Principles of Structural Mechanics

This unit provides an essential foundation in engineering statics, introducing the fundamental principles used to analyse forces and equilibrium in physical systems. You will explore how structures and components respond to applied loads through the study of two- and three-dimensional force systems, moments, and conditions of equilibrium for both particles and rigid bodies.



A strong emphasis is placed on the development and use of Free Body Diagrams (FBDs), which serve as critical tools for visualising and solving statics problems. You will apply analytical methods to solve statically determinate systems, including beams and trusses, and evaluate internal forces and support reactions within both structural elements and mechanical assemblies to understand how these systems maintain equilibrium under load.



Through guided problem-solving, practical exercises, and collaborative learning, this unit will facilitate your ability to interpret, model, and analyse basic structural systems. These skills form a critical stepping stone toward further study in mechanics, structural analysis, and engineering design, and will support your development as a thoughtful and technically capable engineer.