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
Rationale This course introduces students to the Basic laws electromagnetic fields and elementary applications of vector analysis, steady-state electric and magnetic fields, boundary value problems, and transmission lines. Objectives To develop an understanding of electromagnetic-field fundamentals by emphasizing both mathematical analytical rigor and physical conceptual reasoning, as applied toward practical engineering problems. To develop the...Read More
Rationale The course enables students to experience what happens in industry by allowing them to work alongside practicing engineers on the design, operation and handling of equipment. Course Objectives Expose students to practical aspects of engineering and construction activities Provide an opportunity to students to relate the knowledge obtained during lectures to actual field operations...Read More
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