To introduce basic principles of statics and to illustrate the application of these principles to the formulation and solution of a range of representative engineering mechanics problems.
A. Apply foundational principles of statics to analyse mechanical systems and structural components. B. Assess and compute fundamental properties of beam and truss structures, including moments of inertia and stress responses. C. Analyse stress, strain, and torsional effects in structural elements to determine load-bearing capacity. D. Utilise mathematical models and problem-solving approaches for structural analysis in engineering contexts.
Learning and teaching methods encompass various approaches, including lectures and tutiorials, hands-on practice through laboratory experimentation, and case study analysis. These methods, along with project-based tasks and self-directed study, aim to engage learners actively while fostering critical thinking, practical skills, and reflective growth. Feedback and reflective practice are integral, supporting continuous improvement and adaptability across educational contexts.