Studiengang Geomatics Engineering (GeoEngine) Master of Science (MSc) - englischsprachig - Weltvermesserer

Beginn

Winterterm (October)/Wintersemester (Oktober)

Dauer

4 Semester

Qualifikation

A qualifying Bachelor Degree in Geomatics Engineering or in any other corresponding study course or a degree regarded as equivalent obtained at a foreign university with a 4-years' standard period of study [successful performance is marked with the average grade "good" or better ("very good")] or an equivalent German qualification and a proof of fundamental knowledge of the English language (i.e. TOEFL test, min. 550 points (paper-based testing) or 213 points (computer-based) or 80 points (internet-based) or any other proof equivalent to it (i.e. IELTS Band 6.0).)

Schlagworte

Geoinformatics
Physical Geodesy
Satellite Geodesy
Navigation
Engineering Geodesy
Photogrammetry

Ausbildungsstandort

Universität Stuttgart - Studiengang Geodäsie & Geoinformatik

Breitscheidstraße 2
70174 Stuttgart

Vergütung

–

Kosten/Gebühren

All new international students from non-EU countries have to pay a tuition fee of EUR 1500,- per semester. Apart from that, all students have to pay a fee for the student services of about EUR 201,- per semester.

Beschreibung

Overview

Geomatics Engineering (GEOENGINE) is the key discipline for measuring, modelling and presentation of geospatial data and processes. Recent technological developments such as global satellite navigation, autonomous navigation, driver assistance systems, digital maps and virtual globes have enhanced geodesy and geoinformatics in the public awareness. GEOENGINE meets societal demands for geospatial infrastructures for sustainable development and responsible use of available resources.

Objectives

GEOENGINE has been designed as a compact Master of Science program for international students from academia, government agencies or geomatics engineering companies.It provides advanced education and practical training to those students who wish to widen their perspective and expand their knowledge on numerical techniques for acquiring and modelling geospatial data. Successful completion of the curriculum enables them to create and manage intelligent workflows and services. Based on deep theoretical understanding, sophisticated technology and methods can be flexibly adapted to the necessities of specific applications.

Weitere Informationen Direkt bewerben

Dein Ansprechpartner

Dipl.-Betriebsw. (FH) Wanda Herzog
Studiengangsmanagerin

0711 685 84136 wanda.herzog@f06.uni-stuttgart.de