The Program aims to develop graduates with in-depth theoretical and technical knowledge in the main domains of Electrical Engineering. The courses offered, are strongly supported by relevant laboratory infrastructure and constitute a balance between theoretical and practical study in the core domains of Electrical Engineering and their implementation in real world applications. Furthermore, the Program prepares its graduates for direct employment and successful career as electrical engineers and lays the foundation for further graduate studies.

In addition to the General Electrical Engineering direction, the specialization of Renewable Energy Sources and Sustainable Energy Systems is offered for Electrical Engineering students aiming to prepare them for career and immediate contribution to the industry and society in the above field, through the design, development, construction, application, operation and maintenance of renewable energy systems and the promotion of more sustainable living through the implementation of new technologies and innovations.

Entry Requirements

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Curriculum

Electrical Engineering

Required Modules

Freshman Electrical Engineering

Digital Circuits I

Digital Circuits II

Programming Principles

Circuit Analysis I

Circuit Analysis II

Instrumentation And Measurements

Electronics I

Electronics II

Computer Architecture

Electrical Engineering Workshop

Random Signals And Systems

Computational Methods And Algorithms For Electrical Engineers

Signals Systems And Transforms

Introduction To Electromagnetics

Transmission Lines And Waves

Communication Systems I

Electrical Engineering Problem Solving Using Matlab And Simulink

Control Engineering

Introduction To Power Systems

Power System Analysis

Electrical Machines

Embedded Systems

Automation And Robotics

Communication Systems II

Digital Signal Processing

Digital Integrated Circuits I

Introduction To Senior Project

Senior Project

Technical Writing And Communication

Calculus And Analytic Geometry I

Calculus And Analytic Geometry II

Linear Algebra With Matlab

Differential Equations

Calculus III

Physics I

Physics II

Technical Electives Modules

Statics

Microprocessors And Computer Interfacing

Data Acquisition And Automation Systems

Microprocessor Architecture

Digital Image Processing

Rf Engineering

Antennas And Radars

Antennas Laboratory

Modern Control Systems Analysis

Dynamic Control Systems Laboratory

Discrete Control Systems

Introduction To Optimization Methods And Applications

Programmable Logic Controllers For Industrial Applications

Digital Integrated Circuits II

Wireless Communications

IEE Wiring Regulations Part I

IEE Wiring Regulations Part II

Electrical Installation Design And Applications

Advanced Electric Power System Analysis

Basic Power System Protection

Power System Control And Stability

Power Electronics

Renewable Energy Sources

Lighting Engineering

Introduction To Biomedical Engineering

Industrial Placement In Electrical Engineering

Fiber Optic Communications

Project Management For Engineers

Renewable Energy Sources and Sustainable Energy Systems

Required Modules

Freshman Electrical Engineering

Digital Circuits I

Digital Circuits II

Programming Principles

Circuit Analysis I

Circuit Analysis II

Instrumentation And Measurements

Electronics I

Electronics II

Introduction To Renewable Energy Systems

Computer Architecture

Electrical Engineering Workshop

Random Signals And Systems

Signals Systems And Transforms

Introduction To Electromagnetics

Transmission Lines And Waves

Control Engineering

Introduction To Power Systems

Power System Analysis

Electrical Machines

Solar Energy

Sustainable Energy I

Wind Energy

Automation And Robotics

Communication Systems II

Digital Signal Processing

Design Of Photovoltaic Systems

Renewable Energy Sources Instrumentation And Measurements

Introduction To Res&Ses Senior Project

Res&Ses Senior Project

Technical Writing And Communication

Calculus And Analytic Geometry I

Calculus And Analytic Geometry II

Linear Algebra With Matlab

Differential Equations

Calculus III

Physics I

Physics II

Required for RES&SES Modules

IEE Wiring Regulations Part I

IEE Wiring Regulations Part II

Lighting Engineering

Smart Grids And Control

Thin Film Solar Cells

Power Electronics For Renewable Energy Systems

Nanotechnology Applications

Sustainable Energy II

Industrial Placement In Electrical Engineering

Careers

The graduates of the Program have the knowledge and skills required for the design, implementation, and administration of electrical engineering systems.

They fulfil the requirements for employment in the public or private sectors as electrical engineers, and they acquire working privileges in the areas of:

power production and distribution
electrical installations
communication systems design
maintenance and in areas of the industry related to automation systems

The graduates of the program can also be employed as educators in public or secondary schools with technical direction and are eligible to register to the Technical Chamber of Cyprus (ETEK) in both "Electrical Engineering" and "Electronic Engineering