University of Bonn

Overview

The Master of Science in Geodetic Engineering at the University of Bonn is designed to equip students with the skills necessary to address contemporary challenges in geodesy and geoinformation. Through a combination of rigorous methodologies and research-centric projects, students will engage in solving real-world problems in this dynamic field. The program offers three specialized research profiles, encouraging active participation in ongoing research initiatives.

What you'll study

• Degree: Master of Science (MSc)
• Programme focus: Geodesy, geoinformation, measurement technology, data analysis, and modeling
• Specialization profiles:
  • Mobile Sensorics & Robotics
  • Geodetic Earth System Sciences & Data Analysis
  • Geodetic Information & Spatial Development
• Learning format: A mix of lectures, practical exercises, and research-focused project work
• Language of instruction: English
• Credits / duration: Typically 2 years (120 ECTS)
• Application: Applications are submitted via the university’s online application portal

Programme Structure

The MSc program begins with foundational courses to solidify core knowledge, followed by opportunities for specialization through one of the three research profiles. The curriculum includes advanced coursework and hands-on project-based learning.

Core modules (foundation)

• Coordinate Systems
• Global Navigation Satellite Systems
• Statistics and Adjustment Theory
• Geoinformation Systems
• Geodetic Earth Observation
• Sensors and State Estimation

Specialisation profiles (choose one)

• Mobile Sensorics and Robotics: Focuses on sensor-based navigation and topics related to robotics estimation and perception.
• Geodetic Earth System Sciences and Data Analysis: Emphasizes Earth observation and the analysis and modeling of geoscience data.
• Geodetic Information and Spatial Development: Covers spatial information and its application in planning and development contexts.

Research-oriented learning

• Engagement in project work with research groups, often connected to ongoing institute projects.
• Elective coursework tailored to the selected specialization profile.
• Master’s thesis: A research project addressing a significant topic in geodetic engineering.

Entry requirements

To be eligible for the MSc in Geodetic Engineering, applicants should possess a first degree in geodesy, geoinformation, or a closely related discipline such as computer science, mathematics, physics, geosciences, or electrical engineering.

Credit requirements (typical):

• At least 24 credits in Mathematics, Physics, and Programming.
• At least 48 credits from at least two of the following research areas:
• Physical Geodesy, Space Geodesy, Geodynamics, and Earth System Research
• Data Analysis, Modeling, and Scientific Computing in Geoscience
• Photogrammetry, Remote Sensing, Computer Vision, and Robotics
• Geodetic Measurement Technology, Engineering Geodesy, and Satellite Measurement Technology
• Algorithmics, Spatial Databases, Geo-Information, and Geo-Information Systems
• Urban Development, Land Readjustment, and Real Estate Evaluation

It is advisable to check with the admissions office regarding any minimum GPA thresholds or grading conversion criteria for your specific application cycle.

Career prospects

Graduates of the MSc in Geodetic Engineering are well-prepared for a range of careers in academia, industry, and government sectors. They can pursue roles in geotechnical consultancy, urban planning, environmental monitoring, and spatial data analysis, among others. The program's strong research component also positions graduates for further academic study or specialization in related fields.