University of Sharjah

UAE
1 Scholarships 13 Programs 2 Degree levels
Masters

Master of Astronomy and Space Sciences

Offered at University of Sharjah, UAE
DegreeMasters
FieldAstronomy

The Master of Astronomy and Space Sciences at the University of Sharjah is a research-led postgraduate degree that combines advanced coursework in astrophysics, space science and instrumentation with an original research project or thesis. It suits physics or engineering graduates and professionals seeking careers in observational astronomy, space missions, satellite applications or further academic research.

What you'll study

This programme builds advanced theoretical and practical skills across astronomy and space sciences. Students follow a mix of compulsory and elective modules and complete a substantial research project or thesis under academic supervision.

  • Core topics: stellar and galactic astrophysics, cosmology, radiative processes, celestial mechanics and planetary science.
  • Observational and instrumentation skills: observational techniques, photometry and spectroscopy, telescope and detector technology, data reduction and analysis.
  • Space science and engineering: satellite systems and mission design fundamentals, space environment and plasma physics, remote sensing principles and applications.
  • Computational methods: scientific programming (e.g. Python/IDL), numerical modelling, statistical methods for large datasets and machine-learning approaches used in astronomical data analysis.
  • Research project/thesis: an independent research project supervised by faculty, typically involving observational data analysis, instrument development, or theoretical/numerical modelling, culminating in a written thesis and oral viva.
  • Optional modules and seminars: topics in exoplanets, high-energy astrophysics, astrochemistry, and seminars on current research and regional space initiatives.

Entry requirements

Applicants are normally expected to hold a bachelor’s degree in physics, astronomy, space engineering, electrical engineering, or a closely related science or engineering discipline. Academic performance at the undergraduate level should demonstrate the ability to undertake postgraduate study.

  • Official academic transcripts and a recognised undergraduate degree in a relevant subject.
  • Evidence of quantitative and laboratory skills; applicants with degrees in related subjects may be asked to show preparatory coursework in mathematics and physics.
  • English language proficiency demonstrated by an accepted test or an equivalent qualification where required.
  • Supporting documents such as a statement of purpose outlining research interests, and at least one academic reference. Candidates with relevant professional experience in the space sector may also be considered.
  • Meeting any additional departmental requirements or interview assessments where applicable.

Career prospects

Graduates leave prepared for a range of roles in academia, industry and government space programmes. The degree provides both the theoretical grounding and practical experience that employers value.

  • Research positions and PhD study in astronomy, astrophysics and space science.
  • Employment with national and regional space agencies, satellite operators and mission teams in roles such as mission planning, payload science, and data analysis.
  • Roles in the satellite and remote sensing industry, including earth observation applications, image processing and geospatial analysis.
  • Technical posts in observatories and planetaria, instrumentation and detector development, and aerospace companies.
  • Data-science and analytics roles where skills in large-data handling, modelling and scientific programming are required.
  • Science communication, education and outreach positions within museums, centres for astronomy and public engagement.

Why study at University of Sharjah

The University of Sharjah offers a regional centre for space science education with faculty who are active in research and collaboration across the Gulf and international partners. The programme emphasises hands-on training, access to modern laboratory facilities and supervised research projects that connect students to real observational and satellite data.

  • Interdisciplinary supervision linking physics, engineering and applied sciences to support diverse research topics.
  • Opportunities to engage with regional space initiatives and industry partners for project work and internships.
  • Small cohort sizes and personalised academic supervision to support development of specialised research skills.
  • Preparation for both professional careers in the space sector and progression to doctoral study.

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Programme details are indicative and may change — always verify current information with the official university website before applying.