Erasmus Plus is a training opportunity for students and teachers in the European academic area. Helps students and teachers to benefit educationally, linguistically and culturally from the experience of studying/teaching or training in other European countries;
The main objectives of the Erasmus+ Programme in the University of Petroșani are:
– improving opportunities for access to a better life and career for both students and staff through Erasmus mobility;
– encouraging partnerships between the University of Petroșani and professional institutions, business and high-tech centres, from EU and non-EU countries, based on common professional interests.
– to raise the quality and performance of the education system in order to offer more attractive study programmes by improving professional knowledge and skills – to promote international cooperation and combat discrimination of all kinds.
Identification elements:
ECHE Number: 82442-EPP-1-2014-1-RO-EPPKA3-ECHE
Erasmus Code: EN PETROSA 01
Erasmus+ Office
University of Petrosani
Director: univ.dr. Oana Ravaș
Secretary: Straja Karina, Lagy Rodica
Contact:
Str. Universitatii, Nr. 20, Petrosani, Hunedoara, ROMANIA
+40254 542580 / 293
Call for additional funding for Erasmus+ mobility.
Those interested, please read carefully and fill in the online form.
Deadline, Friday 12 March 2021, 12 noon !!!
Calendar for the organisation of Erasmus mobilities:
May-June 2020:
- Submission of applications: 18 May – 19 June
- Applications must be submitted online at erasmusplus@upet.ro
BETISOR DANIELA
Internship mobility, 3 months, Malaga, Spain
I am overjoyed to have had the opportunity to have a once-in-a-lifetime experience thanks to the LLP ERASMUS Programme Centre Team. I was awarded an internship in Malaga, Spain, with a company that monitors Erasmus students doing their internship there. For me it was an unforgettable experience, I got to know the culture of Spain, I met students from 5 different countries, I learned how to manage and coordinate a group of people, preparing documents for students, official correspondence with other companies.
We had an unforgettable summer, with many memories that cannot be forgotten. I want to thank you so much for giving me this once in a lifetime opportunity!
Prof.dr.eng. DANA STOCHIȚOIU
Training mobility, 1 week, Valencia, Spain
The ERASMUS mobility was a very nice period of the academic year 2012-2013 due to the accumulation of valuable personal experiences: socially, by assimilating for a short period of time a young environment, full of energy and eager for knowledge; informationally, by accumulating information, exchanging ideas with academics and business people; culturally, by adopting the specific musical style, the culinary art and last but not least the language; touristically, by visiting fabulous places that combine history with new architecture.
Whether you are a student or a teacher/professor, there is no reason not to want to join the ERASMUS family and benefit from an ERASMUS scholarship.
BOGDANFFY LORAND
Training mobility, 1 week, Malta
There have been very few occasions when I have been able to observe in person how work is done abroad in my field, but in 2013 I was offered this opportunity through the ERASMUS mobility grant for training teaching and support staff. In addition to working for various IT companies (software development, online content, advertising) I also had a significant cultural experience.
The memory of this experience will certainly stay with me for the rest of my life, and I hope to have similar opportunities in the future.
Erasmus is one of the most popular, loved and controversial student experiences. The aim of the university programme is to enable the exchange of students between countries. From the experience of former “erasmus” students translated into testimonials, they would tell us that student life is not complete unless you go through it. What exactly does Erasmus exchange mean? The programme allows you to go and study at another university in a European country for one or two semesters or to improve your knowledge by doing a minimum 2-month internship in a university/firm/institution in an EU country. You receive partial financial support, as the ERASMUS grant is able to partially cover your monthly expenses in your study country.
Why choose to be an Erasmus student?
-
You’ll travel and live temporarily in a foreign country, plus all the benefits and life lessons that come with it.
-
You will have the opportunity to get in touch with an education system different from the one in Romania, specific to each country, which can open up new horizons for you.
-
You will meet interesting people, whether they are other Erasmus students, people of different nationalities, or people from the country where you will go, intercultural exchange being one of the main aims of the programme.
-
You will grow up and learn to manage on your own (including cooking, cleaning, maintaining yourself, figuring out your money and expenses, managing in a different society from home).
-
You will become more adaptable, more flexible, more open-eyed to ideas and opportunities.
-
Culture shock and all the life experiences that come with it, which can open up new horizons and opportunities.
You need to know before you go:
-
The ERASMUS scholarship covers only part of your monthly expenses, and if you want to have as full an experience as possible in the country you are in, you may need an additional income
-
Equalising averages when you return home can take longer than you’d like in some cases.
-
The language barrier can be an inconvenience – if you go to a country and fail to learn part of the language.
- Erasmus-student-charter_en
- Erasmus-student-charter-en
Documents required for students to submit the selection file:
- Application form for a study or placement mobility(model-practice, model-study)
- Certificate requested from the faculty secretariat showing that the applicant is a student at UPET and the previous year’s graduation average / UMS academic record
- Letter of intent written in Romanian and addressed to the ERASMUS+ Office.
- Europass format CV with inserted photo, written in Romanian and English.
- Identity card for Romanian citizens
- Passport, identity card and residence permit for foreign citizens
- Personal data processing declaration
Enterprises eligible for placement
“Enterprise” means any establishment engaged in economic activities in the public or private sector regardless of size, legal status or the economic sector in which it operates, including the social economy. It follows implicitly that, in addition to companies, the following can be considered as enterprises: higher education institutions, research centres, family businesses, partnerships and associations regularly involved in economic activities. Economic activity is the determining factor, not legal form.
Duration of student mobility
Students can spend between 3 and 12 months in a study mobility or between 2 and 12 months in a practice mobility (including a period of internship/placement, but not exceeding 12 months). The same student may receive a study or placement abroad grant of up to a maximum of 12 months per study cycle:
-
During the first cycle of study (Bachelor or equivalent)
-
During the second cycle of study (Master or equivalent)
-
During the third cycle of study (PhD level)
Criteria applicable to mobility and institutions
-
Student study mobility is based on inter-institutional agreements between the participating universities, each of which holds an Erasmus University Charter.
-
This condition does not apply between the home institution and the host company in the case of a placement. In certain situations a higher education institution may be the host enterprise for a student placement
-
As part of the placement, the student goes to gain work experience. Accordingly, the rules will be those applicable to the placement, such as the fact that an inter-institutional agreement between the participating institutions is not required and the host institution does not need to have an Erasmus Charter.
-
At least the country of origin or host country must be an EU Member State
-
The home institution will fully recognise the study period spent abroad using ECTS. In the case of a placement which is not part of the student’s study programme, the home institution will ensure recognition at least by recording the period completed in the Diploma Supplement and Europass Mobility.
-
No fees will be charged for registration, examination, laboratory access or facilities offered by the library of the host institution. Small fees may be charged for insurance, student associations, miscellaneous materials (photocopies, laboratory products) under the same conditions as for local students.
