Geodetic Engineering

The new Master's programme Geodetic Engineering, which is planned to start in October 2017, is dedicated to students with a BSc in geodesy and geoinformation or related topics such as computer science, mathematics, physics, or electrical engineering.
It is a full-time programme taught entirely in English with a research-based profile. The standard period of study is four semesters, including the Master's thesis. The programme offers three profiles, covering the main areas of competence in research of our institute:

• Mobile Sensing and Robotics
• Geodetic Earth System Science and Data Analysis
• Spatial Information and Development

From these, the students choose one as main and a second as minor topic. Depending on the student's interests, the curriculum allows students to focus almost entirely on the chosen main topic or to study a broader range of topics.
Graduates will be equipped with skills and tools to recognise and solve geodetic engineering problems. They will be part of current research projects during their studies. This provides an entry qualification for PhD programmes.

Educational organisation

The Geodetic Engineering programme extends over 24 months and is structured into mandatory and compulsory elective modules that consist of teaching units with a duration of one semester. Each module is completed with an exam. Three different types of modules are offered: lectures, seminars, and projects. The basis of evaluation are score points (ECTS points).
By the beginning of the first semester, the students have to choose a main and a minor profile, selecting from the following topics:

• Mobile Sensing and Robotics
• Geodetic Earth System Science and Data Analysis
• Spatial Information and Development

The curriculum of the MSc programme Geodetic Engineering is structured as followed:

• The first semester offers mandatory advanced modules covering the basic knowledge needed for the remaining programme. It includes lectures and exercises covering the following topics: Coordinate Systems, GNSS, Statistics and Adjustment Theory, Geo Information Systems, and Earth Observations. A study plan, individual to each student, covers topics not provided by the student's previous education or by the advanced modules. The chosen profiles are introduced by two mandatory modules.
• In the second and third semester, students deepen their knowledge by taking one mandatory and three to five compulsory modules from their main profile. Out of their minor profile or external offers, they may choose up to three compulsory elective modules. Two project modules introduce the students into current research topics and train them for self-sufficient research. They prepare for the Master's thesis and therefore should only focus on their main profile.
• The last semester is devoted to the Master's thesis.

The Master's programme is successfully completed once 120 ECTS credit points (CP) have been obtained. Of these, 15 CP will be obtained from advanced modules, 3 CP from the individual study plan, 30 to 42 CP from modules out of the main profile, 6 to 18 CP from modules out of the minor profile and/or external offers, 24 CP from the project's modules, and 30 CP from the Master's thesis.

Internships

The curriculum includes two project modules closely related to one of the institute's research groups.

Forms of assessment

• Written and oral exams
• presentations (seminar paper)
• Master's thesis

Course objectives

The programme provides our students with the required mathematically and theoretically founded expert knowledge, skills, and methods to enable them to work scientifically. It enables them to recognise and solve engineering problems and therefore prepares them to translate research questions into activities and projects.
The programme provides an entry qualification for PhD programmes.

Language requirements

Applicants must provide proof of their English skills

• TOEFL paper-based: 575 points
• TOEFL Internet-based: 90 points
• IELTS: 6.5

Native English speakers; German, Swiss, Austrian citizen with Abitur/Matura; and students who received their first degree entirely in English do not have to submit language certificates.

Academic requirements

A Bachelor of Science degree in geodesy and geoinformation or related topics such as computer science, mathematics, physics, or electrical engineering.
A good foundation in maths and programming is mandatory. Foundations in physics, geodesy, GIS, mapping, and statistics are recommended.

• Mandatory documents (in English):
  • Bachelor's degree plus up-to-date transcript of records
  • TOEFL or IELTS result
  • curriculum vitae

For detailed information on our application requirements, applicants are asked to carefully read the guidelines on our website.
See: https://www.ge.uni-bonn.de/

Enrolment fees

Students must pay a social fee of approx. 270 EUR per semester ("Sozialbeitrag") to the Student Union, which is used to support student activities and provides free public transport in the state of North Rhine-Westphalia.

Costs of living

Between 600 and 1,000 EUR per month, depending on the student's standard of living

Job opportunities

Based on need and availability, the departments at the Institute of Geodesy and Geoinformation offers student assistant positions.
An online job board is available at the University of Bonn (http://www.hrz.uni-bonn.de/x-tra/stellenangebote) as well as at the Studentenwerk Bonn (http://www.studentenwerk-bonn.de/job-boerse/).

Arrival support

The International Department at the University of Bonn provides a welcome service and study buddies for international students.
Upon arrival, students are offered assistance in finding accommodation, registering at the
university, assistance with German administration, and an introduction to university services.

Services and support for international students

The university offers individual counselling and tutoring by assigned supervisors.

Accommodation

Housing in student dormitories/apartments is available to a limited extent in Bonn
at prices of around 250 to 350 EUR.
Private accommodation is generally more expensive.
Information on student residences run by the Studentenwerk Bonn:
http://www.studentenwerk-bonn.de
Online portal for private accommodation in and around Bonn:
http://www.zimmerfrei-bonn.de/wohnborse/suche/
Online portal for private shared apartments:
http://www.wg-gesucht.de/en/