BSc in Electrical Engineering
School of Engineering

BSc in Electrical Engineering

BSc in Electrical Engineering
School of Engineering

BSc in Electrical Engineering

PROGRAM DETAILS

Duration4 years

Fees
€8,400 per year

LanguageEnglish

CampusNicosia - Limassol

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Qualification Awarded BSc in Electrical Engineering
Level Of Qualification Bachelor (1st Cycle Degree)
Offered by Department of Electrical Engineering, Computer Engineering and Informatics
Mode of Study Full Time or Part Time

The program of BSc in Electrical Engineering is designed for students aiming to acquire broad theoretical and technical knowledge in the multidisciplinary field of Electrical Engineering. The program equips the students with skills and experience in the engineering design process and the solution of engineering problems, related to generation transmission and distribution of Electric Power via conventional or renewable energy sources, Analog and Digital Electronic Systems, Telecommunication Systems and Automation and Control Systems. The courses offered, are strongly supported by relevant laboratory infrastructure of the latest technology and constitute a balance between theoretical and practical study of the above electrical engineering systems study and their implementation in real world applications. The students are involved in research activities in key technology fields, have the opportunity to gain work experience through industrial placements and the graduates are prepared for direct employment as electrical engineers with the foundation for further graduate and research studies in the field.|

Specialization in Renewable Energy Sources and Sustainable Energy Systems
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.

The language of instruction for both the general direction and the specialization is English.

  1. Apply appropriate mathematical, science and engineering methods and use computer software to solve electrical engineering related problems.
  2. Use state-of-the-art Electronic Design Automation (EDA) software and hardware tools, as well as laboratory equipment to design, test and evaluate analogue and digital systems.
  3. Design, program, develop and evaluate electronic systems as well as automation systems based on PLCs and embedded systems, or integrated of-the-shelf components to meet defined and specified requirements.
  4. Analyze and design reliable analog and digital communication systems.
  5. Use analytical methods and modelling techniques to evaluate electrical engineering systems (control, communication, power, electronic) and components in terms of general quality attributes and possible trade-offs presented within the given problem.
  6. Evaluate the capabilities and limitations of existing and emerging technologies in the field of power generation and distribution using sustainable and renewable energy sources.
  7. Assess the capabilities and limitations of existing and emerging communication systems.
  8. Demonstrate awareness on the forefront of knowledge in the field of electrical engineering and on the emerging information and communication technologies.
  9. Demonstrate awareness on the role of engineers in society and the professional and ethical responsibilities of engineers.
  10. Retrieve and analyze information from different sources, including information retrieval through databases and on-line computer searches.
  11. Demonstrate competency in oral and written communication skills, as well as in the use of relevant computing technologies and tools.
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 and 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 private secondary schools with technical direction and are eligible to register to the Technical Chamber of Cyprus (ETEK) in the specializations of Electrical and Electronic Engineering.
Specific Admission Requirements
Candidates can be admitted to the Program only if they satisfy the general admission requirements of the University.

For the Electrical Engineering BSc program, all candidates must take a placement test in Mathematics and English, prior to their enrolment in the Program. Candidates who fail the placement test must enrol under a probation status and are required to register to relevant foundation courses. Student workload for these foundation courses is accounted in the total student workload, which is limited to the maximum of 30 ETCS per semester.

Recognition of Prior Learning
Candidates who have completed university level work in an accredited program are eligible to apply for transfer admission. Candidates can be granted transfer credits according to the general arrangements for recognition of prior learning of the University.
Examination Regulations, Assessment and Grading
There are no specific examination regulations, assessment and grading methods employed by this Program. The examination regulations, assessment methods and grading system for this Program are the same as the relevant general university regulations.

Graduation Requirements
Students are eligible for graduation after successfully completing 240 ECTS credits in the courses listed in the Program Structure.
Furthermore, a student can graduate only if their CGPA is greater or equal to 5.00 out of 10.00. Graduating students with a CGPA less than 5.00 might have to take extra courses or repeat a number of courses in order to improve their grades.