BEFORE mobility takes place:
- Selection of students is carried out
- Learning/Training Agreement (Guide to completing Learning, Training) is issued
- Learning/Training Agreement is signed by the 3 parties involved (student, home institution and host institution/enterprise)
- The financial contract is concluded
-
Advance payment of 80% (up to 100%) of the total grant
Other documents required:
- ACT ADITIONAL
- Erasmus+ Student Charter
- STATEMENT
- EUROPASS MOBILITY
- LIST OF DOCUMENTS TO BRING FROM THE SCHOLARSHIP
- Annex_V_STUDENTS_Contract_with_participants_KA103_2019
DURING mobility:
-
In the case of study mobility, studies are carried out on a full-time basis, including bachelor, master and doctoral studies (research activities not specifically part of the programme are not eligible).
-
In the case of placement, the grant is awarded for actual participation in training in a field that can be recognised as part of the student’s programme in the home institution
-
The grant may be awarded for a combined mobility, which involves a period of study and a placement period
-
Changes to the Learning/Training Agreement may occur within the first month of the student’s arrival at the host institution
-
During the first week of the placement, discussions take place with the mentor about the precise tasks that the student will have to perform
-
At the end the host institution/organisation must issue the certificate of participation and the enrolment sheet/training objectives sheet
AFTER returning from mobility:
- The student must submit to the Erasmus+ Office the documents proving the mobility, together with the final narrative report
- If found to be fulfilled, academic recognition will be secured and the remainder of the grant (if applicable) will be paid.
- It is necessary that the students who have carried out mobilities participate in the events organized by the University of Petroșani in order to disseminate information about their experiences and thus make visible the program through which they were awarded the grant.
- It is also advisable for former beneficiaries to join student organisations (such as ESN) or the
www.studenterasmus.eu
through which they can help future beneficiaries
The grant is a contribution to the costs of carrying out the mobility. The grant is calculated per month and paid as a lump sum. The amount of the grant is also determined by the European Commission according to the country of destination
Romania |
1-4 |
5 |
6 |
7 |
8 |
9 |
10 |
ECTS scale |
FX.F Fail |
E Sufficient |
D Satisfactory |
C Good |
C Good |
B Very Good |
A Excellent |
Austria |
5 |
|
4 |
|
3 |
2 |
1 |
Bulgaria |
2 |
3 |
|
|
4 |
5 |
6 |
Belgium |
1 – 9 |
10 |
11 |
12 |
13,14 |
15, 16 |
17 – 20 |
Czech Republic |
5 |
|
4 |
|
3 |
2 |
1 |
Cyprus |
0.00 – 49.99 |
|
50.00 – 59.99 |
60.00 – 69.99 |
70.00 – 79.99 |
80.00 – 89.99 |
90.00 – 100.00 |
Croatia |
1.49-1.0 |
|
2.49-2.0 |
|
3.49-2.50 |
4.49-3.50 |
5.00-4.50 t |
Denmark |
0 – 5 |
|
6 |
7 |
8 – 9 |
10 |
11 – 13 |
Switzerland |
<3,5 |
|
3,5 -4,0 |
|
4,01 – 4,50 |
4.51 – 5,0 |
5,01 – 6,0 |
Estonia |
0 – 50% |
|
51 – 60% |
61 – 70% |
71 – 80% |
81 – 90% |
91 – 100% |
Finland |
|
|
1 |
1 ½ |
2 |
2 ½ |
3 |
France |
<10 |
10 – 10,49 |
10,5 – 10,99 |
11,0 – 11,49 |
11,5 – 12,49 |
12,5 – 14,49 |
14,5 – 20,0 |
Germany |
>4,01 |
4 |
3,99 – 3,50 |
3,49 – 3,00 |
2,99 – 2,50 |
2,49 – 1,51 |
1,50 – 1,00 |
Greece |
2, 3, 4 |
|
5 |
6 |
7 |
8 |
9 – 10 |
Ireland |
<25% |
25% – 39% |
40% – 44% |
45% – 54% |
55% – 69% |
70% – 84% |
85% -100% |
Iceland |
1-4 |
|
5 |
6 |
7 |
8 |
9 – 10 |
Italy |
≤ 17 |
18, 19 |
20 – 21 |
22 – 23 |
24 – 25 |
26 – 27 |
28 – 30+ |
Latvia |
1-4 Fail |
|
5 |
6 |
7 |
8 |
9 – 10 |
Liechtenstein |
<3,5 |
3,5 – 3,99 |
4,0 – 4,49 |
4,5 – 4,99 |
5,0 – 5,49 |
5,5 |
5,51 – 6,0 |
Lithuania |
0 – 50% |
|
51 – 60% |
61 – 70% |
71 – 80% |
81 – 90% |
91 – 100% |
Luxemburg |
1 – 9 |
10 |
11 |
12 |
13,14 |
15, 16 |
17 – 20 |
Macedonia |
5,00-5,99 |
6,00-6,99 |
7,00-7,99 |
8,00-8,49 |
8,50-8,99 |
9,00-9,99 |
10,00 |
Malta |
0.00 – 34.00 |
|
35.00 – 44.00 |
45.00 – 54.00 |
|
55.00 – 69.00 |
80.00 – 100.00 |
United Kingdom |
0 – 39% |
40 – 49% |
50 – 54% |
55 – 59% |
60 – 64% |
65 – 69% |
70 – 100% |
Norway |
6 – 4,1 |
|
3,01 – 4 |
2,6 – 3 |
2,01 – 2,59 |
1,6 – 2 |
1 – 1,5 |
Netherlands |
1 -4 |
|
5 |
6 |
7 |
8 |
9 – 10 |
Poland |
<3,0 |
|
3 |
3,01 – 3,49 |
3,50 – 3,99 |
4,00 – 4,49 |
4,50 – 5,00 |
Portugal |
<10 |
10 |
11 |
12 – 13 |
14 – 15 |
16 – 17 |
18 – 20 |
Slovakia |
5 |
|
4 |
3,01 – 3,00 |
3 |
2 |
1 |
Slovenia |
1 – 5,9 |
6 |
6,1 – 6,9 |
7 – 7,5 |
7,6 – 7,9 |
8 – 8,99 |
9 – 10 |
Spain |
<5 |
5,0 -5,49 |
5,5 – 6,49 |
6,5 – 7,49 |
7,5 – 7,99 |
8 – 8,99 |
9 – 10 |
Sweden |
U |
|
G |
|
VG |
||
Hungary |
1,00 – 1,99 |
|
2,00 – 2,50 |
|
2,51 – 3,50 |
3,51 – 4,50 |
4,51 – 5, 00 |
Turkey |
1-4 |
4,5 – 4,99 |
5,00 – 6,49 |
6,5 – 6,99 |
7,00 – 7,99 |
8,00 – 8,99 |
9,0 – 10,0 |
Mobility of teaching, research and non-teaching staff – for training purposes supports the professional development of teaching and non-teaching staff in higher education institutions in the form of training events abroad (excluding conferences) and periods of direct job shadowing/training in a partner higher education institution or other relevant organisation abroad.
