Structural Steel Design: Principles and Fundamentals

Entering the world of structural engineering can feel overwhelming without a clear grasp of foundational materials. This course simplifies structural steel design by breaking down complex structural mechanics into readable, step-by-step written explanations. You will develop a strong conceptual and practical foundation in steel design using metric units and Eurocode principles. By studying real-world design scenarios and clear calculation walk-throughs, you will learn how to evaluate steel elements for safety, efficiency, and structural integrity. What you will learn: Understand the fundamental properties of structural steel, including stress-strain behavior and yield strengths; Analyze different structural loading conditions and identify common failure modes; Calculate bending, shear, and axial resistance of steel members using standard metric formulas; Evaluate combined axial and bending forces in structural elements; Explain the concept of lateral torsional buckling and the importance of lateral restraint; Integrate modern sustainability concepts, such as material circularity and low-carbon steel selection, into design workflows. The course begins with essential terminology, material properties, and limit state design philosophy. From there, you will progress through written step-by-step calculation examples for individual structural actions before exploring combined forces and modern design considerations. Designed specifically for aspiring structural engineers, architecture students, and construction professionals seeking a clear, beginner-friendly introduction to steel design with no advanced prior engineering experience required. Start reading today to build your structural engineering toolkit.