MAJOR

DEFINITIONS/ DESCRIPTION

SPECIALIZATIONS

Digital Signal Processing

Analyzes and manipulates signals after the signal has been processed, amplified and properly interpreted.

• One of the most important course in DSP is Image Processing. In this, students learn how to manipulate an image in everyway.
• Speech or sound processing also are a part of the course
 

 Image processing
Neural networks
Pattern recognition
Digital communications
Biomedical applications
Speech processing
 

VLSI

Involves packing more and more logic devices into smaller and smaller areas.
• Study of Computer Architecture, Reducing the sizes of the circuits
• Computer designing and modeling of VLSI chips
 

Circuit fabrication
Computer architecture
Advanced MOS technology
CAD
Digital testing
Compilers and operating systems
 

Embedded systems

Devices used to control, monitor or assist the operation of equipment, machinery or plant.

• The study of the use of motors and other machinery in real-time cases
• Computer Aided Design is also a part of the course.
 

Autonomous mobile robotic systems
Real time embedded systems
Digital Systems Design Using VHDL
Computer-Aided Integrated Circuit Design Concurrent and Distributed Systems Computer Architecture
 

Networking systems

The linking of a number of devices, such as computers, workstations, printers, and AV gear into a network (system) for the purpose of sharing resources.

Operating Systems
Advanced Software Engineering
Artificial Intelligence
Computer Architecture
Analysis of Algorithms
 

Power systems

A system of high tension cables by which electrical power is distributed throughout a region is called a Power System. And that is all as far as the basic definition goes.

Masters in Power Systems deals with:
• Detailed study and Planning of a power system for an area.
• After planning next comes the study of its installation, Operation and Control.
• Its analysis, Stability study and protection is finally dealt with.

Distribution System Engineering
State Estimation
Advanced Power System Analysis
Power System Stability
Power System Protection
Distribution Automation
Load Forecasting and Load Management
Power System Reliability
Power Systems Operation and Control
 

Electro Magnetics

Major pertains to studying the magnetism produced by electric charge in motion.

Major includes various courses like:
• Utilizing the Magnetism for various purposes
• Application of Electro magmetics in the radar systems.
 

Modern System Theory
Computer Modeling Simulation Techniques
Advanced Engineering Electromagnetic
Antenna Theory
Microwave Theory
Introduction to Radar Systems
Electromagnetic and Propagation
 

Aerospace Engineering

Aerospace engineering is the branch of engineering that concerns aircraft, spacecraft, and related topics. Aerospace Engineering was originally known as aeronautical engineering and dealt solely with aircraft.

• Designing of Aircraft
• Dynamics Study of Aircraft
 

Aerodynamics
Aerospace propulsion
Flight controls
Flight mechanics
Fluid dynamics/thermodynamics
Robotics lab
Space-mission design
Strength of materials
Vehicle design
 

Robotics

Robotics is a branch of engineering that involves the conception, design, manufacture, and operation of robots. Majors learn:

• Basic outlay or structure of Robot
• Physical and Technical Details
• Planning and Computer/software programming the Dynamics of a Robot.
 

Design and development
Digital fundamentals
Electrical theory
Electronics
Machine automation
Microcomputers
Microprocessors
Robotics lab
Robotics theory