STAAD Pro 2025 | Pratt Truss Structural Analysis & Design Tutorial
About this lesson
At MJ DESIGNS, we don’t just teach software — we share real industry workflows. In this video, I walk you through the complete process of complex structural design using STAAD.Pro, based on actual industrial project requirements. You’ll see how professional engineers: 🔹 Import and refine CAD layouts for structural modeling 🔹 Perform structural analysis and stability checks in STAAD.Pro 🔹 Apply real-world load combinations and design codes 🔹 Transition results into detailed 2D drawings and Tekla Structures for steel detailing 🔹 Integrate everything into a BIM-enabled workflow for construction-ready output This is not a tutorial — it’s experience shared from the perspective of a structural consultant. If you’re an engineer, architect, or student, this video will give you a clear picture of how industrial projects are designed, analyzed, and executed in reality. ✨ Our USP at MJ DESIGNS: We bridge the gap between concept, analysis, and construction, delivering designs that are cost-efficient, safe, and ready for execution. 0:00 – Welcome & Hook | Introduction to Industrial Truss & Structural Design in STAAD.Pro 0:21 – Start New STAAD.Pro File | Setting up a fresh project 0:27 – Previous Project Reference | Click “i” button for 4BHK structural design 0:33 – Truss Frame Creation | Initial setup of truss geometry 1:01 – Complex Geometry Modeling | Creating geometry using node cursor 6:40 – Custom Steel Sections | Creating new user table properties 9:57 – Column Merging | Combining column nodes into continuous members 12:59 – Grouping Structural Members | Organizing elements into groups 16:19 – Assign Properties | Applying beam and column properties 16:45 – Truss Member Assignment | Defining truss elements in the model 21:43 – Column Orientation Adjustments | Aligning columns as per structural design 24:18 – Secondary Columns Creation | Adding additional support in floors 29:18 – Deck Slab & Secondary Column Assignment | Strengthening the structure 34:52 – Load Cas
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