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| JOB OPPORTUNITIES |
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| The
Electrical and Electronics
Engineering degree program
prepares the graduates to
enter a dynamic and rapidly
changing field with career
opportunities in Electric
power, Integrated circuits,
Robotics and control, Computer
hardware and software. The
demand for electrical power
is increasing rapidly and
there by the electrical
Engineers are in great demand
to meet the requirements.
Electrical Engineers are
mainly employed in industries
manufacturing electrical
components, accessories,
Research and Development
departments which work on
energy saving devices and
systems. |
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| DURATION |
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| Four
Years |
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Click
Here to View Eligibility
Criteria for the above Course |
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| CURRICULUM
- ELECTRICAL & ELECTRONICS
ENGINEERING |
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| Semester
- I
Theory
Engineering Mechanics
Chemistry I
Language Elective –
I
Mathematics I
Physics – I
Practical
Workshop Practice
Computer Practice –
I
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| Semester
- II
Theory
Electrical Circuit Analysis
Solid Mechanics
Language Elective II
Mathematics II
Physics II
Chemistry – II
Practical
Electrical Circuit Laboratory
Engineering Graphics
Computer Practice II
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| Semester
- III
Theory
Electromagnetic Theory
Electron Devices
Fluid Mechanics
Material Science
Thermodynamics
Electrical Mechanics I
Mathematics III
Practical
Electrical Machines Lab
I
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| Semester
- IV
Theory
Communication Engineering
Control Systems
Electronic Circuits
Network Analysis and Synthesis
Object oriented Programming
Electrical Machines II
Practical
Electronics Laboratory
Electrical Machines Lab
II
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| Semester
- V
Theory
Design of Electrical
Apparatus
Digital Systems
Integrated Circuits
Measurements and Instrumentation
Power Electronics
Transmission and Distribution
Practical
Control Systems Laboratory
Power Electronics Laboratory
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| Semester
- VI
Theory
Computer Architecture
Digital Signal Processing
Microprocessor and Applications
Power System Analysis
Principles of Management
Protection and Switch
Gear
Practical
IC and Microprocessor
Laboratory
Measurement and instrumentation
laboratory
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| Semester
- VII
Theory
Engineering Economics
and Financial Accounting
High Voltage Engineering
Power System Control
Solid State Drives
Principles of Environmental
Science and Engineering
Professional Ethics
Practical
Comprehension
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| Semester
- VIII
Theory
Total Quality Management
Elective IV
Elective V
Practical
Project Work
ELECTIVES
· Advanced Control
systems
· Advanced Power
Electronics Systems
· Bio-Medical Instrumentation
· Communication
Skills for Engineers
· Computer Aided
Design of Electrical Apparatus
· Computer Networks
· Creativity, innovation
and new product development
· Date Base Management
Systems
· EHV AC And DC
Transmission Engineering
· Electric Energy
utilization and conservation
· English I
· English II
· Fuzzy set theory
and its application to
power systems,
· Intelligent controllers
· Knowledge based
system
· Micro Controller
Based System Design
· Neural Networks
and its application to
power systems
· Power Electronic
Instrumentation
· Power Plant Instrumentation
· Power system
Operation
· Power System
Transients
· Principles of
Robotics
· Solid State Relays
· Special Electrical
Machines
· Technical French
I
· Technical French
II
· Technical German
I
· Technical German
II
· Technical Japanese
I
· Technical Japanese
II
· Technical Tamil
· Visual Language
and its application to
Electrical Engineering
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