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Structural Steel Design

Structural Steel Design is an engineering discipline focused on designing steel structures, such as buildings, bridges, and towers, to safely support loads and resist forces like gravity, wind, and earthquakes. It involves calculating member sizes, connections, and detailing based on material properties and design codes to ensure structural integrity, stability, and economy. This skill is essential for civil and structural engineers working on construction projects that utilize steel as a primary material.

Also known as: Steel Design, Steel Structure Design, Structural Steel Engineering, Steel Framing Design, AISC Design
🧊Why learn Structural Steel Design?

Developers should learn Structural Steel Design when involved in construction software, building information modeling (BIM), or engineering simulation tools, as it enables accurate modeling and analysis of steel structures. It is crucial for roles in civil engineering software development, structural analysis applications, or projects requiring integration with design codes like AISC or Eurocode, ensuring compliance and safety in digital construction workflows.

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