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Erasmus ECTS Information Package

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<strong>Erasmus</strong> <strong>ECTS</strong> <strong>Information</strong> <strong>Package</strong><br />

Faculty of EEEA<br />

3243 Lightening and Installation Equipment<br />

<strong>ECTS</strong> credits: 7<br />

Weekly classes: 3lec+0sem+2labs+0ps+2cw<br />

Assessment: exam<br />

Type of exam: written and oral<br />

Departments involved:<br />

Department of Electrical Power Engineering<br />

Faculty of Electrical Engineering, Electronics and Automation<br />

Lecturers:<br />

Principal Assistant Orlin Lubomirov Petrov, MEng, PhD, Department of Electrical Power Engineering,<br />

tel: 082 888 301, E-mail: opetrov@uni-ruse.bg<br />

Abstract:<br />

The lecture course has a general engineering character. Issues about the lightening and installation equipment are<br />

discussed which are the base for studying special issues from the same sphere and which are discussed during<br />

the higher stages of the degree course. The subject is based on knowledge, acquired during the courses in Higher<br />

Mathematics, Physics, Theory of Electrical Engineering, Company Management and Economics. It is a<br />

prerequisite for the courses in Lightening Equipment, Electrical power supply, Technical exploitation of electrical<br />

devices and the Final year project.<br />

Course content:<br />

General notions, values and parameters in the lightening and installation equipment. Lightening sources.<br />

Lightening equipment. Systems and types of lightening. Quantity and quality indicators of the lightening<br />

equipment. Lightening calculations. Electrical installations – classification and basic elements. Electrical<br />

installation items. Choice of the elements of the electrical installations. Protection from damage of electrical<br />

current. Special design of electrical installations. Regulation requirements in designing of lightening equipment and<br />

electrical installations. Content and implementation of the graphic and text documents of the projects of lightening<br />

equipment and electrical installations.<br />

Teaching and assessment:<br />

Teaching is based on using classical and modern forms. Acting models and natural patterns are used during the<br />

laboratory exercises. The subject includes a course assignment, consisting of a project development of lightening<br />

equipment and electrical installation of a small industrial site. The exam includes: a) written part on topics from the<br />

study material; b) submitting and presentation of the course assignment. Different marks are received for these<br />

activities, from which a total mark is formed (the emphasis of the marks are: 0,6 – on item a; 0,4 – on item b).<br />

3244 Electrical Transport<br />

<strong>ECTS</strong> credits: 6<br />

Weekly classes: 3lec+0sem+2labs+0ps<br />

Assessment: exam<br />

Type of exam: written<br />

Departments involved:<br />

Department of Electrical Power Engineering<br />

Faculty of Electrical Engineering, Electronics and Automation<br />

Lecturers:<br />

Assoc. Prof. Hristo Georgiev Andreev, MEng, PhD, Dept. of Electrical Power Engineering,<br />

tel.: 082 888 661; E-mail: handreev@uni-ruse.bg<br />

Principal Assistant Konstantin Georgiev Koev, MEng, PhD, Department of Electrical Power Engineering,<br />

tel.: 082 888 661, E-mail: kkoev@uni-ruse.bg<br />

Abstract:<br />

The course aims at providing knowledge in the field of electric transport. Different systems for electrical supply of<br />

electrical transport are reviewed. The main types of electronic converters used in electrical transport are reviewed.<br />

Some attention is given to accumulator batteries.<br />

Course pre-requisites include Electrical machines, Electronics and microprocessor systems, Theory of Electrical<br />

engineering, etc. The course is a pre-requisite for the Final Year project.<br />

Course content:<br />

Traction substation supply systems. Mains supply systems. Electronic converters. Batteries. Chargers.<br />

Teaching and assessment:<br />

Instruction is carried out through lectures. Lab exercises follow the lectures. Active models are used in the lab<br />

exercises. Three written tests are administered. The continuous assessment of each student is based on the<br />

results from the lab work and the tests.<br />

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