Part A - Electrical Fundamentals: Part A begins with an introduction on Ohm's and Kirchhoff's laws. Series and parallel resistor circuits are analysed and their equivalent resistive circuits are developed. DC sources are studied. Part B examines the analysis of single and multiple loop circuits as well as voltage dividers. The Nodal Voltage method, the Principle of Superposition, Thevenin's Theorem, and equivalent circuits will be emphasised. Part A concludes with a discussion on AC circuits, household applications, diodes and voltage amplification in electrical networks.
Part B - Statics: Part B introduces the concept of force, resultants and components, levers and moments. Free body diagrams, 2D and 3D statical equilibrium concepts are covered. Part B further explores the analysis of pin jointed trusses, statically determinate beams/shafts including loads, reactions and internal forces.
|1.||Identify electrical components of DC and AC circuits;|
|2.||Analyse DC circuits using appropriate principles and theorems;|
|3.||Investigate applications of electrical components and circuits;|
|4.||Evaluate force vectors, two and three-dimensional statical equilibrium, and concepts of force resultants and moments;|
|5.||Analyse pin jointed trusses for reaction and internal forces;|
|6.||Work individually and in collaboration with team members to solve problems and undertake basic Engineering analysis.|
|Laboratory Work||Set of pre-lab and post-lab quizzes||20%|
|Assignment||Peer Feedback (Individual)||5%|
|Assignment||Individual In-Class Problem Solving Activities||20%|
|Test||Two Tests (Individual)||55%|
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As part of a course
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