Technical University of Munich

Overview

The Master's programme in Earth Oriented Space Science and Technology (ESPACE) at the Technical University of Munich (TUM) prepares students to design, develop, and implement satellite-based systems for applications in Earth observation, navigation, and Earth system science. This interdisciplinary course merges space technology with engineering and natural science methodologies, offering the opportunity to earn a Double Degree in collaboration with Wuhan University.

What you'll study

ESPACE is structured as a two-year MSc programme, progressing from foundational knowledge to application-focused modules, culminating in a Master’s thesis.

Core academic areas

• Earth System Science
• Satellite Navigation and Advanced Orbit Mechanics
• Applied Earth Observation and Mission Design
• Applied Computer Science
• Estimation Theory
• Spacecraft Technology

Project work and thesis

• Project-oriented learning: Engage in modules that involve applied tasks and problem-solving related to current research and industry challenges.
• Master’s thesis: Conducted in close collaboration with TUM institutes and, where applicable, partner organisations, applying acquired knowledge to a specific research or development issue.

Note: The specific modules, their sequencing, and elective options may vary; prospective students should refer to TUM's module handbook for the most current information.

Entry requirements

To apply for the Master's programme, candidates must possess a recognised undergraduate degree (such as a Bachelor’s degree) and complete the necessary aptitude assessment. This assessment enables TUM to assess your academic background, motivation, and suitability for the programme. Applicants with degrees obtained outside Germany may need to have their documents evaluated in advance through the uni-assist process, where applicable.

Career prospects

Graduates of the ESPACE programme are equipped with the skills and knowledge necessary for a variety of roles in the space science and technology sector. Potential career paths include positions in satellite design, Earth observation, navigation systems, and research roles in academia and industry. The programme's strong emphasis on project work and collaboration with industry partners enhances employability and prepares students for real-world challenges in the field.