Bachelor’s Programme Mechatronics
Are you interested in the synthesis of mechanical engineering, electrical engineering and computer science and applications in robotics, process and equipment engineering, the automotive and aviation industries or medical technology?
Mechatronics includes all techniques to develop systems, processes, devices and products whose essential characteristics are created by the integration and interaction of mechanical, electronic and information-processing components. This results in the development of systems that have a high degree of functionality, efficiency and capacity.
Please note: the language of instruction for this programme is German.
This programme is carried out in conjunction with the Private University for Health Sciences, Medical Informatics and Technology (UMIT TIROL) in Hall. Students have to enrol at the UMIT TIROL first – tuition fees will be charged – and then at the University of Innsbruck.
Bachelor of Science
Duration/ECTS-Credits
6 semesters/180 ECTS-Credits
Mode of Study
Full-time
Language
German
Requirements
Secondary school completion certificate/equivalent
and Language Certificates
Supplemental exam
Darstellende Geometrie
Faculty
Faculty of Engineering Sciences
Level of qualification
Bachelor (First Cycle)
ISCED-11: Level 6, EQF/NQF: Level 6
ISCED-F
0788 Inter-disciplinary programmes involving engineering, manufacturing and construction
Study Code
UC 033 281
FAQ
Graduates are able to elaborate, evaluate and implement scientific developments in the core fields of mechatronics and to apply them in interdisciplinary contexts. They possess scientifically well-founded theoretical and methodical problem-solving skills in order to apply, after a short introductory period, different fields of mechatronics and mechatronics-related fields of mechanical engineering and electrical engineering in industrial and trade companies.
The Bachelor's Programme Mechatronics is a joint study programme of the University of Innsbruck and the UMIT TIROL.
Mechatronics combines all approaches and techniques to develop systems, procedures, devices and products where the essential characteristics are to be achieved by the integration and interaction of mechanical, electronic and information-processing components. By integrating the methods and techniques from the formerly independent technical disciplines, the development of modern systems with a high degree of functionality, efficiency and performance is made possible.
The synthesis of the engineering disciplines mechanical engineering, electric engineering and computer science, which is also based on the natural science disciplines mathematics, physics, and chemistry, reflects interdisciplinary technological challenge in modern process and equipment technology and is a key motor of present and future product innovation.
In order to meet the high requirements of the bachelor's programme, natural scientific as well as engineering competences are developed and promoted with the university training. Moreover, particular importance is attached to the development of social competence due to the interdisciplinarity of the study programme.
The career fields of graduates of the Bachelor's Programme Mechatronics cover a wide range of activities. Based on their university training, they are in particular qualified, after a short introductory period, to actively take part in different fields of mechatronics and mechatronics-related fields of mechanical engineering and electrical engineering in industrial and trade companies. Graduates of the Bachelor's Programme Mechatronics are also prepared for a relevant master's programme.
Graduates tracking: Shows which occupational fields students enter after graduation
Master's Programmes
More offers
Faculty of Engineering Sciences Examination Office Information for students with disabilities
Curriculum
From the field
Student Advisory Service
We are the first point of contact for all questions about studying for pupils, prospective students and students as well as parents and teachers.
Related studies
Civil Engineering (Bachelor)
Students on the Bachelor's degree programme in Civil Engineering deal with the construction and maintenance of building structures. The course content covers the planning, design, construction and calculation as well as the execution and dismantling of structures. These include buildings, bridges, tunnels and protective structures.
Students work on innovative solutions, technologies and strategies for a more sustainable construction industry.
Architecture (Bachelor)
Architects design, plan and construct our built environment on all scales; as landscape, city, building, interior or design object. The Bachelor's degree programme in Architecture introduces students to the tasks and issues of the professional field on a broad basis. Students acquire sound design, artistic, theoretical and technical skills.
Electrical Engineering (Bachelor)
Our modern society is based on electrotechnical systems. They enable our current communication and information technologies or automated production in factories, while they also offer solutions for critical challenges facing our society, such as e-mobility and the efficient and environmentally friendly production, transmission and storage of energy.
Computer Science (Bachelor)
Computer Science is the key to a digitalised world. It is the study of the foundations, techniques and applications used for the automated processing of digital information. Students enrolled in the Master’s Degree Programme advance their theoretical and practical knowledge of computation in order to engage in research and invent new technologies.
Mathematics (Bachelor)
Mathematics, as a universal language, is the basis for science and engineering sciences. One of the main functions of mathematics is to develop solutions for problems within and outside of mathematics.
It is used to model natural phenomena and to express technical problems. Within the framework of digitalisation mathematics forms an essential building block for entering into progressive future careers.
Mechatronics (Bachelor)
Mechatronics includes all techniques to develop systems, processes, devices and products whose essential characteristics are created by the integration and interaction of mechanical, electronic and information-processing components. This results in the development of systems that have a high degree of functionality, efficiency and capacity.
Environmental Engineering (Bachelor)
Students on the Bachelor's degree programme in Environmental Engineering deal with ecologically sound solutions for conserving resources. They learn the skills for planning, design, construction, calculation and realisation as well as the operation of projects. Technical diligence, sustainability and economic efficiency take centre stage.