Approved By: UGC AICTE NCTE
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Duration: 4 Years |
Eligibility: 10+2 or Equivalent |
Course Duration: Four Year
Course Eligibility: 10+2 or equivalent with 50% marks.
Admission Criteria: Merit in qualifying examination, subject to eligibility criteria.
Entrance/Eligibility Test: As per University Rules
Course Syllabus
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Semester I |
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Engineering Mathematics-I |
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Engineering Chemistry |
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Principles of Electrical Engineering. |
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Engineering. Graphics |
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Environmental Science & Pollution Control |
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Essential of IT |
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Semester II |
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Communication Skills |
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Engineering Physics |
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Engineering Mathematics-II |
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Engineering Mechanics |
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Basic Electronics |
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Electrical Workshop Practice |
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Semester III |
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Circuit Theory & Networks |
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Electrical Measurements and Measuring Instruments |
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Electronic Devices and Circuits |
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Electrical & Electronic Materials |
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Engineering Mathematics-III |
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Object Oriented Programming Methodology |
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Semester IV |
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Electrical machine I |
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Power System –I |
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Analog Digital Communication |
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Digital Electronics and logic design |
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Network analysis & synthesis |
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Computer programming |
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Semester V |
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Electrical Machine-II |
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Power System -II |
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Microprocessors & Interfacing |
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Electromagnetic Field Theory |
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Electronic Instrumentation |
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Electrical Engineering Simulation Lab I |
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Semester VI |
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Linear control systems |
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Power system III |
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Power electronics |
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High voltage engineering |
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Signal and systems |
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Electrical engineering simulation Lab II |
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Minor project |
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Semester VII |
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Electrical drives |
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Computer aided protection |
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Special electrical machine & design |
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Elective I |
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Elective II |
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Major project |
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Industrial training |
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Semester VIII |
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Advanced electrical drives |
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Utilization of electrical power |
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Elective III |
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Elective IV |
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Major project |
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Elective I |
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SCADA systems and applications |
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Calibration and testing of electrical equipments |
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Power system reliability |
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Elective II |
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Energy Management & Audit |
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Power quality and industrial application |
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Advanced power system protection |
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Elective III |
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Advanced power system |
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Generalized Theory of Electrical Machines |
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Industrial instrumentation |
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Elective IV |
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EHV AC and DC Transmission |
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HVDC |
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Renewable and Non-conventional Energy Systems |