TEI of Patras - Education - Schools & Departments - Electrical Engineering Department

The mission of the Department of Electrical Engineering is to provide a high-level technological education to its graduates in the field of Electrical Engineering. The Department's course content covers the knowledge base of applied science and technology of Electrical Engineering, with emphasis on electrical infrastructure, electric energy systems and installations, automation, electronic and information systems, measurement systems and data processing, networks and communication systems and photovoltaic systems. For that reason the Department's training aims at:

To provide sufficient and high level fundamental engineering knowledge, so that graduates can comprehend and apply state-of-the art- technology but also to be able to follow evolving advances in their field. For this purpose versatility of knowledge is emphasized.
To provide state-of-the-art and specialized knowledge in their curriculum to allow graduates to be both competent and productive in their profession.
To concurrently emphasize the applied character of their training, so that the knowledge provided knowledge is immediately applicable and the graduates have knowledge and hands-on experience on real engineering problems.

As related to the Institute's mission and goals, the Electrical Engineering department has a clear technological direction; it produces personnel capable of contributing to the economical, social, and political growth of the district and the country. It maintains close relations with productive units and organized sectors of the economy, it has developed many co-operations with other Greek and foreign Tertiary Education Institutes, it is very active in the area of applied research and development and finally it supports the Electrical Engineering graduates in their participation in post graduate studies.

Department Secretary : Penelope Mourtzouchou - Kolokytha, Maria Aggelopoulou, Maria Mallopoulou.

Infrastructure Lessons Sector
Electric Energy and Electro-technical Applications Sector
Automation and Electronic Systems Sector

Physics Laboratory (Inter-Departmental)
Technical Drawing Laboratory (Inter-Departmental)
School of Technological Applications' Computer Centre (Introduction to Computer Use, Computer Programming)
Informatics Laboratory (Computer Simulated Electrical and Electronic Circuits)
Electrical Circuit Laboratory (Electrical Circuits Ι and ΙΙ, Electrical Measurements)
Electric Machines Laboratory (Electric Machines Ι, ΙΙ)
Power Electronics Laboratory (Power Electronics Industrial Electronics, Sensors and Technology)
Electrical Installations Laboratory (Building Electrical Installations and Automations, Computer-aided Electrical Circuits and Installations Design and Analysis)
Electrical Power Generation, Transmission and Distribution Laboratory (Transmission and Distribution of Electric Power, Electrical Power Installations)
Electrical Drives Laboratory (Electrical Drive Systems, Programmable Logic Controllers - PLCs)
Photovoltaic Technology and Applications
Powerline Communications Laboratory
Electrotechnical Applications Laboratory
Electronics Laboratory (Electronics Ι, ΙΙ, Design, Development and Implementation of Electronic Systems)
Automatic Control Systems (ACS) Laboratory ( ACS Ι and ΙΙ, Digital Signal Processing, Intelligent System Control (Neural Networks and Fuzzy Logic), Data Acquisition Systems)
Digital Systems Laboratory (Digital Systems, Digital Design)
Measurement Technology Laboratory (Measurement Technology,)
Microcomputers Laboratory (Microcomputers I and II, Computer Operation and Architecture, Control Networks)
Telecommunications and Networks Laboratory (Principles of Communications, Computer and Integrated Services Networks, Special Topics on Telecommunication Technology)
Television Station Studio (TV Broadcasting Systems Technology)

Departments Curriculum
1st Semester
Mathematics Ι
Physics
Electrical Circuit Theory Ι
Technical Drawing for Electrical Engineers
Electrical and Electronic Materials Technology
Introduction to computer use
2nd Semester
Mathematics ΙΙ
Electrical Circuits Theory ΙΙ
Electrical measurements
Computer programming
Electronics Ι
Environmental Protection and Pollution Control
3rd Semester
Mathematics ΙΙΙ
Electrical Machines Ι
Electronics ΙΙ
Digital Systems Ι
Signal Analysis
Computer Simulated Electrical and Electronic Circuits
4th Semester
Electrical Power Generation
Electrical Machines ΙΙ
Microcomputers Ι
Control Systems Ι
Principles of Communication
Foreign Language Terminology
5th Semester
Building Electrical Installations and Automations
Power and Industrial Electronics
Automatic Control Systems ΙΙ
CC-A Course Choice or Digital Design
Sensor and Technology or Microcomputers ΙΙ
Occupational Safety and Health
6th Semester
Electromotive systems
Electric Power Installations
Electro-technical Applications or Digital Signal Processing
CC-A Course Choice or Measurement Technology
Technical Legislation
7th Semester
Transmission and Distribution of Electric Power
High Voltage Technology or Control Networks
Lighting Technology or CC-B Course Choice
Computer-aided design of Electrical Circuits and Installations or CC-B Course Choice
Total Quality Management
8th Semester
Practical Training (Intership)
Thesis (Final Year Project)