Space Science and Engineering: Space Science MSc

1 Year On Campus Masters Program

University College London

Program Overview

This one-year, full-time MSc in Space Science gives you the perfect mix of theory and practice across the space environment and spacecraft systems. It’s designed for students aiming to build a career in space research or industry, with a strong spotlight on research methods and the technology behind space instruments. If you already have a degree in a related subject and want to take your knowledge further—whether in spacecraft systems, space environments, or the latest research in planetary, solar system, and astrophysical sciences—this program is a great next step.


Curriculum Structure

Year 1

Term One
You’ll start with three core modules—Space Data Systems and Processing, Space Instrumentation and Applications, and Space Systems Engineering. Together, these build a solid foundation in spacecraft technology, instrumentation, and systems thinking.

Term Two
Next, you’ll study Space Science, Environment and Satellite Missions as a compulsory module, while also choosing from specialist options such as Solar Physics, Planetary Atmospheres, and Space Plasma and Magnetospheric Physics. This lets you tailor your learning and dig deeper into the areas of space science that inspire you most.

Term Three
The taught part wraps up with exams, followed by two major projects: a Space Science and Engineering Group Project and an Individual Research Project. These give you the chance to apply what you’ve learned, develop hands-on technical experience, and carry out original research.


Focus Areas

The program emphasizes spacecraft and instrumentation design, space environment science, and the physics of planetary and solar systems—always tied to real-world, research-driven applications in space missions.


Learning Outcomes

By the end, you’ll be confident in how spacecraft systems work and how they interact with their environments. You’ll also have advanced skills in research, technical analysis, and project management—valuable for both academic and industry careers.


Professional Alignment

The MSc is delivered by UCL’s Department of Space & Climate Physics, home to the world-renowned Mullard Space Science Laboratory (MSSL)—the UK’s largest university space science research group. While the degree doesn’t carry formal accreditation, it connects you directly to one of the most respected centres of space research in Europe.


Reputation and Employability

UCL graduates from this program have gone on to work in academia, space agencies, and leading industry employers like DSTL, SSTL, and Leonardo. According to UCL’s graduate surveys (2017–2022), employability outcomes are excellent. Plus, with the department’s long history of building flight hardware for major international missions since the 1950s, you’ll be joining a program with an outstanding track record for shaping successful space science careers.

Experiential Learning (Research, Projects, Internships etc.)

From day one, you’ll be developing practical skills in a lively, supportive learning environment. You won’t just sit in lectures—you’ll learn directly from experts, work with peers in projects, and gain hands-on experience through workshops and your own dissertation research. The programme is designed to give you the right balance of theory and practice so that you’re fully prepared for a career in the space science industry.

One of the biggest highlights is UCL’s world-renowned Mullard Space Science Laboratory (MSSL)—the university’s hub for space research. Here, you’ll get the rare chance to contribute to real space missions. From designing and testing instruments to analysing mission data, this experience gives you the kind of mission-focused skills that employers are looking for.

How your learning is structured:

  • Lectures, tutorials, and workshops: Learn the core theories, then immediately test your understanding through problem-solving, interactive activities, and team-based presentations.

  • Group projects and dissertation: Work closely with peers on collaborative projects, and then dive deep into a research area of your choice with one-to-one guidance from academic supervisors—especially during your final term.

Facilities, tools, and opportunities you’ll benefit from:

Mullard Space Science Laboratory (MSSL)

  • A global leader in space instrumentation research, with hardware that’s flown on more than 300 missions since 1957.

  • Gain first-hand experience working alongside leading scientists and engineers, contributing to real instruments and analysing mission data.

Industry & Professional Skills Development

  • Take part in industry panels, alumni talks, and visits to key organisations across the year.

  • Build a strong professional network and gain valuable insights into the career paths open to you in the space sector.

Teaching & Digital Learning Tools

  • A blended approach of online learning, research-based assignments, and lecture support materials.

  • Develop confidence using the digital and analytical tools that drive innovation in space science.

Progression & Future Opportunities

Graduates from UCL’s Space Science MSc go on to do some truly exciting things. Many step straight into roles that shape the future of space exploration—whether in world-leading research institutes or cutting-edge space companies. Here are just a few of the paths you could take:

  • Space Research Scientist – making new discoveries that expand our knowledge of the universe

  • Satellite Instrumentation Engineer – building the technology that powers missions and keeps them running

  • Space Mission Analyst – helping plan and evaluate mission strategies that can change how we explore space

  • Planetary Data Scientist – turning streams of mission data into insights that drive real breakthroughs


Support every step of the way

At UCL, you’re not left to figure things out alone. UCL Careers is there to make sure you’re ready for whatever comes next. You’ll benefit from:

  • One-to-one career consultations tailored to your goals

  • CV and interview workshops designed specifically for competitive industries

  • Access to exclusive job and internship opportunities in the space sector

  • Alumni insights and mentoring through the Graduate Outcomes platform


Graduate success and salary outlook

UCL graduates are known for making an impact quickly. Within just 15 months of finishing their degree:

  • 67% move directly into highly skilled roles

  • 13.7% choose to continue their studies

For postgraduates, the results are even stronger:

  • Around 90% secure excellent positions in their chosen field

  • Salaries typically fall in the £28,000–£35,000 range

  • Across UCL graduates, the average salary is £37,369 (median £32,000)


Industry connections that matter

This MSc is delivered at UCL’s Mullard Space Science Laboratory (MSSL)—the UK’s largest university space research group. MSSL has been part of 71 satellite missions, with 10 currently orbiting Earth and 7 more on the way.

As a student, you’ll benefit from direct collaborations with:

  • ESA (European Space Agency)

  • NASA

  • Industry leaders such as DSTL, SSTL, and Leonardo

Plus, with the ESA_Lab@UCL, you’ll get the chance to contribute to projects shaped by world-class agencies.


A degree that stands out

UCL’s research in space science is internationally recognised for its quality—earning the highest possible REF grade 5 rating. That means your degree carries real weight, opening doors not just now but throughout your career.


What graduates go on to do

Alumni from this programme have gone on to make a real mark in:

  • Academic research and teaching

  • Space instrumentation and mission design

  • Mission planning and analysis

  • Space policy, strategy, and economy

In short: this MSc doesn’t just get you ready for your first role—it sets you up for a career at the very forefront of space science and technology.

Program Key Stats

£43,500
£ 90



30 %
No
Yes

Eligibility Criteria

3 Year

N/A
N/A
162
N/A
7.0
96
2:2
1490
29

Additional Information & Requirements

Career Options

  • Research scientist
  • Space mission analyst
  • Satellite systems engineer
  • Data scientist (space applications)
  • Planetary scientist
  • Space instrumentation specialist
  • Remote sensing analyst
  • Aerospace engineer
  • Space policy advisor
  • Observatory scientist
  • Space weather forecaster
  • University lecturer
  • Space technology consultant
  • Astrophysicist
  • Earth observation specialist
  • Space industry project manager

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