Information and Electrical Engineering

Master (M. Eng.)

Academic Degree

Master of Engineering (M.Eng.)

Faculty

Engineering

Campus / Distance learning

Studies on campus

Normal period

3 semester

Start of studies

to winter and summer semester

Classroom Languages

english

Accreditation

This course has an accreditation

erster berufsqualifizierender Studienabschluss mit mindestens 210 Leistungspunkten und einer Gesamtnote von 2,5 oder besser in einem Studiengang Informations- und Elektrotechnik oder einem vergleichbaren Studiengang mit ingenieurwissenschaftlicher, technischer oder technisch-naturwissenschaftlichen Ausrichtung einer nationalen oder internationalen Hochschule
kann die Gesamtnote von mindestens 2,5 nicht nachgewiesen werden, muss die Abschlussarbeit mit einer Modulnote von 2,5 oder besser bestanden worden sein oder eine einschlägige, mehrjährige Praxisqualifikation vorliegen
Bewerber mit einem Studienabschluss von insgesamt 180 Leistungspunkten können nach Absprache mit und durch Entscheidung des Prüfungsausschusses Module im Umfang von 30 Leistungspunkten ableisten
lautet die Gesamtnote 3,1 oder schlechter, erfolgt keine Zulassung

Details zur Zulassung finden Sie in den entsprechenden Ordnungen.

Excellence in practice.

Qualification

With this Master's degree programme, we enable our students to work and conduct research independently. In addition, we encourage students to develop their own profile in the fields of expertise in communications engineering depending on their personal interests and strengths.
Our teaching, which is didactically adapted to industry requirements, offers the opportunity to deepen the specialised knowledge already acquired. Exercises and seminars are held in presence, but also in multimedia formats. The use of modern scientific-practical tools for simulation or in laboratory projects permeates the course of study.

Degree

A Master of Engineering (M. Eng.) is awarded. The Master's degree enables entry into management positions, opens up access to the higher civil service and entitles you to enter a PhD programme.

Modules

Subject to change without notice. Please note the current status according to the examination and study regulations (PSO). A detailed description of all modules can be found in the module handbook. The examination and study regulations and the module handbook are available for download in the info box.

The Master's program is divided into compulsory and elective modules. The standard period of study is three semesters and is divided into two pure theory semesters and one semester for the preparation of the Master's thesis. If possible, one semester should be spent at one of the foreign universities with which the Wismar University of Applied Sciences has signed cooperation agreements.

Semester 1	Semester 2	Semester 3
Telecommunications und Communications Engineering – Compulsory modules
Simulation of Complex Systems	Quality Management	Master's thesis
Project Seminar	Research Seminar
Microsystems Engineering II	Advanced Topics of Communications
Communication Systems	Advanced Optical Communications
Network and Security Management	Integrated Circuit Design

Elective Moduls
Communication Systems	Advanced Optical Communications
Microprocessor Engineering in Mobile Devices	Telecommunications Engineering Project

Application

For more information regarding the application process please contact master-iet-international@hs-wismar.de

Excellence in practice.

The Master's programme in Information and Electrical Engineering at Wismar University of Applied Sciences is based on a corresponding or a comparable Bachelor's programme at a national or international University.

More than ever, the modern professional world demands well-trained specialists who can work in interdisciplinary teams. Students learn the necessary tools for a successful career on this Master's degree programme, which opens up an above-average number of opportunities.

Qualification

With this Master's degree programme, we enable our students to work and conduct research independently. In addition, we encourage students to develop their own profile in the fields of expertise in communications engineering depending on their personal interests and strengths.
Our teaching, which is didactically adapted to industry requirements, offers the opportunity to deepen the specialised knowledge already acquired. Exercises and seminars are held in presence, but also in multimedia formats. The use of modern scientific-practical tools for simulation or in laboratory projects permeates the course of study.

The practical application of the skills acquired to industry-related problems is another focus. This is why the proportion of project and research-orientated work is very high. When working on the various projects, our students learn to recognise and, above all, analyse problems, select suitable methods for dealing with them and develop alternative solutions.

Degree

A Master of Engineering (M. Eng.) is awarded. The Master's degree enables entry into management positions, opens up access to the higher civil service and entitles you to enter a PhD programme.

Laboratories

Modules

Subject to change without notice. Please note the current status according to the examination and study regulations (PSO). A detailed description of all modules can be found in the module handbook. The examination and study regulations and the module handbook are available for download in the info box.

The Master's program is divided into compulsory and elective modules. The standard period of study is three semesters and is divided into two pure theory semesters and one semester for the preparation of the Master's thesis. If possible, one semester should be spent at one of the foreign universities with which the Wismar University of Applied Sciences has signed cooperation agreements.

Semester 1	Semester 2	Semester 3
Telecommunications und Communications Engineering – Compulsory modules
Simulation of Complex Systems	Quality Management	Master's thesis
Project Seminar	Research Seminar
Microsystems Engineering II	Advanced Topics of Communications
Communication Systems	Advanced Optical Communications
Network and Security Management	Integrated Circuit Design

Elective Moduls
Communication Systems	Advanced Optical Communications
Microprocessor Engineering in Mobile Devices	Telecommunications Engineering Project