Access to Further Studies
The graduates of the Program have access to graduate studies (2nd and 3rd Cycle) in disciplines related with the discipline of electrical engineering.

General Electrical Engineering

Module Group
ECTS

The student must successfully complete 200 ECTS, from the following list of modules:

No.CodeNameECTSHours / week
1ACOE161DIGITAL LOGIC53+2
2ACOE201COMPUTER ORGANISATION AND ARCHITECTURE53+2
3ACOE343REAL TIME EMBEDDED SYSTEMS62+2
4ACSC182PROGRAMMING PRINCIPLES I52+2
5AEEE192DIGITAL SYSTEMS DESIGN53
6AEEE222CIRCUIT ANALYSIS I53+1
7AEEE223CIRCUIT ANALYSIS II53+1
8AEEE225INSTRUMENTATION AND MEASUREMENTS53+1
9AEEE238ELECTRONICS I53+1
10AEEE239ELECTRONICS II53+1
11AEEE298ELECTRICAL ENGINEERING WORKSHOP52+2
12AEEE305RANDOM SIGNALS AND SYSTEMS53
13AEEE310SIGNALS SYSTEMS AND TRANSFORMS63
14AEEE312INTRODUCTION TO ELECTROMAGNETICS63
15AEEE313TRANSMISSION LINES AND WAVES63+1
16AEEE319COMPUTATIONAL METHODS FOR ELECTRICAL ENGINEERS53
17AEEE321COMMUNICATION SYSTEMS I63+1
18AEEE323ELECTRICAL ENGINEERING PROBLEM SOLVING USING MATLAB AND SIMULINK63+2
19AEEE345CONTROL ENGINEERING63+1
20AEEE349GENERATION AND TRANSMISSION OF ELECTRICAL ENERGY53
21AEEE351POWER SYSTEM ANALYSIS63+1
22AEEE352ELECTRICAL MACHINES63+1
23AEEE414ROBOTICS63
24AEEE422COMMUNICATION SYSTEMS II63+1
25AEEE424DIGITAL SIGNAL PROCESSING63
26AEEE456POWER ELECTRONICS63
27AEEE498INTRODUCTION TO SENIOR PROJECT63
28AEEE499SENIOR PROJECT61
29AENG201TECHNICAL WRITING AND COMMUNICATION53
30AMAT111CALCULUS AND ANALYTIC GEOMETRY I53
31AMAT122CALCULUS AND ANALYTIC GEOMETRY II53
32AMAT181LINEAR ALGEBRA WITH MATLAB53
33AMAT204DIFFERENTIAL EQUATIONS53
34AMAT223CALCULUS III53
35APHY111PHYSICS I53+1
36APHY112PHYSICS II53+1
37AEEE170ELECTRICAL PRINCIPLES53+1

The student must successfully complete 30 ECTS, from the following list of modules:

