About Course:

Modern life isn't possible without electrical and electronic technologies, and it is amidst this modern life that electrical engineers will find their place. Almost all aspects of life benefit from their expertise. Whether it is simple household appliances that have become more energy-efficient, or satellite technology used for communication, or autonomous systems and control systems, electrical engineers are involved everywhere contributing their expertise to ensure an essential part of the product ‘s and company’s success.

Course Structure:

Semester 1 Modules:

Electrical engineering 1 & practical course

Physics

Programming 1 & practical course

Digital Technology & practical course

Mathematics 1Analysis 1

Mathematics 2Linear Algebra

Semester 2 Modules:

Electrical engineering 2 & practical course

Metrology 1& practical course

Programming 2& practical course

Processor Technology& practical course

Mathematics 3analysis 2

Semester 3 Modules:

Electrical engineering 3 & practical course

Metrology 2 & practical course

Robotics

Digital Electronics labs

Electronics

Circuit design 1 & practical course

Semester 4 Modules:

Power electronics

Communication technology

Profile

Professional English

Circuit design 2 & practical course

Semester 5 Modules:

INTERNSHIP

Semester 6 Modules:

High frequency Engineering & practical course

Elective module

Communication networks

Digital Signal processing & practical course

Microcontroller& practical course

Seminar

Semester 7 Modules:

Bachelor-Thesis

Automation &practical course

Control Engineering &practical course

Elective module

Perspective & Job Prospects

After successfully completing your studies, you will graduate with a Bachelor of Engineering (B.Eng.), which will give you the opportunity to work in one of the numerous companies in the region or worldwide. Optionally, you have the opportunity to obtain your Master ‘s degree. Communication and automation technology plays a central role in the success of many industrial companies. From control technology for the infrastructure to device development in the software and hardware area, you can apply your acquired know-how in a variety of ways.