensive, project-based masterclass, you will go from a blank slate to a code-compliant, multi-story structural steel building model in ETABS. No missing steps, no skipped calculations-just real-world engineering workflows.
What Makes This Course Different?
Unlike purely theoretical courses, this training mimics the exact workflow of a senior structural engineer. Together, we will work with real architectural plans, establish design criteria, apply lateral forces (Wind & Dynamic Seismic loads), and master the intricacies of composite steel-concrete floor systems.
As a massive value-add, we don't just stop at the main frames. You will also learn how to model intricate secondary elements, likemulti-flight steel staircases, right inside the global 3D environment.
What You Will Master
-Real Project Setup: Import architectural plans and seamlessly translate them into an analytical, structurally sound ETABS model.
-Advanced Load Application: Master code compliant loading criteria, including Gravity (Dead/Live) and Lateral forces (Wind & Response Spectrum Analysis).
-The Composite Design: Design high-efficiency composite steel beams and configure metal deck properties with absolute confidence.
-Crucial Stability & Code Verification: Run advanced analysis to check stability coefficient, natural periods, drift limits, deflection combinations, and structural irregularities.
-Back-to-Basics Validation: Access exclusive additional review sessions covering tension, compression, flexure, and shear to ensure you always know how to verify your software's output manually.
Who is Teaching You?
Learn from an active, practicing structural engineer with extensive hands-on experience designing complex structures across different global engineering environments. This course doesn't stop at the academic material, but delivers the exact practical tools, code applications, and software tips you need to deliver professional-grade structural designs.
Stop turning down complex projects. Elevate your engineering portfolio today.
Whether you are a junior engineer looking for a mentorship, a concrete engineer expanding into steel, or a PEB designer looking to break into the multi-story commercial market-this course is your roadmap.
Enroll today, take command of ETABS, and design your next project with absolute confidence!
Who this course is for
Civil and Structural Engineering Students looking to bridge the gap between university theory and real-world practical building design.
Junior Structural Engineers who want to master ETABS and confidently navigate code-compliant steel and composite design workflows.
Practicing Engineers transitioning from concrete to steel design who need a comprehensive, step-by-step project guide.
Draftsmen or BIM Modelers looking to understand the analytical and design logic behind structural steel modeling software.
Steel Design Engineers working on PEB or light structures who want to elevate their experience and transition into multi-story, composite, and more complex building designs.
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