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Browse:Aerospace Engineering and Space SystemsNorwayUniversity of Oslo
Aerospace Engineering and Space Systems● OpenMastersPreview

Master of Science in Space Systems

A two-year programme in satellite and space probe development, blending engineering, physics, and systems thinking for real-world space missions.

Best for:Best for engineering graduates or scientists with a strong foundation in physics, electronics, or aerospace who seek hands-on experience in satellite systems, space mission design, and interdisciplinary research.

University of Oslo · Kjeller (near Lillestrøm), Norway
More professors at University of Oslo
Satellite systems engineeringOrbit mechanics and space dynamicsSpacecraft payload designGround-based satellite testingSmall satellite developmentPlanetary exploration instruments
This is a masters position — not a PhD studentship.
Deadline
—
Funding
Unfunded
2 years (full-time)
Start date
Flexible (typically aligned with the academic calendar)
Full-time
Location
Kjeller (near Lillestrøm)
Norway

Overview

The Master of Science in Space Systems at the University of Oslo offers a rigorous two-year programme focused on the design, construction, and operation of satellites and space probes. Students gain expertise in satellite mechanics, orbit dynamics, payload design, and ground-based testing, while addressing societal needs like environmental monitoring, security, and planetary exploration. The programme is taught at the Department of Technology Systems in Kjeller, a hub for space research and industry, with collaborations including the Center for Space Sensors and Systems (CENSSS). Students engage in hands-on projects, from developing small satellites for Earth observation to contributing to Mars geology research via the RIMFAX radar on NASA’s Perseverance rover. The curriculum emphasizes interdisciplinary problem-solving, commercial innovation in space technology, and practical experience in a makerspace environment.

Space SystemsSatellite EngineeringAerospace TechnologySpace Mission DesignPlanetary ExplorationSpacecraft PayloadsOrbital MechanicsSpace Industry

What you'll do

  • Design and develop satellite systems and payloads for Earth observation, communication, and planetary exploration missions.
  • Study satellite construction, orbit mechanics, launch options, and space environment interactions.
  • Conduct ground-based testing to ensure satellite functionality and reliability in orbit.
  • Engage in collaborative, problem-based learning on real-world space projects with industry and research partners.
  • Develop small satellites for Earth observation and contribute to planetary science research.
  • Utilize advanced tools and equipment in the department’s makerspace, including 3D printers and testing facilities.
  • Participate in interdisciplinary research projects, including contributions to Mars geology studies via the RIMFAX radar.
  • Explore commercial applications of space technology, focusing on faster, cost-effective development cycles.

Requirements

Degree required: Bachelor’s degree in Engineering, Physics, Aerospace Science, or a related field (equivalent to Norwegian bachelor’s degree).

Degree offered: Master of Science (MSc) in Space Systems

Language: English proficiency (equivalent to B2/C1 level).

Instruction: English

Required skills
  • Strong foundation in physics, mathematics, and engineering principles.
  • Basic knowledge of satellite systems, orbital mechanics, or space technology.
  • Problem-solving and analytical skills for complex technical challenges.
  • Ability to work collaboratively in interdisciplinary teams.
  • Familiarity with technical tools and software used in space systems development.
Nice to have
Experience with satellite subsystems (e.g., power systems, communication, or propulsion).Knowledge of programming languages (e.g., Python, MATLAB) or CAD software.Prior involvement in research projects or internships related to aerospace or space technology.Interest in planetary science or Earth observation applications.
Eligibility
  • No specific nationality restrictions; open to international applicants.
  • Applicants must meet the university’s general admission requirements for master’s programmes.

Funding & terms

Type
Unfunded
Amount
—
Duration
2 years (full-time)
Programme
—

Programme and admissions

Admissions not verified

A catalogue listing does not mean applications are open or funding is guaranteed. Check the source for your intake.

Intake
Not confirmed by the source
Duration
Not confirmed by the source
Teaching language
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Taught / research mode
Not confirmed by the source
Study mode
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Campus
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Prerequisites
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Application instructions
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Tuition
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Funding
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How to apply

Applicants must apply through the University of Oslo’s official admission portal. The process involves submitting academic transcripts, a statement of purpose, and proof of English proficiency. Additional documents may include letters of recommendation and a CV. Detailed instructions are available on the programme’s application page.

Documents required
  • Bachelor’s degree transcripts and diploma
  • Statement of purpose or research proposal
  • Proof of English proficiency (e.g., TOEFL, IELTS)
  • CV/resumé
  • Letters of recommendation (if required)
  • Passport-sized photograph (if applicable)
↗Check programme and admissions

Contact

Admissions Office· Master’s Programme Coordinator

https://www.uio.no/english/studies/programmes/space-systems/

Lab
Center for Space Sensors and Systems (CENSSS)
University of Oslo
Norway
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