MECATRONICHS
Bachelor's programme information
Established in: 2008
Form of study: full-time education
Period of studies: 4 years
Graduate title: engineer
Language: English
Available places: 50 places
Facts about the programme
The aim of this programme is to form engineers specialized in using, designing and manufacturing of mechatronics products. The graduate of the study program will be an interdisciplinary specialist, able to integrate mechanical, electronic and computer components and systems.
Optional - dual system
The MECHATRONICS programme is part of dual system, which facilitates the participation at interships stages from the first year at local parteners: S.C. CONTINENTAL AUTOMOTIVE SYSTEMS S.R.L. and Marquardt Schaltsysteme S.C.S..
Extracurricular activities
The department's team organizes a multitude of extracurricular activities, such as the Mobile Robot Contest, the Autonomous Robot Contest RobotX, and participation in the international competition Eurobot.
Study content
| First year | Second year | ||
|---|---|---|---|
| First semester | Second semester | First semester | Second semester |
| Chemistry | Computer-aided graphics 2 | Fundamentals of mechatronic systems | Technical thermodynamics |
| Computer-aided graphics 1 | Computer programming and programming languages 2 | Electronics | Digital electronics |
| Computer programming and programming languages 1 | Probabilistics teory and statistics | Strength of materials | Power electronics |
| Linear algebra, analytical and differential geometry | Mathematical analysis | Mechanics | Tolerances and dimensional control |
| Physics | Materials science and engineering | Architecture of numerical computers | Fundamentals of automated systems |
| German Language 1 | Numerical methods | Electrotechnics | Fluid mechanics |
| Communication / Etics and academic integrity | German Language 2 | German Language 3 | Mechanisms and machine parts 1 |
| Sport 1 | History of technics / Culture and civilization | Sport 3 | Sport 4 |
| Sport (2) | Internship | ||
| Third year | Fourth year | ||
|---|---|---|---|
| First semester | Second semester | First semester | Second semester |
| Mechanisms and machine parts 2 | Systems and technics of measurement | Control systems in robotics | Flexible manufacturing systems 2 |
| Computer aided design | Machine tools and manufacturing | Flexible manufacturing systems 1 | Industrial logistics |
| Fundamentals of robotics | Data acquisition systems | Manufacturing technologies and micro / nanotechnologies | Mechatronic systems |
| Hydronics and pneutronics 1 | Hydronics and pneutronics 2 | Computer-aided engineering of mechatronic systems | Virtual manufacturing |
| Constructive elements of mechatronics / Mechanical structure for mechatronics | Electrical actuator | Maintenance of mechatronic systems / Reliability and mentenance | Finite elements analysis |
| Programming of microcontrollers / Embedded systems | Equipment and manufacturing technologies in mechatronics | Programmable controllers / Dynamics of mechatronic systems | Production systems engineering / Quality engineering |
| Artificial intelligence / Microcontrollers, microprocessors | Software for virtual instrumentation | Numerically controlled systems and equipment / CNC systems | Elaboration of the diploma project |
| Sensors and sensorial systems | Practice for the elaboration of the diploma project | ||
| Internship | |||
Objectives
- computer aided designing and engineering analysing of mechanic systems and structures in mechatronic systems;
- studying the principles of automation systems and of artificial intelligence systems;
- understanding and designing electrical, hydraulic and pneumatic actioning systems in mechatronic systems;
- studying, understanding and designing automation systems based on programmable controllers and microcontrollers;
- integrating knowledge from the mechanic, electric, electronic, automation and automatic levelling fields, in order to make mechatronic products.
Professional competences
- applying the fundamental general technical and expert knowledge in order to solve technical problems specific to the field of Mechatronics and Robotics;
- developing and using schemes, function structure diagrams, graphic representation of technical documentation specific to the field of Mechatronics and Robotics;
- creating local automation applications in mechatronics and robotics, using partial typified and non-typified components and partial assemblies, as well as CAD resources;
- aided designing, creating and providing maintenance for mechatronic systems by integrating component subsystems (mechanic, electronic, optical, software etc.).
Development opportunities
The strong development of the industrial area of Sibiu, and of those adjacent to it, created the premises for necessity and opportunity to prepare specialists in the mechatronic field.
The multitude of economic agents, such as those in the production of mechatronic components in the automotive industry, offers professional development opportunities for the graduates of this study programme.
The graduates of the “Mechatronics” specialisation can attend the courses of all the master programmes provided by the Faculty of Engineering.
Additional materials
To provide a more comprehensive perspective on our specialization, we invite you to consult the additional materials available below. These resources will help you better understand the structure and opportunities offered by our program.
Brochure
Presentation