Mechatronical Engineering BSc Bánki Donát Faculty of Mechanical and Safety Engineering - BGK

Field of Study/Program

Mechatronical Engineering

Level/Type of Degree

BSc

Course Credits

210

Students in BSc Engineering must complete no fewer than 210 semester unit credits

Students in MSc Engineering must complete no fewer than 120 semester unit credits

Students in PhD Engineering must complete no fewer than 180 semester unit credits

Study Option

Full-time

Language of Instruction

English

Specialization

Industrial Robot Systems

Contact Hours (in total)

2490

Duration/Length of Program (Semesters)

7 semesters

Program Curriculeum

http://www.bgk.uni-obuda.hu/sites/default/files/tanulmanyi-osztaly/tanterv/bovitett/bbnema-szep-2017.xls

Extra Degree Requirements

practical work, language exam etc.

Degree Program start

Repeats every September

Faculty:

Bánki Donát Faculty of Mechanical and Safety Engineering

Campus Abbreviation

(AMK, BGK, KGK, KVK, NIK, RKK)

BGK

Website/link:

http://bgk.uni-obuda.hu/en

Campus Location

link to map

Address

1081 Budapest , Népszínház u. 8.

Faculty Contact Information:

Institute of Mechatronics and Vehicle Engineering

Prof. Dr. László Pokorádi, pokoradi [dot] laszlo [at] bgk [dot] uni-obuda [dot] hu

General Guidelines

Brief Course Description/Objective:

The aim of the course is the training of mechatronic engineers who, in possession of the acquired complex skills in natural sciences, electronic, mechanical and computer engineering as well as economics, will be capable of supervising and managing processes of manufacturing, assembly and  quality regulation based on the use of mechatronic devices and equipment, constructing general mechatronic devices and operating as well as maintaining mechatronic systems, and who also possess well-founded theoretical knowledge to continue their studies in the second cycle of training (MSc). With regard to prospective specializations as well, those with a degree of BSc in Mechatronic Engineering will be able to

•             consider the management of technical, economic and human resources in a complex manner,

•             assess and take into consideration the social impact of engineering activity,

•             perform innovative thought and independently follow developments in science and technology,

•             integrate skills in the respective fields of electronics, mechanical engineering and informatics,

•             creatively apply devices such as sensors, actuators or controls in mechanisms,

•             globally design complex systems.

Admissions/Student Services

Mobility Department Óbuda University

H-1034 Budapest

Bécsi út 96/b.

Phone: +36 1 666 5552

email: marosi [dot] ildiko [at] kgk [dot] uni-obuda [dot] hu (international)@uni-obuda.hu

Contact Information for Incoming students

incoming [at] uni-obuda [dot] hu

vass [dot] andras [at] rh [dot] uni-obuda [dot] hu

Application Deadline

31 May

Enrollment Information

http://uni-obuda.hu/en/academics/application-and-admission/enrolment-information