| Application deadline: | Call for applications has been published on May 29th; Deadline for applicants: September 1st; Enrollment: September 30th 2011 |
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| Start date: | October 2013 |
| Credits: | 120 ECTS |
| Duration full-time: | 24 months |
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| Delivery mode: | On Campus |
| Educational variant: | Part-time |
Second degree Masters study program Energy Technology is an advanced program of the university degree study program Energy Technology. Students will further consolidate their knowledge from a wider professional field. They will develop skills needed for finding new sources of professional and scientific knowledge; for applying scientific and research methods in order to solve various problems that have occurred under the new or changed circumstances; for taking the responsibility for managing most complex systems; for developing skills for critical reflections, social and communication competences for team-work.
The objectives of the study courses are focused on:
* identifying, analyzing and organizing energy systems, specifically on hydropower, thermal and nuclear energy systems,
* explore the complex technical and technological operations and processes in an organization with a focus on energy management systems,
* identification of compliance with organic standards, operations and activities in energy systems,
* use of information management systems in the energy systems,
* knowledge of business management and organization as a system,
* training for in-depth scientific work in the interdisciplinary field of energy systems and energy technologies,
* training for a further studies.
Based on these objectives, graduates will achieve theoretical knowledge and the knowledge for practical application of the courses and meet the general and subject-specific competencies.
General competencies, obtained with the program:
Graduates of the Master´s course of Energy technology will obtain:
* the ability of the expert analysis, synthesis solutions and consequences in the energy systems, processes and functions,
* ability to take decisions in energy systems and processes,
* the ability to use theoretical knowledge for solving problems in practice in the management of energy systems,
* the ability to use research methods, procedures and processes in energy systems, processes and functions,
* ability to work and create in an international environment with an emphasis on the exploitation of conventional and alternative energy sources,
* the ability to use modern technological methods, procedures and processes in the energy field
* autonomy and self-esteem in the professional work,
* ethical reflection and deep commitment to professional ethics, evaluated in an international environment,
* cooperativeness and ability to work in a team,
* leading the expert groups,
* a tendency to train for further studies,
* the ability to integrate knowledge from various fields and its use in concrete applications in organizations in particular the energy branch,
* the ability to manufacture separate expert opinions on the field of functioning of the energy system,
* ability to plan, control and manage a large investment projects in the development of energy systems (repair, modification or construction of power plants),
* ability to cooperate with the environment in the preparation and execution of investment works in the field of energy systems,
* autonomy and self-management of the knowledge base.
Specific competencies to be acquired by the program:
Graduates of the Master´s course of Energy technology will obtain:
* the ability to solve practical problems in the field of energy technology systems,
* the ability to permanently solve problems in specific business processes by using modern scientific methods and procedures,
* the ability to understand and place new information and interpretations in the context of the fundamental disciplines,
* knowledge and understanding of the history of the development of basic disciplines,
* the ability to understand the systemic approach,
* the ability to understand the general structure of the basic discipline and cohesion among its subdisciplines,
* the ability of understanding and use of methods of critical analysis and development theories and their application in solving practical business problems,
* the ability of intensive and continuous use of information and communication technologies in energy systems,
* the ability of intensive and continuous use of information management systems in the operation and management of energy system,
* knowledge of modern technology, operations, methodology and organization of work in their specific working environment,
* the ability of continued development of judgment in critical decision-making in the dynamics of energy systems and processes,
* the ability of creation of communication skills and abilities, especially the permanent communication in an international environment in the energy field,
* construction and design of energy systems.
The programme consists of core and optional modules/subjects.
Winter semester of first year of study consists of core subjects only: Operations Research, Optimization Of Energetic Systems, Maintenance Of Systems I, Supply Of Industrial Buildings, Sensor Systems, High Voltage And Large Current Technique and Nuclear Installation And Irradiation Facilities and following.
Other three semestres of study consists of the following core subjects: Individual research work, Methods Of Research And Development and Masters dissertation; optional modules: General Modul I, General Modul II, General Modul III, Nuclear Modul, Hydroenergetic Modul, Thermoenergetic Modul and 20 optional subjects.
Each Modul comprises of three subjects.
In summer semester of first year students choose 2 of 6 Modules. Second year of study so includes Individual research work, Methods Of Research And Development, one optional module with three subjects, two optional subjects and Masters dissertation.
All subjects (learning units) have ECTS credit points, which means that each semester has 30 ECTS and each academic year has 60 ECTS.
The admission to postgraduade Master's degree study program Energy Technology can be made if the candidate has completed
a) First degree study programme in adequate professional field: energy technology, mechanical engineering, civil engineering, electro-technical engineering, computer science, informatics, mathematics, physics, chemical technology, water and municipal engineering, mechatronics, electronics, telecommunications, power, mining and geotechnology, agriculture or any other study programme comparable with above mentioned.
b) First degree study programme in other professional fields, if the student, before the enrolment into study programme, accomplishes study obligations that are essential for continuing the study - the obligations from undergraduate first degree study programme Energy Technology in the amount of 13 ECTS or else the following subjects: Technics And Devices In Power Production, Nuclear Fuel Chemistry, Energy Conversion, Energy Networks
c) Higher education professional study programme (adopted prior to 11. 6. 2004) in adequate professional field: energetics, mechanical engineering, civil engineering, electro-technical engineering, computer science, informatics, mathematics, physics, chemical technology, water and municipal engineering, mechatronics, electronics, telecommunications, power, mining and geotechnology, agriculture or any other study programme comparable with above mentioned.
d) Higher education professional study programme (adopted prior to 11. 6. 2004) in other professional fields, if the student, before the enrolment into study programme, accomplishes study obligations that are essential for continuing the study - the obligations from undergraduate first degree study programme Energy Technology in the amount of 13 ECTS or else the following subjects: Technics And Devices In Power Production, Nuclear Fuel Chemistry, Energy Conversion, Energy Networks
Transition in the 2nd year of Master's study program Energy Technology can be made by:
a) a graduate of a university study program, adopted before the 11th 6. 2004, with the relevant professional fields energy technology, mechanical engineering, civil engineering, electro-technical engineering, computer science, informatics, mathematics, physics, chemical technology, water and municipal engineering, mechatronics, electronics, telecommunications, power, mining and geotechnology, agriculture or any other study programme comparable with above mentioned - recognized 60 ECTS points.
b) a graduate of a university study program, adopted before the 11th 6. 2004, with other professional fields as mentioned in point a.) - recognized 44 ECTS points.
c) the candidate who finished a higher professional study program and the study program to obtain a specialization in relevant professional fields: energy technology, mechanical engineering, civil engineering, electro-technical engineering, computer science, informatics, mathematics, physics, chemical technology, water and municipal engineering, mechatronics, electronics, telecommunications, power, mining and geotechnology, agriculture or any other study programme comparable with above mentioned - 60 recognized ECTS points.
d) the candidate who finished a higher professional study program and the study program to obtain a specialization in other professional areas as listed in paragraph c - recognized 44 ECTS points.
The study programme has been accredited by the State regulated accreditational body in the Republic of Slovenia.
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