Focuses on the practical drafting and design of building electrical architecture. It details the layout of electrical and electronic schematic diagrams, wiring blueprints, and installation plans for both standard domestic properties and industrial premises.
Builds key engineering design literacy and graphical communication skills. It trains students in the proper use of drawing instruments, construction of geometric figures, isometric and oblique projections, orthographic projections, and the intersection of solids.
Examines the infrastructural systems of utility networks. It teaches the principles behind electrical energy generation, the distribution of power to consumers, system protection schemes, and the types of overhead insulators and structural supports.
Explores the basic construction and mechanics of heavy electrical machinery. It covers the internal structures of DC motors, the operational principles of single-phase and auto-transformers, equipment cooling layouts, and an introduction to synchronous and induction machines.
Introduces the physical properties and engineering behaviors of electronic components. Topics include atomic energy levels in materials, the operational mechanics of PN junction and Zener diodes, and the structures of bipolar transistors and thyristors.
Provides the core mathematical toolkit required for solving advanced engineering problems. It covers indices, logarithms, surds, quadratic equations, set theory, vectors, binomial expansions, and trigonometric functions.
Introduces foundational concepts in magnetism, electromagnetism, and electromagnetic induction. It explores the practical application of inductance and establishes the vital mathematical fundamentals of alternating current (AC) theory.