
Start a new project in Robot Structural Analysis 2025 using building design, then set units. Create a rectangular cartesian grid by defining X and Y distances and repeats.
Create and name floor levels in Autodesk Robot Structural Analysis Professional, defining base, ground floor, terrace, roof heights, and align grid levels for accurate structure modeling.
Define, draw, and modify RCC columns by setting base and GF elevations, selecting 12×12 or 12×15 sections, and rotating, copying, or moving them in plan and 3D views.
Define, draw, and modify RCC beams in plan view, select beam sections, set sizes (10x15, 10x18), name beams, and rotate their alignment using gamma angle.
Learn to draw slabs and openings in Autodesk Robot Structural Analysis Professional, create rectangular, circular, and contour slabs, then build walls and core walls with grid settings.
Modify and remove loads in Autodesk Robot Structural Analysis Professional. Adjust self-weight and uniform loads, edit via table or text, and delete specific or all loads from member with undo.
Analyze and design a simple model using Autodesk Robot Structural Analysis Professional (RC). Understand core concepts of analysis and design within the software.
Design a complete five-story building by configuring a beam-column grid, defining ground-to-terrace levels, and detailing RCC columns and beams in the floor plan.
Design the upper level of a five-story building in Autodesk Robot Structural Analysis, drawing plan view columns and floor beams, and a 5-inch slab using contour geometry.
Create a staircase and landing in a five-story building design, part 3, using Autodesk Robot Structural Analysis, defining mid-landing, axes, plan views, slab thickness, and contour geometry.
Replicate the building model after updating all load types, copy story content, and duplicate elements in plan view, then delete loads and define live, slab, and water loads.
Learn five-story building design in part 6 of Autodesk Robot Structural Analysis Professional (RC) as part of the Master Autodesk Robot Structural Analysis Professional course.
Unlock the full potential of Autodesk Robot Structural Analysis Professional in this complete guide to structural analysis and design, tailored specifically for civil and structural engineers.
This comprehensive Robot Structural Analysis course will take you from beginner to advanced levels, helping you master the modeling, analysis, and design of both reinforced concrete (RC). Whether you're a student or a practicing engineer, this course will give you practical skills you can apply immediately to real-world engineering projects.
We use Autodesk Robot Structural Analysis Professional 2025, but the course is fully compatible with other versions of the software.
Created by a professional structural engineer with years of hands-on design and analysis experience, this course provides deep insights into:
RC structure design – including beams, columns, slabs, shear walls, and footings
Real-world residential building projects for end-to-end learning
Solving warnings and errors for clean and efficient structural models
Utilizing BIM workflows with Autodesk Robot for structural design
This structural engineering course is ideal for anyone looking to enhance their expertise in civil engineering software and master Autodesk Robot for real-world engineering projects.
Whether you're exploring how to use Robot Structural Analysis for concrete design or you're looking for the best course for Robot Structural Analysis Professional, this training will equip you with the tools, workflows, and confidence to succeed.
Why Enroll?
Learn structural design using BIM tools from an experienced professional
Gain job-ready skills with hands-on modeling and analysis assignments
Progress from beginner to advanced Robot Structural Analysis training
Master essential topics in both RC design
Solve complex project warnings and optimize member performance
Start building your future in structural engineering today with the most complete and rich Robot Structural Analysis course on the market.
Enroll with Confidence – Backed by a 30-day money-back guarantee through Udemy.