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Das Masterstudium umfasst Module mit einem Gesamtumfang von mindestens 120 Leistungspunkten (LP).
Die Module sind wie folgt zu wählen:

1. Semester:

Module im Umfang von 30 LP aus dem Basisbereich.


2./3. Semester:

Aus den themenblöcken ist ein Vertiefungsbereich auszuwählen (21 LP). Im Vertiefungsbereich ist das Projektseminar (mind. 6 LP) zu belegen. Aus den anderen drei Themenblöcken sind jeweils Module im Umfang von 9 LP zu wählen.

Eine beliebige Auswahl aus dem Angebot der TU Berlin und anderen nat./int. Universitäten ist im Wahlbereich zu treffen. Die Wahl eines Sprachmoduls sowie von Veranstaltungen aus dem FÜS-Angebot der TU Berlin wird empfohlen.

4. Semester:

Masterarbeit mit 30 LP

 

Der Austausch von Modulen aus dem Kernbereich mit Modulen anderer anerkannter nationaler und internationaler Universitäten ist möglich. Dies bedarf der Zustimmung des Mentors.

Fundamentals (30 LP)

Semester

Module

Course

SWH

ECTS-Points
(Course)

ECTS-Points
(Module)

1

2

3

4

Fundamentals, English

FOU Introduction to Satellite Geodesy

Geodetic Reference Systems and Satellite Geodesy

4IV

6

6

X

FOU Adjustment Calculation I

IV statistical test procedures and adjustment calculation

4IV

6

6

X

FOU Geodetic Database

Geodetic Database

2VL+2UE

6

6

X

FOU Geoinformation Technology

Geoinformation Technology

4IV

6

6

X

FOU Geophysical Investigation (Geophysics I - Geotech)

-geophysical investigation methods
-geophysical investigations in practice

1VL+1UE

1VL+1UE

3

3

6

X

X

FOU CV1 – Photogrammetric Computer Vision

Projective geometry
Sensor orientation and object reconstruction

4VL
2UE

4
2

6

X

36

 

 

Field of specialization A (Geoinformation Technology)

Semester

Module

Course

SWH

ECTS-Points
(Course)

ECTS-Points
(Module)

1

2

3

4

GIS Collection of Geo Base Data

Measuring systems and methods
Integration of redundant geo data

3IV
3IV

4,5
4,5

9

X


X

GIS Administration

Geo data base management
Structure and operation of distributed geo data infrastructures

2IV
2IV

3
3

6

X


X

GIS Analytical methods

Geostatistics
Conception and implementation of spatial analysis methods

2IV
4IV

3
6

9

X


X

GIS Visualisation

Visualisation techniques
Web cartography

3IV
3IV

4,5
4,5

9

X


X

GIS Research

GIS – current and future research fields

2IV

3

3

X

GIS Project seminar Geoinformation Technology

GIS seminar
GIS project

2SE
2PJ

3
3

6

X


X

GIS Selected Sections of Geoinformation Technology

Selected sections of geoinformation technology

2IV

3

3

X

GIS Geoinformation Science I

Visualisation Techniques of Spatial Data
Structures and Operation of Distributed Geo Data Infrastructures

3IV

2IV

9

X

 

X

 

GIS Geoinformation Science II

Visualisation Techniques of Spatial Data
Measuring Systems and Methods

3IV

3IV

9

X

X

 

 

63

Field of specialization B (Space Geodesy and Navigation)

Semester

Module

Course

SWH

ECTS-Points
(Course)

ECTS-Points
(Module)

1

2

3

4

SGN Physical Geodesy

Physical Geodesy

2IV

3

3


X



SGN Geodetic Space Procedures in the Earth System Research

SGN Geodetic Space Procedures in the Earth System Research

4IV

6

6



X


SGN Planet Geodesy

Geodetic space procedures in planet research
Selected sections of planet research

2IV

2IV

3

3


6


X



X


SGN Global Navigation Satellite Systems

Mathematical geodesy
Methodology of the positioning and navigation with GNSS

2IV
2VL+2UE

3
6

9


X


X


SGN Calculation of Satellite Orbits

Calculation of Satellite Orbits

2IV

3

3



X


SGN current and future Methods of Navigation and Positioning

Selected sections of navigation and positioning

2IV

6

6


X


SGN Data Communication and Signal Processing
in Global Navigation Satellite Systems

Data Communication and Signal Processing in Global Navigation Satellite Systems

2IV

3

3


X



Geophysics II

Mathematical methods of geophysics
Theory of seismics
Theory of geo electricity and electro-magnetic
Theory of gravimetry, magnatic and geothermal power

