Erasmus Mundus Master's programme Nanoscience and Nanotechnology in cooperation with KU Leuven, Université Grenoble Alpes, Chalmers University of Technology and University of Barcelona
The Master's programme is taught entirely in English.
Application deadlines for international applicants
Registration period for aptitude assessment procedures
1 May – 31 May
Application period for non-EU applicants
1 April – 31 May
Application period for EU applicants
1 April – 15 July
Master's Sustainable Electronics and Photonics (SEP)
The Evolution of OME
Building on our long-standing reputation in Organic and Molecular Electronics (“OME”), this interdisciplinary programme provides the high-level professional skills needed for an international career in the cutting-edge field of thin-film electronics and modern optics.
A Comprehensive Material Portfolio
While organic electronics remains a major pillar, the SEP programme reflects the true diversity of the "Beyond Moore" era. Our students gain deep technical expertise across a broad spectrum of materials, focusing on the research and development of:
- Next-Gen Devices: Ranging from OLEDs and nanowire transistors to optical memory, biomedical devices, and high-precision sensor devices
- Flexible & Printed Electronics: Mastering low-temperature manufacturing for lightweight, bendable tech
- Advanced Materials: Investigating the physics of organics, perovskites, and metal oxides in both micro and nano dimensions
Innovation with a Sustainable Perspective
The field of electronics is evolving rapidly. To ensure our graduates stay ahead, we have integrated a mandatory focus on Sustainability and Resource Management alongside our core technical modules. You will explore:
- Ecological Considerations: Understanding the environmental impact of fabrication and material choices
- Circular Concepts: Introduction to resource efficiency, recycling, and reuse strategies in the electronics lifecycle
- Sustainable Processing: How innovative manufacturing (like printed electronics) can reduce the carbon footprint of high-tech applications.
Study the Future
From smart integrated systems to high-efficiency solar cells, the market for these technologies is predicted to reach hundreds of billions of EUR in the next decade. With state-of-the-art study conditions and excellent mentoring, the SEP programme prepares you to lead this growth - technically, scientifically, and responsibly.