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Studienprofil

Master

MSc in Engineering - Mechatronics 

SDU University of Southern Denmark

Anzeige Ein Angebot der SDU University of Southern Denmark. Für den Inhalt ist die Hochschule verantwortlich.
Steckbrief
Abschluss:
Master
Sachgebiet(e):
Mechatronik
Regelstudienzeit:
2 years
Hauptunterrichtssprache:
Englisch
Studienform(en):
Vollzeitstudium
Standort(e):
Sonderborg
Weitere basisinformationen
Zulassung & Bewerbung
Zulassungssemester:
Sep 01
Zulassungsmodus:
March 1
Themenschwerpunkte
Schwerpunkte:
Adaptive Nonlinear Control, Artificial Neural Networks, Mechatronics Design and Build , Computational Multi-Physics, Statistical Signal Processing, Electromechanics, Safety Critical Systems, Embedded Software Design, Optimization and Image Processing, Analytical Mechanics and Control Systems
Fristen & Termine
Vorlesungszeit:

September-January and February-July

Bewerbungsfrist:

September intake: EU/EEA (and Swiss) citizens: March 1st or March 15 and February intake: EU/EEA (and Swiss) citizens: October 15th

Einschreibfrist (Beginner):

Starts up 1 february - read more

Einschreibfrist (Rückmelder):

no later than March 1st - read more

Sonstiges
Studienbeitrag:
No tuition fees for citizens from the EU/EEA countries.
Ansprechpartner
Signe Lund
Tel: +45 65 50 86 26
Kontakt Hochschule
Campusvej 55
DK-5230 Odense M
T.: +45 65 50 10 00
Weitere Informationen / Services:
www.sdu.dk
Der Studiengang im Fokus

Introduction to MSc in Engineering - Mechatronics

 With a master degree in Mechatronics you could, for example, make smaller and faster information technology products or create energy-saving products. Your thorough knowledge and understanding of Mechatronics enable you to create innovative technological solutions to everyday challenges. As a master student, you can specialize in two areas: Embedded Systems or Cyber-Physical Systems.

  • Embedded Systems: Among other things, you will work with mathematical modelling to improve the product development of mechatronic and dynamic systems
  • Cyber-Physical Systems: Enables you to develop advanced control systems that will meet future demands

You become part of a project-based and problem-based study environment where you work in project groups. You and your fellow students are responsible for planning and carrying out the project – and for meeting the deadlines. Usually, we receive the project outlines from companies and we emphasise that the problems you solve are ‘real-world’ problems.

The last semester is devoted to the master thesis, which will typically be carried out at or in cooperation with an industrial company.

The degree qualifies you for work in the development of user-friendly products of the future – products that combine technologies such as mechatronics, electronics and software; in industrial companies, among others.

Learning outcomes

With a master degree in Mechatronics, you acquire the ability to:

  • think and work in a problem-based, project-oriented and interdisciplinary way
  • work independently as well as in teams
  • manage and be in charge of a project
  • to employ your strong analytical and problem-solving skills to solve tasks in an international and social context
  • exploit your knowledge about the needs of the business world and experience in working with high-tech companies.

You become a development engineer with special competencies in mechanics, electronics and software – and knowledge of the interplay between these disciplines. The study programmes qualify you to carry out, participate in or lead the development of mechatronic products.

Each year more than 1500 international students from all over the world choose to study at the University of Southern Denmark, so you will become part of a lively international student environment.

We believe that engineers of today must be able to master a global perspective and we encourage international as well as Danish students to spend one or two semesters abroad on an internship or as exchange students.

Faculty of Engineering has adopted a student-centred approach to learning, and teaching is based on problem-based project work. Students participate significantly in class and carry out project work in small teams.

Der Studiengang im Video
Meet the student Thomas Ravn
Mögliche Berufsfelder

Career opportunities

With a master degree in Mechatronics you are qualified for jobs as, for example:

  • Development engineer, e.g. with managerial responsibility
  • Project manager
  • Specialist in specific technologies
  • Consultant or customer adviser
  • Project salesperson
  • Teacher
  • Researcher at universities in Denmark or abroad
  • Entrepreneur with your own company

With this programme, you are qualified for a job in Denmark or abroad and studies at PhD level.

Fragen zum Studiengang
Welchen Abschluss erhalte ich, wenn ich MSc in Engineering - Mechatronics  studiere?
Beim Studiengang MSc in Engineering - Mechatronics  an der SDU University of Southern Denmark handelt es sich um einen Studiengang mit dem Abschluss Master
Welches Sachgebiet beinhaltet der Studiengang?
Das Sachgebiet des Studiengangs ist Mechatronik.
Wie lange dauert das Studium?
Die Regelstudienzeit beträgt Sonstige. Ein Semester sind 6 Monate. Somit dauert das Studium in der Regel 0 Monate.
In welcher Sprache finden die Lehrveranstaltungen statt?
Die Vorlesungen, Seminare oder Kurse finden hauptsächlich in Englisch statt.
In welcher Form wird das Studium MSc in Engineering - Mechatronics  angeboten?
Das Studium wird als Vollzeitstudium in Sonderborg angeboten.
Wo finden die Lehrveranstaltungen statt?
Standort dieser Hochschule ist Sonderborg.
Kann ich mich zum Sommer- oder zum Wintersemester bewerben?
Du kannst dich zu folgendem Semester bewerben: Sep 01.
Gibt es spezielle Zugangsvoraussetzungen, um MSc in Engineering - Mechatronics  zu studieren?
Für das Studium des Fachs MSc in Engineering - Mechatronics  gelten keine speziellen Zugangsvoraussetzungen.
Welche Themenschwerpunkte gibt es?
Themenschwerpunkte im Studienfach MSc in Engineering - Mechatronics  sind:
Schwerpunkte:
Adaptive Nonlinear Control, Artificial Neural Networks, Mechatronics Design and Build , Computational Multi-Physics, Statistical Signal Processing, Electromechanics, Safety Critical Systems, Embedded Software Design, Optimization and Image Processing, Analytical Mechanics and Control Systems
Wann kann ich mich bewerben?
Hier findest du die Fristen und Termine für deine Bewerbung:

Vorlesungszeit:

September-January and February-July

Bewerbungsfrist:

September intake: EU/EEA (and Swiss) citizens: March 1st or March 15 and February intake: EU/EEA (and Swiss) citizens: October 15th

Einschreibfrist (Beginner):

Starts up 1 february - read more

Einschreibfrist (Rückmelder):

no later than March 1st - read more

Gibt es einen Studienbeitrag?
Zum Studienbeitrag liegen folgende Informationen vor: No tuition fees for citizens from the EU/EEA countries.
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