Teaching staff mobility for periods of teaching allows teachers from higher education institutions to teach at a partner higher education institution abroad. Staff mobility for teaching purposes can take place in any academic field/discipline.
“Teaching mobility” involves the movement of a teacher from an Erasmus University Charter (EUC) higher education institution or a person from an enterprise to an EUC partner institution for the purpose of teaching.
“Training mobility” involves the movement of an academic or non-academic staff from a higher education institution with an Erasmus University Charter (EUC) to a higher education institution or an enterprise for the purpose of professional training.
DOCUMENTS REQUIRED FOR THE APPLICATION FILE
- The application (letter of intent) for a teaching or training mobility is signed and submitted in original with the application file.
- CV, in European format with inserted photo, in Romanian and English;
- List of relevant papers
- Proposed teaching/training programme
- Copy of identity card
- Declaration of consent to personal data processing
BEFORE mobility takes place:
- Selection of teachers and other staff is carried out
- The Mobility Agreement is formally approved by the 2 institutions involved
- The financial contract is concluded
- An advance of 80% (up to 100%) of the total grant is paid DURING the mobility:
- In the case of teaching mobility, at least 10 hours must be taught
- In the case of training, the grant is awarded for vocational training
- The duration of the mobility, whether teaching or training, can be between 2 working days and 2 months (excluding travel days)
- The certificate of participation must be issued at the end of the mobility by the host institution/organisation
AFTER returning from mobility:
- The teacher/professor must submit to the Erasmus+ Office the documents proving the mobility, together with the final narrative report.
- If it is complete and found to be fulfilled the remainder of the grant (20%) will be allocated, if applicable
- It is necessary that the beneficiaries who have carried out mobilities participate in the events organized by the University of Petroșani to disseminate information about their experiences and to promote the Erasmus+ programme.
The Erasmus grant is a contribution towards the costs of transport and subsistence for a period of teaching or training abroad. Subsistence costs are set by the European Commission in the Erasmus+ Guide
http://ec.europa.eu/programmes/erasmus-plus/documents/erasmus-plus-programme-guide_en.pdf.
These costs are paid as lump sums. Original certificates of participation signed and stamped by the host university/organisation, specifying the name of the beneficiary and the period spent, must be kept to prove subsistence costs. Subsistence covers: accommodation, meals, local transport, telecommunication costs including fax and internet, insurance and any other expenses. Transport costs are calculated using the Distance Calculator, http://erasmus-plus.ro/ro/erasmus-calculator-distante-de-calatorie-si-regulile-bugetare. These costs are paid as lump sums.
INCOMING ERASMUS STAFF TRAINING/TEACHING MOBILITY
Internationalisation is one of the priorities of University of Petrosani. We are constantly interested in receiving visitors, in creating new contacts and in reinforcing the existing cooperation with our partners.
The Erasmus+ staff mobility programme offers excellent opportunities for acquiring innovative teaching methods and exchange of good practices, and contributes to professional development.
We are happy to welcome teaching and administrative staff visitors for training according to the rules of the Erasmus framework . If your university is on the list of partner universities under the Erasmus+ programme and you wish to spend a training period at our university, please contact your Erasmus Institutional Coordinator and see what the requirements are for you to apply for an Erasmus+ staff training grant at your institution. The duration of a training is between 5 days and 6 weeks.
For a good organization of your stay here, we kindly ask you to fill and send by e-mail the application form and fill the Mobility Agreement (Teaching/Training).
Studies – Course catalogue
Faculty of Mining
Faculty of Mechanical and Electrical Engineering
- Applied Automation and Information
- Computer Science
- Electromechanics
- Equipment for Industrial Processes
- Industrial Power Engineering
- Machine Building Technology
- Mining Machines and Equipment
- Transports and Traffic Engineering
- Transportation Systems for Industry, Tourism and Services
- Operation of Industrial Electrical Installations
- Electromechanical Systems
- Conception and Manufacture Assisted by the Computer
- Installations and Equipment for Mechanical Processes
- Mining Process Installations and Equipment
- Information Systems and Technologies
- Applied Information Techniques and Technologies
Faculty of Sciences
- Accounting and Information Management 2017-2018 – EN
- Accounting and Information Management 2018-2019 – EN
- Economics of Trade, Tourism and Services 2017-2018 – EN
- Economics of Trade, Tourism and Services 2018-2019 – EN
- Finance and Banking 2017-2018 – EN
- Finance and Banking 2018-2019 – EN
- Management 2017-2018 – EN
- Management 2018-2019 – EN
- Public Administration 2017-2018 – EN
- Public Administration 2018-2019 – EN
- Social work 2018-2019 – EN
- Social work 2017-2018 – EN
- Sociology 2017-2018 – EN
- Sociology 2018-2019 – EN
Mining Faculty
Engineering in Construction
IMIEDA706-Industrial Marketing.
IMIEDOE304-Basics of Management.
IMIEDOE410-Microeconomie.
IMIEFO101-Mathematical Analysis.
IMIEFO103-Chemistry.
IMIEFOI02-Linear algebra, analytical and differential geometry.
Industrial environment engineering and protection
MDPMDI304-Metode de separare a poluantilor.
MDPMDI413-ElectroChimie .
MDPMFO101-Mathematical Analysis.
MDPMFO102-Linear algebra, analytical and differential geometry.
MDPMFO103-Chemistry.
MDPMSO610-Metode si aparate de determinare a calitatii factorilor de mediu.
Mining Engineering
MNIMDA706-Economy of mining units.
MNIMDA708-Mining Legislation.
MNIMDO703-Occupational Safety and Health – (2).
MNIMFO101-Mathematical Analysis.
MNIMFO102-Linear algebra, analytical and differential geometry.
MNIMSA817-Risk assessment in the mining industry -.
MNIMSO612-Ventilation.
Mining surveing
MNTCSO229-Underground Mining Constructions.
Quality engineering and management
IDMCDA708-Diagnostic analysis.
IDMCDA709-Industrial Economy..
IDMCDO220-Industrial Management I.
IDMCDO222-Quality Motivation.
IDMCDO231-Industrial Management II.
IDMCDO609-Ergonomics.
IDMCFO101-Mathematical Analysis.
IDMCFO102-Linear algebra, analytical and differential geometry.
IDMCFO103-Chemistry.
IDMCS0613-Commodities Science.
IDMCSO228-Microeconomie.
IDMCSO505-Industrial Marketing.
IDMCSO813-Strategic Management.
Safety engineering in industry
IDIS00501-Management.
IDISCO614-General economy.
IDISDO613-Machines Safety.
IDISFO101-Mathematical Analysis.
IDISFO102-Linear algebra, analytical and differential geometry.