No.CodeNameECTSHours / week
1ACOE313COMPUTER NETWORKS I63+1
2ACOE323COMPUTER NETWORKS II63
3ACSC183PROGRAMMING PRINCIPLES II63+1
4ACSC368ARTIFICIAL INTELLIGENCE63
5AEEE138ELECTRICAL AND ELECTRONIC MATERIALS AND DEVICES63
6AEEE419DIGITAL IMAGE PROCESSING63
7AEEE423RF ENGINEERING63
8AEEE425ANTENNAS AND RADARS63
9AEEE431MODERN CONTROL SYSTEMS ANALYSIS63
10AEEE432DYNAMIC CONTROL SYSTEMS LABORATORY63
11AEEE433DISCRETE CONTROL SYSTEMS63
12AEEE434INTRODUCTION TO OPTIMIZATION METHODS AND APPLICATIONS63
13AEEE435PROGRAMMABLE LOGIC CONTROLLERS FOR INDUSTRIAL APPLICATIONS63
14AEEE438VLSI DESIGN63
15AEEE444WIRELESS COMMUNICATIONS63
16AEEE450IEE WIRING REGULATIONS PART I63
17AEEE451IEE WIRING REGULATIONS PART II63
18AEEE452ELECTRICAL INSTALLATION DESIGN AND APPLICATIONS63
19AEEE454BASIC POWER SYSTEM PROTECTION63
20AEEE455POWER SYSTEM CONTROL AND STABILITY63
21AEEE457RENEWABLE ENERGY SOURCES63
22AEEE458LIGHTING ENGINEERING63
23AEEE470INDUSTRIAL PLACEMENT IN ELECTRICAL ENGINEERING63
24AEEE471SPECIAL TOPICS IN ELECTRICAL ENGINEERING I63
25AEEE472SPECIAL TOPICS IN ELECTRICAL ENGINEERING II63
26AEEE493FIBER OPTIC COMMUNICATIONS63
The student must successfully complete 10 ECTS from courses that can be considered as free electives. A free elective is considered any course offered by another Department for which the student is eligible to register
Total
240
Semesters
ECTS
No.CodeNameECTS
1ACSC182PROGRAMMING PRINCIPLES I5
2AEEE170ELECTRICAL PRINCIPLES5
3AMAT111CALCULUS AND ANALYTIC GEOMETRY I5
4AMAT181LINEAR ALGEBRA WITH MATLAB5
5APHY111PHYSICS I5
6FREE ELECTIVE5
TOTAL30
No.CodeNameECTS
1ACOE161DIGITAL LOGIC5
2AEEE222CIRCUIT ANALYSIS I5
3AEEE238ELECTRONICS I5
4AMAT122CALCULUS AND ANALYTIC GEOMETRY II5
5APHY112PHYSICS II5
6APHY112PHYSICS II5
TOTAL30
No.CodeNameECTS
1ACOE201COMPUTER ORGANISATION AND ARCHITECTURE5
2AEEE192DIGITAL SYSTEMS DESIGN5
3AEEE223CIRCUIT ANALYSIS II5
4AEEE225INSTRUMENTATION AND MEASUREMENTS5
5AENG201TECHNICAL WRITING AND COMMUNICATION5
6AMAT204DIFFERENTIAL EQUATIONS5
TOTAL30
No.CodeNameECTS
1AEEE239ELECTRONICS II5
2AEEE298ELECTRICAL ENGINEERING WORKSHOP5
3AEEE305RANDOM SIGNALS AND SYSTEMS5
4AEEE319COMPUTATIONAL METHODS FOR ELECTRICAL ENGINEERS5
5AEEE349GENERATION AND TRANSMISSION OF ELECTRICAL ENERGY5
6AMAT223CALCULUS III5
TOTAL30
No.CodeNameECTS
1AEEE310SIGNALS SYSTEMS AND TRANSFORMS6
2AEEE312INTRODUCTION TO ELECTROMAGNETICS6
3AEEE345CONTROL ENGINEERING6
4AEEE351POWER SYSTEM ANALYSIS6
5AEEE456POWER ELECTRONICS6
TOTAL30
No.CodeNameECTS
1AEEE313TRANSMISSION LINES AND WAVES6
2AEEE321COMMUNICATION SYSTEMS I6
3AEEE323ELECTRICAL ENGINEERING PROBLEM SOLVING USING MATLAB AND SIMULINK6
4AEEE352ELECTRICAL MACHINES6
5TECHNICAL ELECTIVE6
TOTAL30
No.CodeNameECTS
1AEEE414ROBOTICS6
2AEEE422COMMUNICATION SYSTEMS II6
3AEEE498INTRODUCTION TO SENIOR PROJECT6
4TECHNICAL ELECTIVE6
5TECHNICAL ELECTIVE6
TOTAL30
No.CodeNameECTS
1ACOE343REAL TIME EMBEDDED SYSTEMS6
2AEEE424DIGITAL SIGNAL PROCESSING6
3AEEE499SENIOR PROJECT6
4TECHNICAL ELECTIVE6
5TECHNICAL ELECTIVE6
TOTAL30

