Türkçe
Muğla Vocational School Programme of Alternative Energy Sources Technologies

Qualification Awarded

The students are awarded with Pre-Bachelor Degree in Alternative Energy Resources Technology after completing all requirements of curriculum programme successfully and fulfilling all other requirements of graduation.

Specific Admission Requirements

The students' admission to Higher Education is based on a nation-wide Student Selection Examination (YGS). The examination is held once in a year and administered by the Student Selection and Placement Center (ÖSYM). The candidates are registered to Higher Education Institutions according to their examination scores and their high school grade point averages.

Qualification Requirements

In order to obtain a pre-bachelor degree in the field of alternative energy resources, students must successfully complete the compulsory and optional all courses (total of 120 ECTS) required to be taken in the program and average grade must be 2.0 out of 4.

Recognition of Prior Learning

The students of our university have the right to request the recognition of prior learning from their previous universities. For the recognition of their prior learning, they should submit their transcript and course contents to the relevant department in the first semester of registration year.

History

Muğla Vocational School, Alternative Energy Resources Technology Programme has started training with 30 students in 2013-2014 Academic Year. Besides, II. Education is also given in teaching from the period of 2014-2015.

Profile of the Programme

Nowadays, the importance of energy is increasing dramatically. That's why; the environment is effected by this phenomenon significantly. It is time to realize how we destroy the environment and we try to change our energy sources with the peaceful, clean and renewable energy sources. There is another important factor which is the saving energy with precautions in different energy usage areas. Energy is the most important element of economical growing and social developing and it plays an important role in increasing life standards. The sustainable and determined growing depends on continuous and high quality energy sources. Unfortunately, natural energy sources such as solar, wind, geothermal energy use are still limited. The main purpose of the present programme is to raise the professional staff in this field of work for the realization of cultivation and to train the high qualified technical staff with the responsibility of energy productivity and energy saving issues.

Program Outcomes

1- 1- Project management related to energy systems, workplace practices, work safety, worker health and environmental protection issues are conscious.
2- 2- They have knowledge about the design, manufacture and operation of energy systems.
3- 3- They give insight into the importance of renewable energy resources and makes analysis in terms of global cumulative installed power capacity.
4- 4- They have knowledge of solar panel production, maintenance and repair, and explain the method of generating electricity from solar energy.
5- 5- To establish solar hot water preparation system
6- 6- They have information about the structure of the wind turbines, maintenance and repair and explain the electric energy method produced by wind turbines
7- 7- To make basic applications of heat pump and geothermal energy
8- 8- To draw technical drawing
9- 9- To make computer aided design
10- 10- To make measurement and calculation applications
11- 11- To establish control and automation system
12- 12- To fulfil professional ethics values

Exam Regulations & Assesment & Grading

The examinations are evaluated as written, oral, homework, project or laboratory work according to the nature of the course in the calculation of the student's grade. As for the assessment of the examinations; 40% of one midterm exam and/or other studies which can be replaced instead of mid-term exam results take into consideration and the contribution of the final exam to the course grade is 60%. In this assessment, the course instructor takes into account the statistical results of the scores of the students taking the courses from the midterm and final exams and the notes taken are converted to a 4-letter system within the framework of the regulations. A student who receives one of the grades AA, BA, BB, CB and CC grades is considered successful. The DC and DD grades taken from a course are evaluated according to the graduate weighted average grade of the student. If the weighted grade point average of the student is above the success grade (2.00), these courses are defined as successful. In the interim years / years, this letter grade is evaluated by the coefficients in the calculation of the weighted general grade averages. The student who receives the FF grade is unsuccessful. Every student has to attend classes, practice, laboratory, project, seminar, workshop, semester work, graduation projects. Students who are not enrolled in at least 70% of the theoretical courses and at least 80% of the practical and laboratory studies are not allowed to take the final exams from those courses. Students have to repeat the relevant lessons until they fulfil the attendance requirement in the theoretical courses. Examinations are usually performed as writing. However, the teaching staff may also decide to perform an oral examination. According to the content of the courses, Students can be directed to the project study provided that they are indicated on the information form.

Graduation Requirements

Our program provides 2 year pre-bachelor degree education. In order to obtain a pre-bachelor degree in the field of alternative energy resources, students must successfully complete the compulsory and optional all courses (total of 120 ECTS) required to be taken in the program and average grade must be 2.0 out of 4.

Occupational Profiles of Graduates

The graduate students have opportunity to be employed in the distributing energy and technology companies working on manufacturing energy. They can also work in the public or private sectors based on environmental production.