IDISSA708-Emergency Situations Management-.
IDISSO502-Legislation of Labor Safety and Health.
IDISSO609-Occupational Risk Assessment.
IDISSO610-Occupational Risk Prevention.
IDISSO611-Ergonomics.
IDISSO703-Auditing and Certification in Safety Engineering in Industry.
IDISSO809-Labor Safety and Health Management .
IDISSO812-Elements of occupational medicine-.
IDISSO813-Risk Management.
Undergroud structures
CVCMS0704-Ventilation_Occupational Safety and Health.
CVCMSO501-Underground Mining Constructions I.
CVCMSO610-Underground Mining Constructions ii.
ICCMCO108-Academic Ethics and Integrity.
ICCMFO101-Mathematical Analysis.
ICCMFO102-Linear algebra, analytical and differential geometry.
Electrical and Mechanical Engineering Faculty
Applied automation and information processing
2SA1OD05 – Electrotehnics.
2SA1OF01 – Linear Algebra, Analytical and Differential Geometry.
2SA1OF02 – Mathematical analysis.
2SA1OF03 – Applied informatics.
2SA1OF06 – Chemistry.
2SA1OX06 OP11 – Ethics and academic integrity.
2SA1OX06 OP11- Communication.
2SA2OD09 – Electrical Machines and Drives.
2SA2OD12 – Linear electronic circuits.
2SA2OF10 – Computer-Aided Graphics.
2SA2OF11 – Computer Programming, Programming Languages I.
2SA2OF13 – Physics.
2SA3AF16 OP21 – Numerical methods.
2SA3AF16 OP21 – Special mathematics.
2SA3OD17 – Digital Devices Analysis and Synthesis.
2SA3OD19 – Measurements and transducers I.
2SA3OD20 – Data Bases.
2SA3OF18 – Computer Programming, Programming Languages II.
2SA4OD23 – Digital Electronics.
2SA4OD24 – Software Systems Engineering-Pop.
2SA4OD25 – Computer Architecture.
2SA4OD26 – Systems Theory 1.
2SA4OD27 – Robotics.
2SA5AS37 OP31 – Hydro and Pneumatic Systems
2SA5AS37 OP31 – Hydropneumatic Equipments
2SA5OD31 – Systems Theory II.
2SA5OD32 – Microprocessor systems.
2SA5OD35 – Modeling identification and simulation.
2SA5OD36 – Measurement and Transducers II.
2SA5OS34 – Power Electronics.
2SA6AS42 OP32 – Artificial intelligence.
2SA6AS42 OP32 – Expert Systems in System Control.
2SA6AS43 – Object oriented programming I.
2SA6OD40 – Automated Systems Engineering
2SA6OD41 – Optimizations.
2SA6OS38 – Microcontrollers – architecture and programming.
2SA6OS44 – Reliability and Diagnosis.
2SA7AS49 OP41 – Technological Processes Control Systems
2SA7AS49 OP41 – Continuous Processes Control Systems
2SA7AS50 OP42 – Data acquisition systems.
2SA7AS51 OP43 – Computer networks in automation.
2SA7AS51 OP43 – Industrial Computer networks.
2SA7OS46 – Fuzzy systems and Neuronal Networks.
2SA7OS47 – Robots.
2SA7OS48 – IQ circuits and process interfaces.
2SA8AS52 OP44 – Electrical and electronic automation equipment.
2SA8AS52 OP44 – Electrical execution elements.
2SA8AS53 OP45 – Operating Systems in automation.
2SA8AS53 OP45 – Real Time Software Design.
2SA8AS55 OP47 – Automation in industrial applications.
2SA8AS55 OP47 – Automation of complex processes.
2SA8OS56 – Data Transmission.
Computers
2CC1OD04 – Electrotehnics.
2CC1OF01 – Linear Algebra, Analytical and Differential Geometry.
2CC1OF02 – Mathematical Analysis.
2CC1OF03 – Applied informatics.
2CC1OF05 – Chemistry.
2CC1OX06 OP 11 – Communication.
2CC1OX06 OP 11 – Ethics and academic integrity.
2CC2OD09 – Algorithms design.
2CC2OF10 – Computer Aided Graphics.
2CC2OF11 – Computer Programming, Programming Languages I.
2CC2OF13 – Phisics.
2CC2OX12 – Electronic Devices and Analogical Electronics.
2CC3AF16 OP21 – Numerical methods.
2CC3AF16 OP21 – Special mathematics.
2CC3OD17 – Logic design.
2CC3OD19 – Databases.
2CC3OD20 – Electronic measurements, sensors and transducers.
2CC3OF18 – Computer Programming, Programming Languages II.
2CC4OD23 – Digital electronics.
2CC4OD24 – Software engineering.
2CC4OD25 – Object oriented programming I.
2CC4OD26 – Systems Theory I.
2CC4OD27 – Computer Architecture.
2CC4OD27 – Computer Architecture.
2CC5AS37 OP31 – e-Commerce.
2CC5AS37 OP31 – Web Application Design.
2CC5OD32 – Microprocessor Design.
2CC5OD34 – Systems theory II.
2CC5OD36 – Modeling and simulation.
2CC5OD36 -Modelling and simulation.
2CC5OS31 – Human machine interaction.
2CC5OS35 – Robots.
2CC6AS42 OP32 – Software reliability.
2CC6AS44 OP 33 – Knowledge based systems.
2CC6AS44 OP33 – Intelligent systems.
2CC6OD40 – Numeric computers.
2CC6OD41 – Formal languages and translators.
2CC6OD43 – Artificial intelligence.
2CC6OS38 – Microcontrollers.
2CC7AD49 OP41 – Data acquisition and processing.
2CC7AD49 OP41- Virtual instrumentation.
2CC7AS50 OP42 – Grapfical processing.
2CC7AS50 OP42 – Image processing.
2CC7AS51 OP43 – Input-output systems and peripheral devices.
2CC7AS51 OP43 – User interface design.
2CC7OS46 – Computer networks.
2CC7OS47 – Elements of Mobile Informatics.
2CC7OS48 – Multimedia systems.
2CC8AD55 OP46 – Logic programming.
2CC8AD55 OP46 – Operating systems.
2CC8AS53 OP44 – Database design.
2CC8AS54 OP45 – Project Design Methodology.
2CC8AS54 OP45 – Projects management.
2CC8OS52 – Computer Networks Design.
2CC8OS56 – Communication protocols.
Electromechanics
2EE1AX07 OP11 – Ethics and academic integrity.
2EE1AX07 OP11 – Professional Communication.
2EE1OD03 – Mechanics.
2EE1OD06 – Electromagnetic field Theory.
2EE1OF01 – Linear Algebra, Coordinate and Differential Geometry.
2EE1OF02 – Mathematical Analysis.
2EE1OF04 – Applied Software.
2EE1OF08 – Chemistry.