1VL+1UE

1VL+1UE
1VL+1UE

1VL+1UE

3

3
3

3

12


X

X
X

X


Geophysics III

Data processing and filter in geophysiks
Inversion and modelling in geophysics

1VL+1UE

1VL+1UE

3

3


6



X

X


SGN Project seminar Space Geodesy and Navigation

Space geodesy and navigation seminar
Space geodesy and navigation project

2SE

2PJ

3

3


6


X



X


SGN Geoscientific Aspects of Geodesy

Geoscientific Aspects of Geodesy

2VL

3

3



X


SGN Space Geodesy and Navigation I

Physical Geodesy
Selected Sections of Navigation and Positioning

2IV
4IV

9

X
X

SGN Space Geodesy and Navigation II

Geodetic Methods in Planetary Research
Selected Topics in Planetray Science
Geoscientific Aspects of Geodesy

2IV

2IV

2IV

9

X



X



X

SGN Space Geodesy and Navigation III

Methodology of the Positioning and Navigation with GNSS
Geodetic Space Procedures in the Earth System Research

2VL+2UE

4IV

9

X

X

SGN Theoretical Basics of Geophysical Investigation

Matehmatical Methods of Geophysics
Theory of Seismic
Theory of Geo Electricity and Electro-Magnetic
Theory of Gravimetry, Magnetic and Geothermal Power

2IV

2IV
2IV

2IV

3-12

X

X
X

X

SGN Inversion and Filter of Applied Geophysics

Data Processing and Filter in Geophysics
Inversion and Modelling in Geophysics

3-6

X

X


96-108



Field of specialization C (Engineering Surveying and Estimation Theory)

Semester

Module

Course

SWH

ECTS-Points
(Course)

ECTS-Points
(Module)

1

2

3

4

EGA Adjustment Calcualtion II

Selected sections of the adjustment calculation
Statistic test procedures and analysis of stochastic processes

2VL+2UE

2IV

6

3

9

X


X

EGA Methods of Engineering Geodesy

Methods of engineering geodesy and industrial measuring techniques
Geodetic basics and monitoring measurements

3IV


3PJ

4,5


4,5

9

X



X

EGA Geodetic Sensors and 3D Measurement

Geodetic sensors
Laser scanning and 3D-measurement techniques

2IV
2IV

3
3

6

X
X



EGA Analysis of Deformation Processes

Analysis of deformation processes

2IV

3

3

X

EGA Transformation of Geodetic Networks

Transformation geodetic networks

2IV

3

3

X

EGA Project seminar Engineering Surveying and Estimation Theory

Engineering geodesy seminar
Engineering geodesy and adjustment calculation project

2SE
2PJ

3
3

6

X


X

EGA Current Methods of Measurement Data Analysis in Geodesy

Current methods of measurement data analysis in geodesy

2IV

3

3

X

39


Field of specialization D (Computer Vision and Remote Sensing)

Semester

Module

Course

SWH

ECTS-Points
(Course)

ECTS-Points
(Module)

1

2

3

4

CV2 Digital Image Processing

Digital Image Processing

2VL+2UE

6

6

X

CV3 Automatic Image Analysis

Automatic Image Analysis

2VL+2UE

6

6



X

CV4 Optical Remote Sensing

Optical Remote Sensing

2VL+2UE

6

6

X

CV5 Microwave and Radar Remote Sensing

Microwave and Radar Remote Sensing

2VL+2UE

6

6

X

CV6 Seminar Hot Topics in Computer Vision

Hot Topics in Computer Vision

2SE

3

3

X

X

CV7 Project Hot Topics in Computer Vision

Hot Topics in Computer Vision

4PJ

6

6

X

X

CV8 Seminar Hot Topics in Image Analysis

Hot Topics in Image Analysis

2SE

3

3

X

X

CV9 Project Hot Topics in Image Analysis

Hot Topics in Image Analysis

4PJ

6

6

X

X

48

Additonal Elective Courses (AEC)

Semester

Module

Course

SWH

ECTS-Points
(Course)

ECTS-Points
(Module)

1

2

3

4

AEC Remote Sensing Applications

Remote Sensing Applications

3

3

X

3

Tutorials (TUT)

Semester

Module

Course

SWH

ECTS-Points
(Course)

ECTS-Points
(Module)

1

2

3

4

TUT Basics in Engineering Surveys

Basics in Engineering Surveys

2IV

00

00

X

TUT Java Programming for GIS and Geodesy

Java Programming for GIS and Geodesy

2IV

00

00

X

00

ECTS-Points

- European Credit Transfer System - Points

SWH

- Semester Week Hours

 
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