Introduction
The aim of the Erasmus action is to improve the quality of higher education in Europe and reinforce its European dimensions. This goal is to be achieved by supporting international projects of cooperation between higher education institutions, by motivating the mobility of students and professors and by contributing to better transparency of academic qualification and course recognition in the European Union.
Courses in English
In order to facilitate close international cooperation, the Faculty of Mechanical Engineering endeavours to offer incoming international Erasmus+ students the opportunity to receive effective, high-quality education in the world’s lingua franca: English.
In the 2023/2024 academic year, 2nd-cycle (MASTER) Erasmus+ students may choose from a range of 36 courses (18 courses per semester) conducted entirely in English, including lectures, practical classes/seminars and exams.
Other International students will attend lectures and practical classes with domestic students, allowing students to interact more closely and exchange experiences in the course of their studies.
The list of 2023/2024 English-language courses for to Erasmus+ students may be viewed below. The descriptions of the subjects will be added soon.
SUBJECTS FOR ERASMUS STUDENTS 2023/2024
Faculty of Mechanical Engineering Ljubljana
WINTER SEMESTER
| SUMMER SEMESTER
|
Mechanics | |
1. Rheology of polymers (Slemenik-Perše L.) 2. Advanced strength of materials (Brojan M.) 3. Mechanics of structural elements (Halilovič M.)
| 4. Mechanics of lightweight structures (Brojan M.) 5. Advanced dynamics (Boltežar M., Slavič J.) 6. FEM structural analysis (Mole N.)
|
Engineering Design | |
1. Engineering design techniques (Vukašinović N., Kos L.) 2. Design of Advanced Systems (Nagode M., Klemenc J.) 3. Hydraulic components and systems (Majdič F.)
| 4. Nanotechnologies (Kalin M.) 5. Operational strength (Nagode M., Klemenc J., Šeruga D.) 6. Geometric Product Specifications (Kunc R., Zupan S.)
|
Energy Engineering | |
1. Experimental modelling in energy and proces engineering (Hočevar M.) 2. Energy conversion systems (Sekavčnik M.) 3. Technical acoustics (Prezelj J.)
| 4. Turbomachinery (Hočevar M.) 5. Electromobility (Katrašnik T.) 6. Chemical energy carriers (Senegačnik A.)
|
Process Engineering | |
1. Process engineering (Golobič I.) 2. Solar utility technologies (Medved S.) 3. Heat exchangers (Kitanovski A., Golobič I., Kutin J.) | 4. Refrigeration and heat pumps (Kitanovski A.) 5. Air Conditioning, heating, refrigeration, ventilation (Stritih U.) 6. Computational fluid dynamics (Šarler B.)
|
Production Engineering | |
1. Advanced Machining Processes (Pušavec F.) 2. Smart factories (Herakovič N., Šimic M.) ZS 3. Additive Technologies (Govekar E., Klobčar D.)
| 4. Quality engineering (Kramar D., Berlec T.) 5. Heat treatment (Šturm R.) 6. Advance forming processes (Pepelnjak T.)
|
Mechatronics and Laser Technology | |
1. Microprocessor control (Diaci J., Podržaj P.) 2. Robotic systems MAG (Vrabič R.) 3. Laser manufacturing technology (Jezeršek M., Gregorčič P.)
| 4. Manufacturing automation (Bračun D.) 5.– Advanced sensor systems and networks (Podržaj P.) 6. Photonics and laser sources (Petkovšek R., Agrež V.)
|
Each subject brings 5 ECTS, Master Thesis 10 ECTS, Project Practicum 5 ECTS.