2EE2AF14 OP12 – Numerical methods.
2EE2AF14 OP12 – Special mathematics.
2EE2OD13- Electric Circuits Theory I.
2EE2OD15 – Technological Method and Procedures
2EE2OD16 – Electronics.
2EE2OF11 – Computer Aided Graphics I.
2EE2OF12 – Phisics.
2EE3OD19 – Electric Circuits Theory II.
2EE3OD20 – Electrical and Electronic Measurement I.
2EE3OD23 – Electrical Equipment.
2EE3OD24 – Electrical Machines I.
2EE3OF18 – Computer Programming, Programming Languages I.
2EE3OS21 – Strength of Materials.
2EE4AD31 – Electromagnetic Compatibility.
2EE4OD26 – Electrical and electronics measurement.
2EE4OD28 – Electrical Machines II
2EE4OD30 – Electrotechnical Materials.
2EE4OF29 – Computer Aided Graphics II.
2EE4OF32 – Computer Programming, Programming Languages II.
2EE5OD36 – Transducers, Interfaces and Data Acquisition.
2EE5OD38 – Numerical Equipment for Electromechanical Installations.
2EE5OD39 OP31 – Power sources.
2EE5OD39 OP31 – Management.
2EE5OD41 – Static converters I
2EE5OS35 – Industrial instrumentation.
2EE5OS37 – Termodynamics.
2EE5OS40 – Electromechanical industrial facilities.
2EE6AS46 OP32 – Mechanisms and Machine Parts.
2EE6AS46 OP32 – Mechatronics.
2EE6AS47 OP33 – Electromechanical Equipment Manufacturing Technology.
2EE6AS47 OP33 – Electromechanical Systems Operation and Reliability.
2EE6OD42 – Static converters II
2EE6OD43 – Static converters II – project
2EE6OD44 – Quality and Reliability.
2EE6OD45 – Hydraulic and Pneumatic Drives
2EE6OD48 – Systems Theory and Automatic Control
2EE7AS53 OP41 – Electrothermics.
2EE7AS53 OP41 – Electrical Technologies.
2EE7OD54 – Microprocessor systems.
2EE7OD56 – Microcontrollers and integrated systems.
2EE7OS50 – Electrical Installations I.
2EE7OS51 – Electric Drive Systems I.
2EE7OS52 – Modeling and simulation in electrical engineering
2EE7OS55 – Computer-Aided Process Control.
2EE8AS60 OP42 – Stations and Transformer Substations.
2EE8AS60 OP42 – Use of electricity.
2EE8OS57 – Electrical Installations II.
2EE8OS58 – Electrical Installations II – Project.
2EE8OS59 – Electric Drive Systems II.
2EE8OS61 OP43 – Electric Traction.
2EE8OS61 OP43 – Special Electrical Machines.
2EE8OS62 – Analog and Digital Transmissions.
2EE8OS63 – Servosystems.
Equipment for industrial processes
2MU1OD06- Mechanics -I.
2MU2OD13-Mechanics -II.
2MU3OD17-Thermotechnics and thermal machines.
2MU3OX22-History of Technology and Science.
2MU4OD26- Machine parts I
2MU4OD29-Tolerance and dimension control
2MU5OD37- Fluid Mechanics and Hydraulic Machines.
2MU5OD38-Machine parts II
2MU5OD39-Machine parts II
2MU5OS41-Reliability and Maintenance Products.
2MU6OS45-Process machines and installation.
2MU7OS52-Lifting and transporting installations I.
2MU7OS53-Design of process equipment I.
2MU8OS57- Lifting and transporting installations II.
2MU8OS59-Design of process equipment II.
2MU8OS60-Fabrication Engineering of Process Equipment.
Industrial Power Engineering
2II1AX07 OP11 – Ethics and academic integrity.
2II1AX07 OP11 – Professional Communication.
2II1OD03 Mechanics.
2II1OD06 – Basics of Electrical Engineering I.
2II1OF01 – Linear Algebra, Coordinate and Differential Geometry.
2II1OF02 – Mathematical analysis.
2II1OF04 – Applied Software.
2II1OF08 – Chemistry.
2II2OD16 – Material technology
2II2OD17 – Electronics.
2II2OF11 – Basics of Electrical Engineering II.
2II2OF12 – Computer Aided Graphics I.
2II2OF13 – Phisics.
2II2OF14 OP12 – Numerical methods.
2II2OF14 OP12 – Special mathematics.
2II3OD20 – Electrical and non-electrical values measurement 1.
2II3OD22 – Strength of Materials.
2II3OD25 – Hydraulic Machines
2II3OF19 – Programming Computers and Programming Languages I.
2II3OF24 – Computer Aided Graphics II.
2II4OD21 – Termodynamics.
2II4OD27 – Heat and Mass Transfer.
2II4OD29 – Renewable Sources.
2II4OD30 – Generation of Electricity and Thermal Energy I.
2II4OD33 – Thermal Equipment and Installations.
2II4OF32- Programming Computers and Programming Languages II.
2II4OS34 – Electrotechnical Materials.
2II5OD37 – Electrical Equipments.
2II5OD38 – Fluid Mechanics.
2II5OD39 – Electrical Networks I.
2II5OD40 – Electric Machine and Drives I.
2II5OD41 – Electrical Section of Power Plants and Stations I.
2II5OD42 – Generation of electricity and thermal energy II.
2II6AD47 – Electrical Networks II.
2II6AS44 OP31 – Machine Parts.
2II6OD43 – Electrical Machines and Drives II
2II6OD45 – Electrical Section of Power Plants and Stations II.
2II6OD46 – Reliability.
2II6OD49 – Automatic Control Theory
2II6OS48 OP32 – Pumping and Ventilation Systems
2II6OS48 OP32 – Turbomachines
2II7AD55 OP41 – Energy and environment.
2II7AD55 OP41 – Management.
2II7AS56 – Power Systems Optimization.
2II7OS51 – Control Numerical Systems.
2II7OS52 – Power Electronics.
2II7OS53 – Power Electronics – Project
2II7OS54 – Energy Process Control.
2II8AS60 OP42- Use of electricity.
2II8AS62 OP43 – Relay Protection.
2II8AS62 OP43 – Stations and Transformer Substations.
2II8OS58 – Virtual Instrumentation.
2II8OS59 – Data Acquisition Systems in Power Engineering.
2II8OS61 – Electrical Equipment-Network Interaction.
Machine Building Technology
2BB1OD02-Materials science and engineering
2BB1OD06-Mechanics I
2BB1OF01-Chemistry
2BB1OF03-Mathematical analysis
2BB1OF04-Descriptive geometry
2BB1OF05-Applied Informatics I
2BB2OD10-Mechanics II
2BB2OD11-Materials technology
2BB2OF09-Applied Informatics II
2BB2OF12-Algebra, analytical and differential geom.