Specialization: Renewable Energy Sources and Sustainable Energy Systems

Module Group
ECTS

The student must successfully complete 204 ECTS, from the following list of modules:

No.CodeNameECTSHours / week
1AEEE170ELECTRICAL PRINCIPLES53+1
2ACSC182PROGRAMMING PRINCIPLES I52+2
3AMAT111CALCULUS AND ANALYTIC GEOMETRY I53
4AMAT181LINEAR ALGEBRA WITH MATLAB53
5APHY111PHYSICS I53+1
6ACOE161DIGITAL LOGIC53+2
7AEEE222CIRCUIT ANALYSIS I53+1
8AEEE238ELECTRONICS I53+1
9AMAT122CALCULUS AND ANALYTIC GEOMETRY II53
10APHY112PHYSICS II53+1
11ACOE201COMPUTER ORGANISATION AND ARCHITECTURE53+2
12AEEE192DIGITAL SYSTEMS DESIGN53
13AEEE223CIRCUIT ANALYSIS II53+1
14AEEE225INSTRUMENTATION AND MEASUREMENTS53+1
15AENG201TECHNICAL WRITING AND COMMUNICATION53
16AMAT204DIFFERENTIAL EQUATIONS53
17AEEE239ELECTRONICS II53+1
18AEEE298ELECTRICAL ENGINEERING WORKSHOP52+2
19AEEE305RANDOM SIGNALS AND SYSTEMS53
20AEEE319COMPUTATIONAL METHODS FOR ELECTRICAL ENGINEERS53
21AEEE349GENERATION AND TRANSMISSION OF ELECTRICAL ENERGY53
22AMAT223CALCULUS III53
23AEEE260INTRODUCTION TO RENEWABLE ENERGY SYSTEMS63+1
24AEEE310SIGNALS SYSTEMS AND TRANSFORMS63
25AEEE312INTRODUCTION TO ELECTROMAGNETICS63
26AEEE351POWER SYSTEM ANALYSIS63+1
27AEEE361SUSTAINABLE ENERGY I63
28AEEE313TRANSMISSION LINES AND WAVES63+1
29AEEE321COMMUNICATION SYSTEMS I63+1
30AEEE352ELECTRICAL MACHINES63+1
31AEEE360SOLAR ENERGY63
32AEEE362WIND ENERGY63
33AEEE345CONTROL ENGINEERING63+1
34AEEE460DESIGN OF PHOTOVOLTAIC SYSTEMS63
35AEEE461RENEWABLE ENERGY SOURCES INSTRUMENTATION AND MEASUREMENTS63
36AEEE498INTRODUCTION TO SENIOR PROJECT63
37AEEE424DIGITAL SIGNAL PROCESSING63
38AEEE499RES & SES SENIOR PROJECT63

The student must successfully complete 24 ECTS, from the following list of modules:

