M.E. IN ELECTRICAL AND ELECTRONICS ENGINEERING

M.E. IN ELECTRICAL AND ELECTRONICS ENGINEERING

Course Content:

SEMESTER - I
Theory
MA1617 Mathematical Foundations of Computer Science
CS1601 Computer Architecture
CS1602 Data Structures and Algorithms
CS1603 Operating Systems
CS1604 Software Engineering Methodologies
Practical

SEMESTER - II
Theory
CS1651 Data Base Technology
CS1652 Computer Networks
CS1653 Compiler Design
CS1654 Object Oriented System Design
CS1655 Web Technology
E1*** Elective I
Practical

SEMESTER - III
MA 1201 Mathematics - III
EE1151 Electric Circuit analysis
EE 1201 Electromagnetic Theory
EE 1202 Electrical Machines - I
EC 1211 Electronic Devices
CS 1211 Data Structures and Algorithms
CE1211 Solid and Fluid Mechanics
Practical

SEMESTER - IV
MA 1251 Numerical Methods
EE 1251 Electrical Machines - II
EE 1252 Transmission & Distribution
IC 1251 Control Systems
EC 1261 Electronic Circuits
ME 1211 Applied Thermodynamics

SEMESTER V
EE 1301 Power Electronics
EE 1302 Protection & Switchgear
EC 1311 Communication Engineering
EC 1312 Digital Logic Circuits
EC 1313 Linear Integrated Circuits
CS 1261 Object Oriented Programming

SEMESTER VI
EE 1351 Solid State Drives
EE 1352 Power System Analysis
EI 1361 Measurements & Instrumentation
EC 1361 Digital Signal Processing
EC 1362 Microprocessor & Microcontroller
MG 1351 Principles of Management

SEMESTER VII
EE 1401 Power System Operation and Control
EE 1402 High Voltage Engineering
EE 1403 Design of Electrical Apparatus
EC1461 VLSI Design
CY1201 Environmental Science and Engineering
Elective - I

SEMESTER VIII
EE 1451 Electric Energy Generation, Utilization and Conservation
Elective - II
Elective - III
Elective - IV