2BB2OF13-Technical Drawing
2BB2OF14-Physics
2BB3OD17-Thermotechnics and thermal machines
2BB3OD20-Mechanisms
2BB3OD22-Strength of Materials I
2BB3OF18a-Special Mathematics
2BB3OF18b-Numerical methods
2BB3OF21-Infographics (CAD) I
2BB3OX19-History of the technique
2BB4AX32- Environment protection
2BB4LX67-General economy
2BB4OD26-Strength of Materials II
2BB4OD27-Mechanical vibrations
2BB4OD28-Tolerance and dimension control
2BB4OD29-Machine parts I
2BB4OD30- Basics of surface generation on machine tools
2BB4OF25-Infographics (CAD) II
2BB5OD35-Fluid mechanics and hydraulic machines
2BB5OD36-Electrical engineering and machines
2BB5OD37-Finite elements analysis
2BB5OD38-Machine parts II
2BB5OD39-Machine parts II -project
2BB5OD40-Elements of electronics and automation
2BB5OD41- Machining and cutting tools
2BB6AS48a-Management of production and operations
2BB6AS48b-Economic analysis of production systems
2BB6AS63-Hydraulic and pneumatic drives
2BB6OD42-Tribology
2BB6OD43-Technological Devices
2BB6OD44-Machine-tools
2BB6OD45-Thermal treatments
2BB7OD51-Basics of Computer Assisted Tech. Design
2BB7OD52-Reliability and maintenance
2BB7OS54-Technology of cold pressing
2BB7OS55-Technology of cold pressing – project
2BB7OS57-Basis of experimental research
2BB7OS57-Machine Building Technology I
2BB8AS62-Technological design on flexible manufacturing systems
2BB8AS63-Computer-assisted quality – CAQ
2BB8LS74-Mechatronics
2BB8OS58-Machine Building Technology II
2BB8OS59-Machine Building Technology II – project
2BB8OS60-Unconventional Technologies
2BB8OS61-Manufacture of plastic and composite articles
Mining machines and equipment
2MM1OD06 Mechanics -I.
2MM1OF02-Chemistry.
2MM2OD13 Mechanics -II.
2MM3OD17-Thermotechnics and thermal machines.
2MM4OD26- Machine parts I
2MM4OD29-Tolerance and dimension control
2MM5OD37 Fluid Mechanics and Hydraulic Machines.
2MM5OD38- Machine parts II
2MM5OD39-Machine parts II
2MM5OS41- Reliability and Maintenance.
2MM6OD47- Tribology.
2MM6OS44 – Safety in the Mining Industry-.
2MM7OS52- Mining loading and transportation equipment(part I).
2MM8OS53-Mining machines and installations I.
2MM8OS58-OP42-Unconventional technologies in machine fabrication
2MM8OS59-Mining machines and installations II.
Transports and traffic engineering
2TT1OD07 Mechanics.
2TT1OF01 Mathematical Analysis
2TT1OF02-Chemistry.
2TT3OD13 – Economic analysis of transports.
2TT3OD17-Thermotechnics and thermal machines.
2TT3OD29 -Internal combustion engines.
2TT4OD26- Machine parts
2TT4OF37- Fluid Mechanics and Hydraulic Machines.
2TT4OS30 – Risk assessment and insurance in transports.
2TT5OD28-Means of transport.
2TT5OD38- Multimodal Transport.
2TT5OS35-Vehicle Dynamics.
2TT5OS42-Transports Geography.
2TT6OS44-Road Transport Systems.
2TT6OS49-GIS GPS Systems.
2TT7LS68-Underground transport equipment.
2TT7OD54-Transport Terminalsand technologies.
2TT7OS52-Reliability of transport systems.
2TT7OS53-Traffic analysis.
2TT7OS56-Transportation infrastructure.
2TT8AS59 OP42 – Road accident analysis.
2TT8LS71- Quality in Transport.
2TT8OS61-Industrial transport.
Master
Applied Computer Techniques and Technologies
2TTIA1AS05 OP 11 – Databases systems.
2TTIA1AS07 – Modern communication technologies in computer networks.
2TTIA1AS17 Software applications for mobile devices.
2TTIA1OS01- Algorithm design and analysis.
2TTIA1OS02 – Data Science.
2TTIA1OS03 – Software applications in biomedicine.
2TTIA1OS04 – Ethics and Academic Integrity.
2TTIA1OS06 – Software applications in automotive.
2TTIA1OS08 – Neural Networks and Machine Learning.
2TTIA1OS11- Software applications for mobile robots.
2TTIA1OS12 – HDL Programming.
2TTIA1OS13 OP21 – Project Management.
2TTIA1OS13 OP21 – Quality Management.
2TTIA1OS14 – Software applications for renewable energy systems I.
2TTIA1OS15 OP22 – Blockchain based software applications.
2TTIA1OS15 OP22 – Sensor networks.
2TTIA1OS18 – Human-Machine Interfaces.
2TTIA2OC09 – Communication in English.
Computer aided design and manufacture
2CFACCOD07 – Syllabus Assisted quality management.
2CFACOD03-Assisted maintenance in manufacturing systems.
2CFACOD17 – Risk analysis of product manufacturing.
2CFACOS11-Rapid Prototyping.
2CFACXS13-OP21-Computer-Assisted Experimental Research.
Electromechanical Systems
2MSEAD04 OP11 – Analisis of electrical circuits.
2MSEAD04 OP11 – Special Electrical Engineering Issues.
2MSEAD12 OP21 – Quality of electricity and energy process eficiency.
2MSEAD12 OP21- Electromechanical system with high energy eficiency.
2MSEAD17 OP22 – Investment Management.
2MSEAD17 OP22 – Quality Management.
2MSEAS09 OP12 – Electrical System Safety.
2MSEAS09 OP12 – Maintenance and Monitoring of Industrial Electrical Equipment.
2MSEOC05 – Ethics and Academic Integrity.
2MSEOD01 – Complex electromechanical systems.
2MSEOD03 – Sensors and Instrumentation for Electromechanical Systems.
2MSEOD07 – Smart Static Power Converters
2MSEOD13 – Data Teletransmission in Electromechanical Systems.
2MSEOS02 – Numerical Methods in Electrical Engineering.
2MSEOS06 – Modern Solutions in Designing and Constructing the Electromechanical Systems.
2MSEOS08 – Modeling and Simulation of Systems and Processes
2MSEOS11 – Adjustable Drives Control
2MSEOS14 – Special Electric Machines.
2MSEOS16 – Control algorithms and processors
MEIEI Operation of Industrial Electrical Installations
2MEIEIAD04 OP12 – Optimization of Power Grids Operation.
2MEIEIAD04 OP12 – Smart Power Grids.
2MEIEIAD14 OP 21 – Energy Diagnosis and Prognosis.
2MEIEIAD14 OP 21 – Reliability and Controllability of Distribution Grid.