Access to Further Studies

The graduate students can apply to the University Entrance Examination which is executed by ÖSYM. They can also complete their bachelor degree in Engineering such as Electrical Engineering, Electrical and Electronics Engineering, Energy Systems Engineering, and Physics Engineering.

Mode of Study

Pre-Bachelor

Programme Director

Instructor Dr. Bengül METİN

ECTS Coordinator

Instructor Cemil SUDA

Course Structure Diagram with Credits

1. Year - 1. Term
Course Unit Code Course Unit Title Course Type Theory Practice ECTS Print
AET1001 THE BASE ENERGY SOURCES Required 2 0 4
AET1003 TECHNICAL DRAWING Required 2 1 4
AET1005 ACADEMIC AND SOCIAL ORIENTATION Required 2 0 3
AET1007 BASIC ELECTRICAL AND ELECTRONICS Required 3 0 4
AET1501 JOB SAFETY Elective 2 0 3
ATB1801 ATATURK'S PRINCIPLES AND REVOLUTION HISTORY I Required 2 0 2
BYT1803 FINE ARTS Elective 2 0 3
BİP1801 INFORMATION AND COMMUNICATION TECHNOLOGY-I Required 2 0 3
MAP1805 MATHEMATICS-I Required 3 0 3
RTV1801 CONTACT Elective 2 0 3
TDB1801 TURKISH LANGUAGE I Required 2 0 2
YDB1801 ENGLISH I Required 2 0 2
YDB1803 GERMAN I Required 2 0 2
YDB1805 FRENCH I Required 2 0 2
       
1. Year - 2. Term
Course Unit Code Course Unit Title Course Type Theory Practice ECTS Print
AET1002 SCIENTIFIC PRINCIPLES OF TECHNOLOGY Required 2 0 3
AET1004 SOLAR ENERGY SYSTEMS Required 2 0 3
AET1006 ELECTRICAL CONTROL CIRCUITS Required 2 1 3
AET1008 MEASURING TECHNIQUE Required 1 1 3
AET1010 COMPUTER-AIDED DESIGN I Required 1 1 3
AET1502 PROFESSIONAL ETHICS Elective 2 0 3
ATB1802 ATATURK'S PRINCIPLES AND REVOLUTION HISTORY II Required 2 0 2
BİP1802 NFORMATION AND COMMUNICATION TECHNOLOGY II Required 2 0 3
BİP1814 WEB PAGE DESIGN Elective 2 0 3
MAP1806 MATHEMATICS-II Required 3 0 3
TDB1802 TURKISH LANGUAGE II Required 2 0 2
YDB1802 ENGLISH-II Required 2 0 2
YDB1804 GERMAN-II Required 2 0 2
YDB1806 FRENCH-II Required 2 0 2
İŞY1818 BUSINESS MANAGEMENT Elective 2 0 3
       
2. Year - 1. Term
Course Unit Code Course Unit Title Course Type Theory Practice ECTS Print
AET2001 POWER ELECTRONICS AND POWER SUPPLIES Required 2 1 3
AET2003 THERMODYNAMICS AND HEAT TRANSFER Required 3 0 3
AET2005 ENERGY STORAGE Required 2 0 2
AET2007 PRODUCTION OF ELECTRICITY WITH SOLAR ENERGY Required 2 1 3
AET2009 COMPUTER-AIDED DESIGN II Required 1 1 3
AET2497 VOCATIONAL TRAINING (15 working days) Required 0 0 4
AET2501 ENERGY PRODUCTION WITH BIOMASS Elective 2 0 3
AET2503 INSTALLATION AND PREVENTIVE MAINTENANCE Elective 2 0 3
AET2505 MATERIAL INFORMATION Elective 2 0 3
AET2507 ENERGY ECONOMY Elective 2 0 3
AET2509 PROFESSIONAL FOREIGN LANGUAGE I Elective 2 0 3
ELK2813 LIGHTING TECHNIQUE AND PROJECT Elective 2 0 3
HRK2511 LOCATION AND MAP INFORMATION Elective 2 0 3
İŞY2837 ENTREPRENEURSHIP Elective 2 0 3
       
