Introduction to Civil Engineering Design: Structural Mechanics and Beams

Every bridge, building, and infrastructure project relies on understanding how forces move through structural elements. This course introduces you to the core principles of civil engineering design, focusing on how structural beams support loads and maintain stability. You will transition from having a basic curiosity about structures to confidently calculating internal forces, understanding shear and bending moment relationships, and analyzing how environmental factors influence structural design decisions. What you'll learn: Understand foundational civil engineering terms, structural safety factors, and load types; Analyze simply supported beams to calculate support reactions under various loading conditions; Determine internal shear forces and bending moments using step-by-step mathematical methods; Apply basic environmental and sustainability considerations to structural material selection; Explore how modern computational tools model and analyze complex structural systems. The course begins with essential terminology and static equilibrium concepts before moving into practical beam analysis and modern design workflows. You will practice through structured written exercises and real-world engineering scenarios. Designed for aspiring engineers, students, and curious learners looking for a solid starting point in structural mechanics, this course requires no prior engineering experience. Start your journey into civil and environmental engineering design today.