2MEIEIAD16 OP22 – Modern Energy Conversion Systems.
2MEIEIAD16 OP22 – The Efficiency of Energy Processes.
2MEIEIAS02 OP11 – Electricity Quality and Conservation.
2MEIEIAS02 OP11 – Electromechanical Systems with High Energy Efficiency.
2MEIEIOC05 – Ethics and Academic Integrity.
2MEIEIOD01 – Control and Data Acquisition Systems in Electrical Installations.
2MEIEIOD03 – Modeling of Electric Machines.
2MEIEIOD06 – Modern Solutions in Designing and Constructing the Power Systems.
2MEIEIOD07 – Smart Static Power Converters
2MEIEIOD17 – Control algorithms and processors
2MEIEIOS08 – Digital Protection in Power Systems.
2MEIEIOS09 – Modeling and Simulation of Electrical Installations
2MEIEIOS11 – Transient Regimes of Electrical Machines.
2MEIEIOS12 – Electric Servo Drives with Vector Control
2MEIEIOS13 – Data Telemanagement Systems in Power Engineering.
MMIN
2MMINOS16-Construction machinery, road building and mining II.
MMM
2MMMOS12-Machinery and equipment for infrastructure I.
2MMMOS16-Machinery and equipment for infrastructure II.
Systems and Information Technology
2STI1AD04 – Ethics and Academic Integrity.
2STI1OD01 – Image processing and virtual reality.
2STI1OD05 OP11 -Advanced identification techniques.
2STI1OD05 OP11 – Modeling of complex systems.
2STI1OS03 – Adjustable drives and actuators
2STI2OC09 – English Communication.
2STI2OD06 – Algorithms and process control structures.
2STI2OS07 – Supervisory control and data acquisition.
2STI2OS08 – Artificial intelligence.
2STI3AS13 OP21 – Advanced control in robotics.
2STI3OD11 – Information systems for exposive enviroment.
2STI3OS12 – Development of embedded systems with VLSI technologies.
2STI3OS14 OP22 – Flexible manufacturing systems.
2STI3OS14 OP22 – Intelligent control systems.
2STI4OS16 – Information systems in automotive industry.
Transport systems for industry, tourism and services
2STITSOD16 – Risk Assessment in Transportation.
Sciences Faculty
Accounting and information management
C.C.1.1.02-Microeconomics.
C.C.1.1.03-Basis of Accounting I.
C.C.1.1.06-Corporate Economics.
C.C.1.2.09-Macroeconomics.
C.C.1.2.10-Statistics
C.C.1.2.11-Basis of Accounting II .
C.C.1.2.11-Basis of Accounting II.
C.C.1.2.14-Economic Doctrines.
C.C.2.1.02-Financial Accounting I.
C.C.2.1.04-Information Systems for Decision Making.
C.C.2.1.15-Management Information Systems Development .
C.C.2.2.09-Financial Accounting II.
C.C.2.2.12-Money and credit.
C.C.3.1.01-Management Accounting .
C.C.3.1.02-Financial Audit.
C.C.3.1.03-Company evaluation.
C.C.3.2.09-Public accounting.
C.C.3.2.17-Capital markets.
C.CA.O.4.08-Methodology of Scientific Research.
Economics of trade, tourism and services
C.G.1.1.01-Applied Mathematics for Economics.
C.G.1.1.02- Microeconomics.
C.G.1.1.03-Corporate Economics.
C.G.1.1.05-General Management.
C.G.1.2.10-Macroeconomics.
C.G.1.2.11- Fundamentals of accounting.
C.G.1.2.12-Statistics
C.G.1.2.13-Marketing.
C.G.1.2.14-Fundamentals of Law.
C.G.2.1.02-Economics of Trade.
C.G.2.1.03-Economics of services.
C.G.2.1.04-Fundamentals of Commodity Science.
C.G.2.1.15-Hotel and restaurant technology.
C.G.2.2.09- Economics of tourism.
C.G.2.2.10- Finance.
C.G.2.2.11- Commercial communication.
C.G.3.1.01- Banking operation.
C.G.3.1.03 – Insurance and Reinsurance.
C.G.3.1.04 – Economic and Financial Analysis.
C.G.3.1.05-Business Management in Trade, Tourism and Services (ECTS).
C.G.3.1.13-Expeditions and insurance for passengers and goods.
C.G.3.2.07-Commercial transactions.
C.G.3.2.08 -Tourism techiques.
C.G.3.2.09-Entrepreneurship.
C.G.3.2.10-Business Investment Strategies.
C.G.3.2.11-Logistics and distribution of goods.
C.G.3.2.16- Prices and competition.
Finance and Banking
C.B.1.1.01 – Applied mathematics for economics.
C.B.1.1.02-Microeconomics.
C.B.1.1.03-Fundamentals of Law.
C.B.1.1.05- General management.
C.B.1.2.09-Public finance.
C.B.1.2.10-Macroeconomics.
C.B.1.2.11-Statistics
C.B.1.2.13-Marketing.
C.B.1.2.14-Social insurance protection.
C.B.2.1.01 – Insurance and Reinsurance.
C.B.2.1.02-Financial Investments.
C.B.2.1.03-Operation of Credit Institution
C.B.2.1.04-Financial Accounting.
C.B.2.1.16-Financial management of public institution.
C.B.2.1.19-Corporate Economics.
C.B.2.2.09-Managerial control.
C.B.2.2.10-Corporate financial management.
C.B.2.2.11-Banking products and services.
C.B.2.2.12-Money and credit.
C.B.2.2.17-Entrepreneurship.
C.B.3.1.01-Accounting for credit institution.
C.B.3.1.02- International finance.
C.B.3.1.03-Bank management.
C.B.3.1.04-OfficeTechnologies.
C.B.3.1.05-Corporate evaluation.
C.B.3.1.14-Economic Forecast.
C.B.3.2.07-Prices and competition.
C.B.3.2.08 – Economic and Financial Analysis.
C.B.3.2.09-Capital markets.
C.B.3.2.10-Budget and Public Treasury.
C.B.3.2.16-International banking institution.
C.B.3.2.18-Business Investment Strategies.
Management
C.A.1.1.01-Applied Mathematics for Economics.
C.A.1.1.02_Microeconomics.
C.A.1.1.03-Fundamentals of Law.
C.A.1.1.05-General management.
C.A.1.1.06-Managerial-Informatics-MN-I.
C.A.1.2.09_Macroeconomics.
C.A.1.2.10-Statistics
C.A.1.2.11-Marketing.
C.A.1.2.12- Fundamentals of accounting.
C.A.1.2.13- Public finance.
C.A.1.2.14- Economic Doctrines.
C.A.2.1.01 -Innovation Management.
C.A.2.1.02-Investment management.
C.A.2.1.03-Financial Accounting.
C.A.2.1.04-Applied Microeconomics.
C.A.2.1.15-Business Project management.
