Direkt zum Inhalt
Master Vollzeit / Englisch
Fakultät Elektrotechnik und Informatik

Electrical Engineering and Embedded Systems (EN)

Studierende im Elektrotechnik-Labor.
Auf einen Blick
Regelstudienzeit
3 Semester
Abschluss
Master of Engineering (M.Eng.)
Studienplätze
Winter:
30
Bewerbung bis zum 15.04.

Electrical Engineering and Embedded Systems [M.Eng.]

  • internationaler Studiengang
  • Kurssprache ist Englisch
  • Beginn jedes Wintersemester

 

For further information, please visit our English Website.

Termine

Alle Termine
Studierende im Elektrotechnik-Labor.

Studiengang

Unser Master-Studiengang ist als Vollzeit-Studiengang mit einer Dauer von 3 Semestern konzipiert. Der Studienbeginn ist jeweils zum Wintersemester. Alle Vorlesungen, Laborkurse und praktischen Übungen finden an der RWU statt, so dass ein langes Pendeln zwischen verschiedenen Hochschulstandorten vermieden wird. Die Unterrichtssprache ist Englisch.

Der Schwerpunkt des Masterstudiengangs "Electrical Engineering and Embedded Systems" liegt auf typischen Themen aus dem weiten Feld der Elektrotechnik. Es gibt Module wie Embedded Computing, Embedded Control, Signalverarbeitung und Vorlesungen zu Kommunikationstechnologien (Wireless Communication) oder Hardwaretechnik wie Systems on Chip. Fortgeschrittene Mathematik ist natürlich auch elementarer Bestandteil.

Downloads

All information compactly at a glance.
pdf (2 MB)
§ 41 Electrical Engineering and Embedded Systems Study and Examination Regulations of 2023-11-30
pdf (109 kB)
download Study and Examination Regulations for EN Master’s Programs, updated January 18th, 2024
Study and examination regulations for EN master’s programs - This revision statute comes into force in the summer semester 2024.
Study and examination regulations for EN master’s programs - This revision statute comes into force in the summer semester 2024.
pdf (486 kB)
Older module manuals are stored in the QM Portal.
pdf (1 MB)
download Study and Examination Regulations Electrical Engineering and Embedded Systems
§ 41 Electrical Engineering and Embedded Systems Study and Examination Regulations of 2022-03-31
§ 41 Electrical Engineering and Embedded Systems Study and Examination Regulations of 2022-03-31
pdf (94 kB)
download Aktuelle Zulassungs- und Auswahlsatzung der RWU für Masterstudiengänge - gültig ab WiSe24/25
Satzung der Hochschule Ravensburg-Weingarten über die Regelungen zum Hochschulzulassungs- und –auswahlverfahren für Masterstudiengänge vom 16. Mai 2024
Satzung der Hochschule Ravensburg-Weingarten über die Regelungen zum Hochschulzulassungs- und –auswahlverfahren für Masterstudiengänge vom 16. Mai 2024
pdf (186 kB)

Weiterführende Inhalte

Studieninhalte
Studienplan Vorschau

Studienplan herunterladen

Bewerbungsinfos

Zulassungsvoraussetzung

Bitte beachten Sie nachstehende Voraussetzungen:

  • Ein Hochschulabschluss in der Fachrichtung Elektrotechnik/ Elektronik, Informatik oder verwandter Fachrichtung mit einer Gesamtnote von mind. 2,5
  • Gute Englischkenntnisse (IELTS  mit mind. 6.0 oder TOEFL iBT mit mind. 70/120)
  • Gute Mathekenntnisse

Basis für die Gesamtnote ist die Note des ersten Hochschulabschlusses. Die Gesamtnote kann insgesamt um bis zu 0,6 verbessert werden. Pro Kategorie jedoch max. um bis zu 0,2:

  • berufliche Erfahrungen auf dem Fachgebiet Mechatronik, Informatik, Elektrotechnik/ Elektronik von mind. 1 Jahr
  • Forschungsarbeit auf dem Fachgebiet Mechatronik, Informatik, Elektrotechnik/ Elektronik
  • ein GRE (Graduate Record Examination) Testergebnis im Bereich "Quantitative Reasoning" von mind. 161 Punkten
  • nachgewiesene Kenntnisse in einer Programmier- oder Simulationsprach: C, C++, C#, Java, Julia, MATLAB, Python oder Rust

Auf Basis der Gesamtnote wird eine Rangliste erstellt. Die Bewerberinnen und Bewerber mit den besten Gesamtnoten werden anschließend zugelassen. 

 

For further information, please visit our English Website.

Projekte
R2M-Team

Rover 2 Mars

Herausforderung: Entwurf eines low-cost-Rover, geländegängig, mit Manipulator.

