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This master's program offers students comprehensive knowledge of contemporary astronomical observatory technologies through coursework and research projects. It equips students for doctoral studies in either astronomical instrumentation development or utilizing data from these facilities. Core courses on instrumentation, along with transferable skills and specialized engineering modules in computing, electronics, and control systems, will significantly boost graduates' career prospects from this Structured MSc.
Career Prospects
The program delivers thorough expertise in modern astronomical observatory technologies. Consequently, graduates will be highly sought after by global tech industries, research institutions, observatories, and university research teams. The blend of advanced coursework and thesis-based research projects creates an effective transition between undergraduate education and PhD-level study.
2.1 degree in physics or relevant engineering discipline. Candidates are required to provide full CV and personal statement and the names of two academic references.
English Language Requirements
IELTS: 6.5 overall, no less than 5.5 in any one component; Cambridge C1 Advanced (CAE): 176 overall; Cambridge C2 Advanced (CPE): 180 overall; TOEFL: 88 overall (7 Listening, 16 Speaking, 18 Writing, 8 Reading); Pearson PTE: 61 overall, no less than 48 in any one component.