2. Year - 2. Term
Course Unit Code Course Unit Title Course Type Theory Practice ECTS Print
AET2002 PRODUCTION OF ELECTRICITY WITH WIND ENERGY Required 2 0 3
AET2004 PROJECT PREPARATION TECHNIQUES Required 2 1 3
AET2008 INDUSTRIAL ECOLOGY Required 2 0 2
AET2010 HEAT PUMP AND GEOTHERMAL ENERGY Required 3 0 3
AET2498 VOCATIONAL TRAINING (15 working days) Required 0 0 4
AET2502 PROFESSIONAL FOREIGN LANGUAGE II Elective 2 0 3
AET2504 ENERGY MANAGEMENT AND POLICIES Elective 2 0 3
AET2506 MANUFACTURING METHODS Elective 2 0 3
AET2508 HYDRO ENERGY Elective 2 0 3
ELK2816 ELECTRIC MACHINES AND CUSTOM TAILOR.THE MOT. Elective 2 0 3
ELK2818 ELECTRIC POWER TRANSMISSION AND DISTRIBUTION Elective 2 0 3
ETP2810 PROGRAMMABLE CONTROLLERS Required 2 1 3
İŞY2802 QUALITY ASSURANCE AND STANDARDS Elective 2 0 3
İŞY2804 LABOR AND SOCIAL SECURITY LAW Elective 2 0 3
       
 

Evaluation Questionnaires

Course & Program Outcomes Matrix

1. Year - 1. Term
Ders AdıPy1Py2Py3Py4Py5Py6Py7Py8Py9Py10Py11Py12
THE BASE ENERGY SOURCES            
TECHNICAL DRAWING            
ACADEMIC AND SOCIAL ORIENTATION            
BASIC ELECTRICAL AND ELECTRONICS            
JOB SAFETY            
ATATURK'S PRINCIPLES AND REVOLUTION HISTORY I            
FINE ARTS            
INFORMATION AND COMMUNICATION TECHNOLOGY-I            
MATHEMATICS-I            
CONTACT            
TURKISH LANGUAGE I            
ENGLISH I            
GERMAN I            
FRENCH I            
             
1. Year - 2. Term
Ders AdıPy1Py2Py3Py4Py5Py6Py7Py8Py9Py10Py11Py12
SCIENTIFIC PRINCIPLES OF TECHNOLOGY            
SOLAR ENERGY SYSTEMS            
ELECTRICAL CONTROL CIRCUITS            
MEASURING TECHNIQUE            
COMPUTER-AIDED DESIGN I            
PROFESSIONAL ETHICS            
ATATURK'S PRINCIPLES AND REVOLUTION HISTORY II            
NFORMATION AND COMMUNICATION TECHNOLOGY II            
WEB PAGE DESIGN            
MATHEMATICS-II            
TURKISH LANGUAGE II            
ENGLISH-II            
GERMAN-II            
FRENCH-II            
BUSINESS MANAGEMENT            
             
2. Year - 1. Term
Ders AdıPy1Py2Py3Py4Py5Py6Py7Py8Py9Py10Py11Py12
POWER ELECTRONICS AND POWER SUPPLIES            
THERMODYNAMICS AND HEAT TRANSFER            
ENERGY STORAGE            
PRODUCTION OF ELECTRICITY WITH SOLAR ENERGY            
COMPUTER-AIDED DESIGN II            
VOCATIONAL TRAINING (15 working days)            
ENERGY PRODUCTION WITH BIOMASS            
INSTALLATION AND PREVENTIVE MAINTENANCE            
MATERIAL INFORMATION            
ENERGY ECONOMY            
PROFESSIONAL FOREIGN LANGUAGE I            
LIGHTING TECHNIQUE AND PROJECT            
LOCATION AND MAP INFORMATION            
ENTREPRENEURSHIP            
             
2. Year - 2. Term
Ders AdıPy1Py2Py3Py4Py5Py6Py7Py8Py9Py10Py11Py12
PRODUCTION OF ELECTRICITY WITH WIND ENERGY            
PROJECT PREPARATION TECHNIQUES            
INDUSTRIAL ECOLOGY            
HEAT PUMP AND GEOTHERMAL ENERGY            
VOCATIONAL TRAINING (15 working days)            
PROFESSIONAL FOREIGN LANGUAGE II            
ENERGY MANAGEMENT AND POLICIES            
MANUFACTURING METHODS            
HYDRO ENERGY            
ELECTRIC MACHINES AND CUSTOM TAILOR.THE MOT.            
ELECTRIC POWER TRANSMISSION AND DISTRIBUTION            
PROGRAMMABLE CONTROLLERS            
QUALITY ASSURANCE AND STANDARDS            
LABOR AND SOCIAL SECURITY LAW            
             
 

Muğla Sıtkı Koçman Üniversitesi, 48000 Kötekli/Muğla | Tel: + 90 (252) 211-1000 | Fax: + 90 (252) 223-9280
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