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Labore
Regelungs- und Prozesstechnik

Regelungs- und Prozesstechnik

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E-Mobility-Labor von außen.

E-Mobility (X-LAB)

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News
Fakultät E Exkursion Embedded Nürnberg

Exkursion

Embedded World

35 Studierende der RWU reisten zur Messe Embedded nach Nürnberg. Zentrales Thema der internationalen Leitmesse sind eingebettete Systeme, Internet der Dinge, Industrie 4.0, E-Mobility und Energieeffizienz.

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Warum RWU
Academic Life
You prefer a „hands-on” approach over a theoretical one? You rather enjoy working in small groups, than being part of the big unknown?
  • Our RWU has a long history of practical experience, starting back in 1964 with our faculty in Mechanical Engineering & Physical Engineering. The study programs at our Ravensburg-Weingarten University of Applied Sciences are characterized by practical training and numerous projects in modern, well-equipped laboratories. Students study in small groups, individually supervised by a team of highly qualified professors and assistants. Nearby dormitories and many leisure activities in the attractive landscape of Upper Swabia, close to the Lake of Constance and the Alps offer an excellent environment and the best conditions for studying, working and of course: living.
  • The unique strength of our RWU’s academic life lies in practice: Research, Knowledge and Technology Transfer. The research of today is the future of tomorrow. Our courses are application-oriented and prepare students for demanding technical tasks as well as challenging leadership roles. We put the results of our research into practice, advising and supporting organizations in their research and development projects. Interested in our latest research topics? Link: https://forschung.rwu.de/en
  • For more than 30 years now our RWU offers English-speaking study programs and can look back to a very successful development of international study programs.  Our International Office is well-known among international students and can draw upon years of knowledge and experience in all topics related to living & studying here in Weingarten. Furthermore, we also care about each and everyone’s individual study success: supporting our students in their academic questions by offering a peer-to-peer approach. If you are interested in learning more about or special Orientation & Welcome Week, offered Excursions & Events, as well as Buddy Programs, take a look at: https://www.rwu.de/en/university-uas/institutions/international-office  
 
Job Prospective
You intend to stay and work in Germany? Or all around the world?
  • Our RWU is located in the south of Germany, close to the Lake of Constance and one of the most beautiful tri-border and strongest economic regions in Europe. Our study programs are characterized by a high degree of practical, real-world orientation and a close cooperation with the global players around us, e.g. Airbus, Continental, MTU, Vetter and ZF.
  • Mission: Realizing Potential. Shaping the Future. Our RWU is a nationally and internationally respected educational institution, a successful research university as well as a renowned partner for companies and other organizations. The high quality of our teaching, research and continuing education ensure that our graduates are well-respected and more qualified than the average. Our graduates can rely on a broad intercultural competence, are global in their thinking and ready to take on responsibility.
  • The individual advice offered by our Career Service provides an excellent opportunity to get to know the latest job offers here in the region: https://www.rwu.de/en/university-uas/institutions/career-service and our progressive German Language Courses provided by our CLIC offer an easy way to build a profound basis in German: https://www.rwu.de/en/university-uas/institutions/clic-center-languages-and-intercultural-communication
 
Student Life
You are looking for an economic and recreational attractive study place? Offering both national and international advantages?
  • Our RWU can be found in one of Germany’s most beautiful landscapes and one of the most attractive vacation destinations. Weingarten is a great place to be, not only to study and work, but also to live. The region of Upper Swabia, close to the Lake of Constance offers a unique variety of cultural, recreational and sportive activities. Curious? Join our online Campus-Tour: https://www.rwu.de/media/3884
  • Student life in and around Weingarten never gets boring. If you are interested in culture and festivals: e.g. the famous Rutenfest in Weingarten, the Welfenfest in Weingarten or the historic Carnival all over the region.  Or if you are more interested in sports and nature: e.g. university sport, mountain biking or skiing in the Alps, excursions to one of the many wine yards nearby. For further information: https://www.rwu.de/en/study/student-life/weingarten-and-region In addition, if you are interested in joining one of our RWU Student Associations & Projects: e.g. Formula Student Team, Rover 2 Mars, Big Band, etc. take a look here: https://www.rwu.de/hochschule/einrichtungen
  • We see diversity as an opportunity and actively support all members of our university regardless of gender, nationality, faith, creed, disability, age or sexual orientation. Our bilingual courses especially are attended by both German students and students from all over the world. Innovative concepts, direct and open communication and individualized support are the hallmarks of our university. Interested in our students' opinion? Interviews: https://www.rwu.de/en/studieren/beratung/darum-rwu#tab-4519
 
