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2 Years On Campus Masters Program
University of TartuThe Master of Science in Robotics and Computer Engineering, Specialisation in Space Technology, at the University of Tartu, Estonia, is a two-year, English-taught programme focused on space systems, satellite technologies and advanced engineering. It combines electronics, computer engineering, software development and space technology to prepare students for technical and research-oriented careers in the space sector.
Curriculum Structure:
Year 1: Students develop foundational knowledge in electronics, sensors, measurement systems, computer hardware, programming and high-tech system design. They study specialised space technology subjects, including space systems, practical astronomy, satellite communications and space technology development. Students can also participate in space-related projects and research activities.
Year 2: Students advance their expertise through specialised coursework, practical projects and research. They can contribute to satellite development, space instrumentation, hardware or software projects, and complete a Master’s thesis focused on a relevant space technology problem. Work practice or teaching practice is also available within the programme.
Focus Areas: Space Technology, Satellite Systems, Space Systems Engineering, Space Instrumentation, Electronics, Computer Engineering, Programming, Satellite Communications, Practical Astronomy, Space Hardware and Software Development.
Learning Outcomes: Graduates develop the ability to design and develop space technology systems, understand satellite and spacecraft subsystems, apply electronics and computing skills to space-related challenges, and contribute to research and development projects.
Professional Alignment (Accreditation): The programme awards a Master of Science in Robotics and Computer Engineering, with Space Technology as a specialisation. It provides interdisciplinary preparation for careers involving space technology, computer engineering and high-tech systems.
Reputation (Employability): The University of Tartu offers opportunities to participate in student satellite projects, research groups and practical engineering activities. Graduates can pursue roles in space technology companies, research and development centres, telecommunications and other high-technology industries.
The programme emphasises practical engineering, research and collaborative projects, allowing students to apply theoretical knowledge to the development of high-tech systems. Students specialising in Space Technology can engage in satellite projects, space instrumentation development and research activities.
Key aspects of experiential learning include:
Student Satellite Projects: Students can participate in satellite-development initiatives, gaining practical experience in designing and developing space-related technologies.
Space Technology Projects: Students apply engineering methods to the development and testing of devices intended for use in space and on Earth.
Space Systems and Instrumentation: Students explore spacecraft subsystems, electronic components, sensors and measurement processes relevant to space applications.
Research Activities: Students can work with research groups at the university and explore topics such as space-mission design, hardware development, software development and experimental research.
Work Practice: Students can gain professional experience in a research group or technology company, applying their engineering skills to practical challenges.
Master’s Thesis: Students complete an advanced research project in a relevant field, potentially building on an internship or an ongoing space-technology project.
These activities help students develop technical problem-solving, teamwork, research and engineering-development skills relevant to the space sector.
The programme prepares graduates for opportunities in space technology, computer engineering, electronics and other high-tech industries. The Space Technology specialisation is particularly relevant to organisations developing satellites, spacecraft equipment, space instrumentation and related hardware and software systems.
Key opportunities include:
Space Technology Industry: Work with companies developing satellite systems, spacecraft equipment, space-related electronics and engineering technologies.
Satellite Development: Contribute to satellite design, subsystem development, testing and integration.
Space Research: Participate in research involving space instrumentation, mission design, satellite technologies and experimental systems.
Electronics and Embedded Systems: Apply computer engineering and electronics knowledge to hardware, sensors and embedded systems used in space applications.
Software and Computing: Pursue roles involving software development, technical computing and the integration of hardware and software in high-tech systems.
Research and Development: Contribute to innovation projects in space technology, telecommunications and other advanced engineering sectors.
Further Academic Progression: Pursue doctoral studies in engineering and technology, physics, informatics or related research fields, subject to admission requirements.
The programme provides a pathway into technical and research-oriented careers by combining computing, electronics and practical engineering with specialised space-technology knowledge.
Campus Location Tartu, Estonia (Nooruse 1, Maarjavälja science campus)
IELTS overall 6.0, with IELTS band 5.5 in Reading, Writing, Listening, and Speaking.
TOEFL iBT overall 75 (pre-Jan 2026) or overall 4 on new scale, with TOEFL band W3.5, R3.5, L3.5, and S4.
PTE overall 59, with no individual band requirement officially specified.
Tuition fee reduction of 50% available for two students in second semester based on academic performance. India: Bachelor's degree certificate or Provisional Certificate from University (not College) required; official transcript sent in sealed envelope from institution to UT Admissions.China: Bachelor's degree (Benke) certificate, graduation diploma, and transcript required with CSSD verification reports for both degree certificate and transcript.USA: Bachelor's degree Academic Transcript required; diploma not needed if transcript states graduation date and degree; transferred credits require original institution transcripts.UK: Bachelor's degree diploma and academic transcript/Diploma Supplement required; 3rd Class Honours, Ordinary, or Pass degrees do NOT grant access to Master's studies.Space Technology EngineerSpace Systems EngineerSatellite Systems EngineerSpacecraft Systems EngineerSpace Instrumentation EngineerSatellite Communications EngineerSpace Electronics EngineerEmbedded Systems EngineerSpace Software EngineerSpace Systems Integration EngineerSpace Mission EngineerSatellite Development EngineerSpace R&D EngineerResearch Engineer
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