Rationale The course builds on the first course in machines and drives to equip students with theories and concepts related to static and dynamic electrical machines and drives. Course Objectives To analyze the characteristics of the electrical machines and their behavior in electrical systems. To understand the applications of various electrical machines in an electrical...Read More

Rationale The course requires a good mathematical background especially in complex, matrix and Laplace algebra. It is an introductory course of control engineering that covers block diagram systems representation, stability and compensation techniques. Course Objectives To understand operation and characteristics of control systems To analyze and design control systems using appropriate mathematical tools To apply...Read More

Rationale The course equips students with theories and concepts related to static and dynamic electrical machines and drives. Course Objectives By the end of the course students should be able to: To present a comprehensive treatment of transformers and electrical machines. To understand, develop and apply physical concepts and principles of circuit model equivalents of...Read More

Rationale The course introduces the students to power systems engineering and covers basic principles about transmission lines (overhead and underground), transformers and generators in power systems. Course Objectives To introduce the students to fundamental concepts relating to the design and management of modern electrical power systems. To develop amongst the students an awareness of technical...Read More

Rationale This course assumes that the student has knowledge of the bipolar junction transistor (BJT). Thus, concept  of BJT is covered  in the first lesson of the course. The first lesson is designed to give an overview of the analysis methods for analog electronics . Objectives Having undertaken this course the student should be able...Read More