

MSc in Advanced Engineering Materials, University of Limerick
Limerick, Ulster
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12 Months
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About this course
This programme aims to develop graduates with extensive knowledge in materials analysis, characterisation, Materials Science, Processing, and Surface Technology. It covers high strength materials used in the aero-industry, techniques for materials and coatings selection, along with methods employed by engineering consultants. The course prepares students for careers in manufacturing sectors, consultancy, or further study at the PhD level. It involves analytical techniques, structure of materials, advanced processing methods, and covers management systems relevant to manufacturing. An integral part of the course is a research project that uses state-of-the-art instrumentation to generate high-impact research or intellectual property.
Why this course is highly recommended
This course is ideal for those seeking to gain a competitive edge in high-tech manufacturing industries. It provides analytical skills and knowledge applicable to manufacturing, R&D, and product design, positioning graduates to support both national and international industrial advancements. The emphasis on research and advanced instrumentation also makes it appealing for students interested in innovation and high-impact research.
Specialisation
Students can select electives focusing either on aerospace metallic materials or composite aircraft structures, along with options like materials selection and design or surface degradation and protection. This specialization enables deep dive into specific material science and engineering areas related to aerospace and advanced materials.
Course fees
Application fees
17.43L
1st year tuition fees
17.43L
Living cost
-
Living cost
-
Degree requirements
Applicants need a first or second class honours degree (NFQ Level 8) in a related physical science or engineering field or an equivalent qualification. English language proficiency must also be satisfied, with additional documentation required if qualifications are obtained in non-English speaking countries.
English language test
PTE
61
TOEFL
90
DUOLINGO
120
IELTS
6.5
Career prospects
Graduates typically pursue careers in manufacturing, particularly in metallurgical, ceramic, polymer, and composite technologies in sectors like aerospace, chemical processing, and power generation. They may work in roles related to R&D, product and process development, quality assurance, or consultancy, supporting both industrial growth and innovation.
FAQs
What are the entry requirements for this course?
Applicants should have a first or second class honours degree in a related scientific or engineering discipline and meet the English language requirements.
What is the duration of the programme?
The course is a one-year, full-time programme starting in September, structured over two semesters and a summer.
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