Erasmus Mundus Joint Master
Joint Masters in Emerging Materials for Sustainable Engineering
A prestigious 2-year journey across Europe’s leading laboratories, shaping the future of circular economy through advanced materials science and industrial innovation.
120 ECTS
Masters Science Degree
120
ECTS Credits
2 Years
Duration
3
Universities
3
Joint Degrees
25
Cohort size
$
Erasmus funded
Bridging Material Science with Global Engineering Challenges
The MEMSE programme is designed for exceptional graduates looking to lead the transition towards sustainable materials. Our curriculum integrates advanced synthesis, characterization, and modelling with industrial application contexts across three European nations.
International Mobility
Seamless transition between Ireland, Poland, and Germany throughout your degree.
Sustainability-Centred
Every module focus on the lifecycle impact and circular economy principles.
Industry-Connected
Direct involvement with corporate partners for internships and thesis projects.
01
RESEARCH EXCELLENCE
02
GLOBAL IMPACT
Academic Specialisations
In your second year, choose a track that aligns with your research ambitions and career goals.
Sustainable Energy Materials
Focus on photovoltaics, battery storage technologies, and hydrogen fuel cell development.
- Advanced Photovoltaics
- Electrochemistry
Advanced Photonics
Explore the interaction of light with matter for communications, sensing, and medical imaging.
- Optical Metrology
- Nano-photonics
Sustainable Manufacturing
Innovating production processes for reduced environmental footprint and high-performance composites.
- Additive Manufacturing
- Composite Science
Academic Partners
University of Limerick
Ireland • Lead Partner
Wrocław Univ. of Science and Technology
Poland • Research Hub
FH Münster University of Applied Sciences
Germany • Industry Application
Your European Mobility Journey
S1
SEMESTER 1
Limerick, Ireland
Core foundations in material science and sustainable chemistry.
S2
SEMESTER 2
Wrocław, Poland
Specialised modules in electronics and material characterization.
S3
SEMESTER 3
Münster, Germany
Advanced specialisation track & industry placement preparation.
S4
SEMESTER 4
Global Thesis
Final Master’s thesis at partner institutions or industrial labs.
Admission Cycle 2026
Applications Now Open
Join the next cohort of engineers solving global sustainability challenges. Apply before February 15th, 2026.
15 Feb
Final Deadline
Sep 2026
Programme Start