C.A.2.2.09-Human resources management.
C.A.2.2.10-Business law.
C.A.2.2.11 – Supply and sales management.
C.A.2.2.12 -Quality Management.
C.A.2.2.17 -Communication and Business Negociation.
C.A.3.1.02-Services management.
C.A.3.1.03 – Economic and Financial Analysis.
C.A.3.1.04-Strategic Management.
C.A.3.1.05-Management of small and medium entrerises.
C.A.3.1.12-Economic Forecast.
C.A.3.2.06-Economic projects.
C.A.3.2.07-Diagnostic and analysis entrerprise evaluation.
C.A.3.2.11-Development of bachelor thesis.
C.A.3.2.14-Comparative Management.
C.A.3.2.15-Audit.
C.A.3.2.16-Business Investment Strategies.
Public Administration
C.H.1.1.01-Microeconomics.
C.H.1.1.02-General Theory of Law.
C.H.1.1.03-Accounting of public institutions
C.H.1.1.06-Informatics for Public Administration.
C.H.1.2.12-Macroeconomics.
C.H.2.1.13-Public Audit and Managerial Performance
C.H.2.1.14-Implementation of EU Programs.
C.H.2.2.10-Strategic Planning.
C.H.2.2.18-Social Statistics
C.H.3.1.15-Public Procurement.
C.H.3.2.18-Public Sector Economy.
C.H.3.2.19-Regional Economy.
Social work
C.I.1.1.01-Social Policies – Copy
C.I.1.1.01-Social Policies
C.I.1.1.05-SOCIAL iNFORMATICS.
C.I.1.1.2.10-Introduction in economy AS.
C.I.1.2.09-Research Methodology in Social Sciences.
C.I.1.2.10-Introduction in economy .
C.I.1.2.11-Introduction to social work.
C.I.1.2.12-Professional Deontology – Copy
C.I.1.2.12-Professional Deontology
C.I.1.2.14-Statistical Data Processing.
C.I.1.2.14-Statistical-Data-Processing-AS-I.
C.I.2.1.15-Social work for people with disabilities.
C.I.3.1.01-Ssocial work for the familyi En.
C.I.3.1.04-Social work for people with chronic and terminal diseases.
C.I.3.1.12-Employment policy.
C.I.3.2.08-Communication Techniques in Social Work – Copy
C.I.3.2.08-Communication Techniques in Social Work
C.I.3.3.06-Social work for the elderly.
Sociology
C.D. 2.1.02-Social Psychology
C.D.1.1.01-Introduction to Sociology.
C.D.1.1.02-History of sociology.
C.D.1.1.03-Research Methodology in Social Sciences.
C.D.1.1.05-Sociology-Psychology.
C.D.1.1.06-Economy SC.
C.D.1.2.09-Paradigms of Sociology.
C.D.1.2.10- Contemporany Sociological Theories.
C.D.1.2.12-Social Anthropology -SC I
C.D.1.2.13-Sociology of identity.
C.D.1.2.14-Informatics and database systems.
C.D.2.1.01-Qualitative Research Methods.
C.D.2.1.04 – Ethics and acamic integrity.
C.D.2.1.12-Urban and Rural Sociology.
C.D.2.1.14-Sociology of organizations.
C.D.2.2.08-Quality of living.
C.D.2.2.09-Demography.
C.D.2.2.18-Sociology of Labour.
C.D.2.2.22 -Sociology of deviance.
C.D.3.1.01-Sociology of public opinion.
C.D.3.1.02-Political Sociology.
C.D.3.1.03-Social Stratification and Mobility.
C.D.3.1.05-Sociology of Globalization.
C.D.3.1.06-Economic Sociology – SC II
C.D.3.1.13 -Sociology of religion
C.D.3.2.08-Social Policies -SC II
C.D.3.2.15 Professional Deontology -SC III
C.D.3.2.17-Community and Regional Development.
C.D.3.2.20-Organizational Culture_Dronca.
Master
ACCOUNTING AND AUDITING
SC.CA.A.F.4.12-Project management.
SC.CA.O.1.03- Accountind theory and financial reporting.
SC.CA.O.2.07- International accounting standards.
SC.CA.O.2.08- Financial audit and corporate governance.
SC.CA.O.2.09-Advanced Management Accounting.
SC.CA.O.2.10-Internship.
SC.CA.O.3.01 – Advanced Financial Analysis.
SC.CA.O.3.02-Audit and internal Control
SC.CA.O.3.03-International audit standars
SC.CA.O.3.04-Treasury and risk management.
SC.CA.O.3.05- Integrated systems for accounting and management.
SC.CA.O.4.06 – Financial Diagnosis and Business Valuation.
SC.CA.O.4.08-Scientific research methodology.
SC.CA.O.4.09-Research and documentation for developing masters thesis.
SC.CA.O.4.10-Ethics and academic integrity.
FINANCIAL AND BANKING MANAGEMENT
FB.MFB.A.4.13- Project management.
FB.MFB.O.1.01- International Monetary economics.
FB.MFB.O.1.02- Corporate finace.
FB.MFB.O.1.04-Audit and internal control
FB.MFB.O.1.05- Modern banking products and services.
FB.MFB.O.2.06- Monetary policies.
FB.MFB.O.2.07-Credit analysis and lending management.
FB.MFB.O.3.01-Audit and bank accounting.
FB.MFB.O.3.03 – Advanced Financial Analysis.
FB.MFB.O.3.04-Decision optimization for banking and financial services.
FB.MFB.O.4.07 – Financial Diagnosis and Business Valuation.
FB.MFB.O.4.08-Risk management and bank performance.
FB.MFB.O.4.09 – Scientific Research and Development of the Dissertation Thesis.
FB.MFB.O.4.10 – Documentation for Developing Master’s Thesis.
FB.MFB.O.4.11- Ethics and academic integrity.
STRATEGIC AND BUSINESS MANAGEMENT
MN.MSA. O.1.03-International Business globalization.
MN.MSA.A.3.11-Stategic diagnosis
MN.MSA.A.3.12 – Organizations strategic.
MN.MSA.O.1.01- Ethics and corporate social responsability.
MN.MSA.O.1.02- Corporate financial management.
MN.MSA.O.1.04 -Human Resources Strategic Management.
MN.MSA.O.2.06-Business Economy.
MN.MSA.O.2.07-e-Business.
MN.MSA.O.2.08- Strategic Business Planning and forecasting.
MN.MSA.O.2.09- Managerial accounting
MN.MSA.O.3.01-Business management information systems.
MN.MSA.O.3.02-Business managerial redesign.
MN.MSA.O.3.03-Strategic Games and Decision Optimization.
MN.MSA.O.3.04- Enrepreneurship and organizational culture.
MN.MSA.O.4.06-Total Quality Management.
MN.MSA.O.4.07- Strategic management control process.
MN.MSA.O.4.10- Ethics and academic integrity.