Why study Electrical Engineering & Embedded Systems at our RWU
Interested in research and development? Numerous optional modules and practical work experience?
  • Embedded computing, wireless communication or hardware engineering – just to name a few main research focuses. With your M. Eng. in Electrical Engineering & Embedded Systems you will deepen your knowledge of electrical engineering and communication technology and place your scientific education on a broader base.
  • Your studies will be strongly related to engineering practice, perfectly preparing you for research and development tasks, like Autonomous Driving or Internet of Things. Within your curriculum you will gain valuable practical knowledge combined with international competences, which makes it very easy for our students to start a career at well-known companies, such as Bosch, BWM or ZF. And even though your curriculum does not include a mandatory internship, our RWU supports and even recommends voluntary internships to strengthen practical work experience and to establish social networks.
  • Your Master’s Degree will enable you to pursue a PhD afterwards. For further information about the individual courses, take a look at the latest Study & Examination Regulations.
Kontakt & Personen

Allgemeine Kontaktinformationen

Öffnungs-/Sprechzeiten Mo-Fr: 9.00-12.00 Uhr
Telefon
Raum H 220
Besuchsadresse
Gebäude H (Hauptgebäude)
Doggenriedstraße 70
88250 Weingarten
Postadresse RWU Hochschule Ravensburg-Weingarten
University of Applied Sciences
Electrical Engineering and Embedded Systems (EN)
Postfach 30 22
D 88216 Weingarten

Application Information

Application Information Electrical Engineering and Embedded Systems

Contact Details for M.Eng. in Electrical Engineering and Embedded Systems

Studiendekan & Studienberater

Prof. Dr.-Ing. Lothar Berger

Regelungstechnik, Prozesstechnik, Mathematische Methoden
Studiendekan Electrical Engineering and Embedded Systems (Master), Leiter des Labors Regelungs- und Prozesstechnik
Lothar Berger

Dekanatssekretariat

Priska Urban

Dekanatssekretariat, Bachelorstudiengänge (DE + EN) Elektromobilität und regenerative Energien, Elektrotechnik und Informationstechnik sowie Masterstudiengänge (EN) Electrical Engineering and Embedded Systems, Mechatronics
Priska Urban

Isabelle Cros

Dekanatssekretariat (Koordination), Fakultätsratssitzungen, Deputatsabrechnung, Berufungen
Isabelle Cros

Professorinnen und Professoren

Prof. Dr.-Ing. Lothar Berger

Regelungstechnik, Prozesstechnik, Mathematische Methoden
Studiendekan Electrical Engineering and Embedded Systems (Master), Leiter des Labors Regelungs- und Prozesstechnik
Lothar Berger

Prof. Dr. rer. nat. Wolfgang Ertel

Künstliche Intelligenz und Maschinelles Lernen
Prof. Dr. Wolfgang Ertel

Prof. Dr.-Ing. Frank Fechter

Mathematik (Analysis 2), Kommunikationsnetze, Internetanwendungen, Verkehrstelematik, Mobilfunk (Advanced Telekommunikation Systems)
Prof. Dr.-Ing. Frank Fechter

Prof. Dr. rer. nat. Markus Schneider

Leiter des Instituts für Künstliche Intelligenz
Schwerpunkt: Künstliche Intelligenz, Maschinelles Lernen, Intelligente Robotik
Markus Schneider

Prof. Dr.-Ing. Andreas Siggelkow

Studiengänge Elektrotechnik und Informationstechnik (Bachelor), Informatik/Elektrotechnik PLUS Lehramt (Bachelor), Elektromobilität und regenerative Energien, Electrical Engineering and Embedded Systems (Master)
Prof. Dr.-Ing. Andreas Siggelkow

Prof. Dr. rer. nat. Markus Pfeil

Embedded Systems, Seminar zur Nachhaltigkeit
Studiendekan, Studienberater Elektrotechnik und Informationstechnik (Bachelor) und Elektromobilität und regenerative Energien (Bachelor), Nachhaltigkeitsbeauftragter, Studienberater Electrical Engineering and Embedded Systems (Master)
Prof. Dr. rer. nat. Markus Pfeil

Prof. Dipl.-Math. Ekkehard Löhmann

Chipkarten, Mathematik, Grundlagen der Informatik
Gleichstellungsbeauftragter der Fakultät Elektrotechnik und Informatik
 Prof. Ekkehard Löhmann

Prüfungsamt

Monika Huber

Prüfungsamt Fakultät Elektrotechnik und Informatik, Studierenden-Service
Studiengänge IO, IP, WB, WP, IN, MW/DBM
Monika Huber

Dekan

Prof. Dr. Bela Mutschler

Online Marketing, Suchmaschinenmarketing, E-Business
Dekan der Fakultät Elektrotechnik und Informatik
Prof. Dr. Bela Mutschler