This course covers the principles and operation of advanced measuring instruments. You will learn about instruments used to measure power, energy, and frequency, as well as the principles of digital instruments and transducers.
This is a core course that provides a deep dive into the analysis of AC circuits. You will learn about phasors, impedance, resonance, and methods for analyzing complex single-phase AC circuits, which is fundamental to all electrical engineering.
This course explores the principles of telecommunication systems. It covers modulation and demodulation techniques, radio wave propagation, and the fundamentals of transmitting and receiving information over various media.
This course focuses on developing the specific technical communication skills required for engineers. You will learn how to structure and write formal technical reports, document laboratory work, and present technical information clearly and concisely.
Building on your introductory electronics knowledge, this course delves into semiconductor devices and their applications. It covers power amplifiers, oscillators, and operational amplifiers (Op-Amps), which are the building blocks of modern electronic circuits.
This course covers the theory, construction, and operation of various AC and DC electrical machines. You will learn about DC generators and motors, transformers, and induction motors, which are the workhorses of the industry.
This course is a continuation of Electrical Power I, focusing on the principles of three-phase AC systems. You will study power generation, transmission, and distribution in-depth, including the analysis of star and delta connections and power factor correction.