Learn to model, analyze, and design real RC structures using industry-standard ETABS software. Buildings, bridges, seismic loads — all grounded in BNBC, ACI, and AASHTO codes.
Hand calculations get you through exams. Software gets you through real projects. Click each load type below to see what it actually does to a building.
Real buildings have irregular geometry, multiple load combinations, and 3D effects that make hand calculations impractical. ETABS handles all of this in minutes — engineers run dozens of load combos before choosing a design.
Gravity pulls down (dead + live loads). Wind pushes sideways. Earthquakes shake the base. A structure must resist all of these — simultaneously — without yielding, buckling, or excessive drift. Visualize these below.
ETABS applies the principle \(U = 1.2D + 1.6L + 0.5W\) (and many other combos per ACI/BNBC). The factored load envelope governs design at every section of every member simultaneously.
You build the geometry once. Then ETABS applies every load combination the code requires and finds the worst case at every point. That's impossible by hand for a real building — and exactly why this lab exists.
ETABS isn't magic — it follows a strict workflow. Click each stage to understand what's actually happening under the hood.
Three different codes. Three different jobs. Knowing when to use which is half the battle in practice.
Click any day to expand what's covered. Days 6 and 11 are exams.
Everything is ETABS-based — quizzes test if you're following, exams test if you can actually run analysis. Hover each segment for details.
Day 1 begins with the ETABS environment — setting up materials, defining sections, and running your first model.
Begin Day 1 → ← Back to Civil