The curriculum for the PhD in Electrical Engineering will include containing electives like ME, where students can select from a range of specialisations. The PhD Electrical Engineering course syllabus is listed below.
The PhD Electrical Engineering curriculum includes a wide range of topics, including Electrical Engineering, as well as specialisations in Power Systems, Microelectronics, Electro physics, Integrated Devices and Systems and others. The PhD Electrical Engineering course is broken up into semesters and cover a wide range of topics. The following is a list of the PhD Electrical Engineering subjects offered each semester:
The table below contains the list of PhD Electrical Engineering subjects in the first year:
Semester I | Semester II |
Applied Science | Applied Mathematics II |
Applied Mathematics I | English Communication |
Mechanical Engineering Sciences | Electrical Circuits |
Elements of Electrical Engineering | Electronics I |
Applied Science Lab | Computer Aided Engineering |
Electrical Writing Lab | Electrical Circuit Technology |
Basic Computer Skills | Electronics Lab |
The table below contains the list of PhD Electrical Engineering subjects in the second year:
Semester III | Semester IV |
Electrical Machines I | Electrical Machines II |
Computer Networks | Electrical Power Generation |
Electrical Measurements | Transmission |
Electronics II | Power Electronics |
Electrical Measurements Lab | Electrical Machines Lab |
Electronics Lab II | Power Electronics Lab |
Computer-Aided Electrical Drawing | --- |
The table below contains the list of PhD Electrical Engineering subjects in the third year:
Semester V | Semester VI |
Estimation Specification | Industrial Drives |
Switchgear Protection | Utilization of Electrical Energy |
Embedded Systems | Basic Management Skills |
Electrical Workshop | PLC |
CASP | Project Work II |
Project Work 1 | Industrial Visit |
Over the course of three years, PhD Electrical Engineering courses cover a wide range of subjects and topics that are crucial for prospective students to study. Core and elective categories are used to categorise the subjects for the PhD Electrical Engineering programme. A list of PhD Electrical Engineering courses is provided below:
The core PhD Electrical Engineering subjects list of essential subjects that all PhD Electrical Engineering students study, is as follows:
Practicals:
Core and elective courses are frequently offered in PhD Electrical Engineering programmes. Depending on the Electrical Engineering programme, it may take up to one academic year to finish the core curriculum. After that, candidates have the option of customising their third-year Electrical Engineering programme by choosing electives based on their post-Electrical Engineering employment goals. Students might decide to specialise in various fields of engineering by picking elective courses and concentrations. The topics included in the PhD Electrical Engineering programme provide not just theoretical understanding but also vital interpersonal and practical abilities. The PhD Electrical Engineering course structure is broken down as follows:
The PhD Electrical Engineering programme uses its own set of instructional strategies. Practical lessons are used to teach subjects so that students can understand what is being taught to them. Various teaching methods are employed by various PhD programmes. In order to improve the effectiveness of training, PhD Electrical Engineering uses case studies, group projects, and other types of action-based learning in addition to conventional lecture-based instruction. This results in learning more about the course's theory and application. The different teaching methods applied in the PhD Electrical Engineering programmes are as follows:
The PhD Electrical Engineering programme emphasises group projects and activities through project-based learning, which is a prevalent teaching technique. As they move through the course, groups of six to eight students each work on assignments and other duties relevant to the course.
Working on projects is largely used to make sure that pupils fully grasp the principles. Some of the most popular PhD Electrical Engineering projects include the following:
The PhD Electrical Engineering books provide students with a fundamental overview of the course as well as an in-depth study of their area of concentration. The course textbooks are available to students both online and offline. And carefully reviewing the course prerequisites by obtaining the course details before enrolling in the course, students can make an informed choice. The reference texts for the PhD Electrical Engineering curriculum are as follows:
Name of Book | Author |
Network Analysis | M.E. Van Valkenburg. |
Electrical Machines | Stephen J Chapman. |
Power System Analysis | Grainer and Stevenson |
Control Systems Engineering | Norman S. Nise |
Power Electronics | Ned Mohan, Undeland and Robbins. |
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