No.CodeNameECTSHours / week
1AEEE458LIGHTING ENGINEERING63
2AEEE462SMART GRIDS AND CONTROL63
3AEEE463THIN FILM SOLAR CELLS63
4AEEE464POWER ELECTRONICS FOR RENEWABLE ENERGY SYSTEMS63
5AEEE465NANOTECHNOLOGY APPLICATIONS63
6AEEE466SUSTAINABLE ENERGY II63
7AEEE470INDUSTRIAL PLACEMENT IN ELECTRICAL ENGINEERING63
8AEEE473SPECIAL TOPICS IN RES & SES ENGINEERING I63
9AEEE474SPECIAL TOPICS IN RES & SES ELECTRICAL ENGINEERING II63
The student must successfully complete 10 ECTS from courses that can be considered as free electives. A free elective is considered any course offered by another Department for which the student is eligible to register
Total
240
Semesters
ECTS
No.CodeNameECTS
1ACSC182PROGRAMMING PRINCIPLES I5
2AEEE170ELECTRICAL PRINCIPLES5
3AMAT111CALCULUS AND ANALYTIC GEOMETRY I5
4AMAT181LINEAR ALGEBRA WITH MATLAB5
5APHY111PHYSICS I5
6FREE ELECTIVE5
TOTAL30
No.CodeNameECTS
1ACOE161DIGITAL LOGIC5
2AEEE222CIRCUIT ANALYSIS I5
3AEEE238ELECTRONICS I5
4AMAT122CALCULUS AND ANALYTIC GEOMETRY II5
5APHY112PHYSICS II5
6FREE ELECTIVE5
TOTAL30
No.CodeNameECTS
1ACOE201COMPUTER ORGANISATION AND ARCHITECTURE5
2AEEE192DIGITAL SYSTEMS DESIGN5
3AEEE223CIRCUIT ANALYSIS II5
4AEEE225INSTRUMENTATION AND MEASUREMENTS5
5AENG201TECHNICAL WRITING AND COMMUNICATION5
6AMAT204DIFFERENTIAL EQUATIONS5
TOTAL30
No.CodeNameECTS
1AEEE239ELECTRONICS II5
2AEEE298ELECTRICAL ENGINEERING WORKSHOP5
3AEEE305RANDOM SIGNALS AND SYSTEMS5
4AEEE319COMPUTATIONAL METHODS FOR ELECTRICAL ENGINEERS5
5AEEE349GENERATION AND TRANSMISSION OF ELECTRICAL ENERGY5
6AMAT223CALCULUS III5
TOTAL30
No.CodeNameECTS
1AEEE260INTRODUCTION TO RENEWABLE ENERGY SYSTEMS6
2AEEE310SIGNALS SYSTEMS AND TRANSFORMS6
3AEEE312INTRODUCTION TO ELECTROMAGNETICS6
4AEEE351POWER SYSTEM ANALYSIS6
5AEEE361SUSTAINABLE ENERGY I6
TOTAL30
No.CodeNameECTS
1AEEE313TRANSMISSION LINES AND WAVES6
2AEEE321COMMUNICATION SYSTEMS I6
3AEEE352ELECTRICAL MACHINES6
4AEEE360SOLAR ENERGY6
5AEEE362WIND ENERGY6
TOTAL30
No.CodeNameECTS
1AEEE345CONTROL ENGINEERING6
2AEEE460DESIGN OF PHOTOVOLTAIC SYSTEMS6
3AEEE461RENEWABLE ENERGY SOURCES INSTRUMENTATION AND MEASUREMENTS6
4AEEE498INTRODUCTION TO SENIOR PROJECT6
5TECHNICAL ELECTIVE6
TOTAL30
No.CodeNameECTS
1AEEE424DIGITAL SIGNAL PROCESSING6
2AEEE499RES & SES SENIOR PROJECT6
3TECHNICAL ELECTIVE6
4TECHNICAL ELECTIVE6
5TECHNICAL ELECTIVE6
TOTAL30
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The delivery of the program of study is supported by the following members of staff:

RankName
ProfessorProf. Michael Komodromos
ProfessorProf. Costas Kyriacou
ProfessorDr. Symeon Nikolaou
Professor - Programme Coordinator Prof. Christos Themistos
Associate ProfessorDr. Haris Charalambous
Associate ProfessorDr. Nicolas Christofides
Associate ProfessorDr. Andreas Constantinides
Associate ProfessorDr. Giorgos Demetriou
Associate ProfessorDr. Theodoros Leontiou
Associate ProfessorDr. Marios Lestas
Associate ProfessorDr. Antonis Papadakis
Associate ProfessorDr. Alexis Polycarpou
Associate ProfessorDr. Photos Vryonides
Assistant ProfessorDr. Marios Charalambides
Assistant ProfessorDr. Chrysostomos Chrysostomou
Assistant ProfessorDr. Harris Papadopoulos
Assistant ProfessorDr. Constantinos Tatas
Special Teaching StaffMs. Sofi Papatheocharous
Postgraduate AssociateMr. Christophoros Kronis
Lab AssistantMr. Stylianos Georgiou
Lab AssistantDr. Marinos Giannakou
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Nicosia +357 22 394394 Limassol +357 25 730975