Structured MSc Astronomical Instrumentation and Technology

at National University of Ireland Galway

The 12-month programme will have a research project (60 ECTS) and taught components (30 ECTS). The taught component will consist of 30 credits of core modules specifically related to astronomical instrumentation. The remaining 30 credits correspond to modules in transferable skills (10 credits) plus Engineering modules relevant to astronomical instrumentation and astrophysics modules.

Year 1 (90 Credits)

• Required PH5114: Modern Observational Astronomy
• Required PH5113: Advanced Astronomical Instrumentation
• Required PH5109: Research Project
• Required PH506: Principles of Optical Design & Image Formation

Undergraduate and mature students can satisfy matriculation registration requirements for NUI Galway by achieving certain grades in the following examinations. 
 

Leaving certificate (for EU and non-EU)

You need a pass in at least six subjects in the Leaving Certificate in accordance with College requirements with:

• Minimum Grade H5 (Higher Level) in two subjects 

• Passes in the remaining four subjects at O6/ H7 
   

You should pick your subjects based on the requirements for entry to your desired course.
 

All subjects of the Leaving Certificate are accepted for matriculation registration purposes, with the exception of Gaeilge Bonnleibhéal (Irish Foundation Level), Mathematics (Ordinary Alternative/Foundation Level and; Home Economics (General), which is recognised only for St. Angela's College, Sligo.
 

GCE and GSCE
 

You need a pass in at least six subjects in accordance with College requirements with at least:

• GCE Advanced Level: Grade C in two recognised subjects and

• GCSE Level: Grade C in four recognised subjects.
   

You should pick your subjects based on the requirements for entry to your desired course.

English Language Requirement:

IELTS :- 6.5

TOEFL :- 88

Fees: EU
€7,450 p.a. 2021/22

Fees: Tuition
€7,226 p.a. 2021/22

Fees: Student levy
€224 p.a. 2021/22

Fees: Non EU
€20,750 p.a. 2021/22

Career Opportunities

This master's will provide students with an in-depth understanding of the technology used in modern astronomical observatories. As such graduates of the proposed MSc programme will in demand by national and international technological industries as well as by research institutes, observatories and University research groups. The combination of advanced modules and a research project leading to a thesis will also effectively bridge the gap between undergraduate study and a PhD.