Concrete Building Design with ProtaStructure: Seismic and Wind Analysis

Course Description: Concrete Building Design with ProtaStructure Master the fundamentals of structural modeling and lateral load analysis using ProtaStructure to design resilient reinforced concrete buildings. This course provides a structured introduction to designing multi-story reinforced concrete buildings within a Building Information Modeling (BIM) framework. As global construction standards evolve, the ability to accurately model seismic and wind forces has become a mandatory skill for structural engineers to ensure public safety. You will learn how to transition from initial architectural concepts to a fully realized structural model, ensuring that every element—from foundations to roof slabs—is optimized for both gravity and lateral performance. Understanding how a building reacts to lateral pressure is critical for preventing structural failure and ensuring compliance with international Eurocodes and regional regulations. By the end of this course, you will have the technical confidence to execute complex analysis workflows that are standard in the modern engineering industry, moving beyond manual calculations to high-precision software simulation. What you'll learn Construct three-dimensional models of reinforced concrete frames, including slabs, beams, columns, and shear walls. Define seismic parameters and response spectrum functions based on regional building codes to simulate earthquake forces. Apply wind load cases using automated generation tools to evaluate the impact of atmospheric pressure on high-rise structures. Perform linear static and dynamic analyses to identify structural vulnerabilities and lateral displacements. Interpret analytical reports and displacement maps to verify safety factors and structural stability requirements. Generate detailed reinforcement drawings and calculation reports for professional engineering submissions. Who this is for This course is designed for civil engineering students, junior structural engineers, and professionals seeking to transition from manual design methods to automated BIM software.