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    Main Campus:- 188, Raja S.C. Mallick Road, Kolkata, West Bengal 700032, India
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  • Approved By: UGC AICTE NAAC

B.E. (Electrical Engineering)


Duration:

4 Years

Eligibility:

10+2 or Equivalent

Course Duration: Four Year (Semester  System)

Course Eligibility : 10+2 (Non-Medical) with at least 50 % marks or Equivalent CGPA

Admission Criteria: Merit in qualifying examination, subject to eligibility criteria.

Entrance/Eligibility Test: As per University Rules

Programme Mode: Regular

Course Syllabus

Semester – I

Hum/T/A

Humanities-A

EE/T/112

Principles Of Electrical Engineering-I

EE/Math/T/113

Mathematics-IF

EE/Math/T/114

Mathematics-IIF  

AM/ME/T/1A

Engineering Mechanics

Ph/T/1A

Physics-IA  

Ph/S/1

Physics Laboratory-I

BED/ME/S/1

Basic Engineering Drawing

WS/ME/S/6A

Workshop Practice-VI (Carpentry and Fitter Shop)

WS/ME/S/10

Workshop Practice-X (Forging and Welding)

 

Semester – II

EE/T/121

Principles Of Electrical Engineering-II

EE/ET/T/122

Electronics-I

EE/Math/T/123

Mathematics-IIIF

AM/ME/T/3

Strength Of Materials

EE/ME/T/125

Thermodynamics And Heat Power Engineering

Ph/T/2B

Physics-IIB

Ph/S/2

Physics Laboratory-II

AED/ME/S/1

Advanced Engineering Drawing

WS/ME/S/12B

Workshop Practice-XII (Machine Shop)

 

Semester – III

EE/T/211

Circuit Theory

EE/T/212

Electrical Engineering Materials

EE/T/213

Introduction To Computing

EE/ET/T/214

Electronics-II

EE/Math/T/215

Mathematics-IVF

EE/ME/T/216

Prime Movers For Electrical Systems

EE/S/211 E. E.

Laboratory – I

EE/ME/S/212

M. E. Laboratory – I

MDD/ME/S/1

Machine Design And Drawing

 

Semester – IV

EE/T/221

Electrical Measurement & Measuring Instruments

EE/T/222

Electrical Machines-I

EE/T/223

Field Theory

EE/T/224

Signals & Systems

EE/T/225

Power Supply Systems

EE/T/226

Programmable Logic & Sequential Systems

EE/S/221

E. E. Laboratory – II

EE/S/222

Computer Fundamentals 

EE/ET/S/223

Electronics Laboratory

EE/ME/S/224

M. E. Laboratory – II

 

Semester – V

EE/T/311

Electrical Instrumentation

EE/T/312

Power System Planning And Design

EE/T/313

Electrical Machines-II

EE/T/314

Control System Engineering

EE/T/315

Numerical Analysis And Computer Programming

EE/T/316

Microprocessors & Microcontroller

EE/S/311

E. E. Laboratory – III

EE/S/312

Electrical Machine Design – I

EE/S/313

Computer Programming Laboratory

EE/S/314

Microprocessor And Microcontroller Laboratory

 

Semester – VI

EE/T/321

Power Electronics

EE/T/322

Digital Signal Processing

EE/T/323

Power System Performance

EE/T/324

Electrical Machines-III

EE/T/325

Electrical Utilisation & Illumination Engineering

EE/T/326

High Voltage Engineering

EE/S/321

E. E. Laboratory – IV

EE/S/322

Electrical Machine Design – II

EE/S/323

Power System Design

EE/S/324

Modeling And Digital Simulation Laboratory

 

Semester – VII

EE/T/411

Principles Of Communication Engineering And Computer Networks

EE/T/412

Power System Protection And Switchgear

EE/T/413

Process Instrumentation And Control

EE/T/414

Electric Drives

EE/T/415 Elective Paper– I

  • Computer And Control Engineering
  • High Voltage Technique – I
  • Special Electrical Machines & Drives
  • Advanced Instrumentation-I
  • Advanced Power Systems Analysis
  • Advanced Illumination Engineering

EE/T/415A

Computer And Control Engineering

EE/T/415B

High Voltage Technique – I

EE/T/415C

Special Electrical Machines & Drives

EE/T/415D

Advanced Instrumentation-I

EE/T/415E

Advanced Power Systems Analysis

EE/T/415f

Advanced Illumination Engineering

EE/T/416

General Viva Voce

EE/S/411

E.E. Laboratory – V

EE/S/412

Elective Project And Computation - I

EE/S/413

Seminar – I

EE/S/414

Electrical Machine Design – III

 

Semester – VIII

EE/Gen/T/421

Engineering Economics And Costing

MNG/ME/T/1

Industrial Management

EE/T/423 Elective Paper– II

  • Advanced Control Theory
  • High Voltage Technique – II
  • Electrical Machine Modelling & Analysis
  • Advanced Instrumentation-II
  • Advanced Topics In Power Systems
  • Advanced Lighting Design

EE/T/423A

Advanced Control Theory

EE/T/423B

High Voltage Technique – II

EE/T/423C

Electrical Machine Modelling & Analysis

EE/T/423D

Advanced Instrumentation-II

EE/T/423E

Advanced Topics In Power Systems

EE/T/423F

Advanced Lighting Design

EE/T/424 Special Paper - I

  • Advanced Computing Techniques
  • Reliability Engineering

EE/T/424A

Advanced Computing Techniques

EE/T/424B

Reliability Engineering

EE/T/425 Special Paper – II

  • Energy Systems
  • Real Time Systems

EE/T/425A

Energy Systems

EE/T/425B

Real Time Systems

EE/S/421

E.E. Laboratory – VI

EE/S/422

Elective Project And Computation - II

EE/S/423

Seminar – II

 EE/S/424

Power Electronics Design