Applications for the Erasmus Mundus RADMEP Scholarship 2026 are now available. The RADMEP is a 2 joint masters program for students who want to become experts in how radiation affects microelectronics and photonic devices. You learn how to design, test, and protect chips and optical systems that work reliably in space, nuclear plants, medical equipment, and other radiation-rich environments. The program mixes physics, electronics, photonics, reliability engineering, and practical testing to train specialists who keep critical technologies safe. You study in Finland, Belgium, and France at three top universities. The Erasmus Mundus RADMEP program starts in September 2026 and offers full scholarships to the best students from any country. Also see the Erasmus Mundus SSIs Scholarship 2026.
Details About the Erasmus Mundus RADMEP Scholarship
| Feature | Details |
|---|---|
| Program Name | RADMEP – Radiation Effects on Microelectronics and Photonics Technologies |
| Duration | 2 years full-time (120 ECTS) |
| Degree Type | Joint master’s degree |
| Host Countries | Finland, Belgium, France |
| Funded By | Erasmus+ Programme – European Union |
| Total Scholarships | Around 15 to 20 full scholarships each year |
| Monthly Money | €1,400 for 24 months |
| Start Date | September 2026 |
| Application Opens | October 2025 |
| Scholarship Deadline | February 2026 |
| Self-funded Deadline | Later (check website) |
| Contact | master.RADMEP@univ-st-etienne.fr |
Host Universities
- University of Jyväskylä (Finland) – semester 1, strong in radiation physics and testing with Finnish accelerator facilities
- Katholieke Universiteit Leuven – KU Leuven (Belgium) – semester 2, expert in microelectronics reliability and Belgian semiconductor research
- Université Jean Monnet Saint-Étienne (France) – photonics specialization in semester 3, leader in optical technologies and French photonics excellence
- University of Montpellier (France) – microelectronics specialization in semester 3, focus on radiation-hardened electronics with Montpellier’s advanced labs
What Students Learn
- Radiation physics and how different types affect electronic and photonic devices.
- Microelectronics reliability and how to design chips that survive radiation.
- Photonics and optical systems under irradiation conditions.
- Testing methods and radiation facilities for device qualification.
- Space mission electronics and radiation environments in orbit.
- Embedded systems and radiation-tolerant design techniques.
- Laser physics and optical engineering for harsh environments.
- Innovation and entrepreneurship in radiation-hardened technologies.
Also See: Erasmus Mundus STEPS Scholarship 2026
Why Choose the RADMEP Program
- Unique focus on radiation effects in microelectronics and photonics.
- Study in three leading European countries with real radiation labs.
- Full scholarship covers tuition, living, and travel costs.
- Hands-on testing at accelerators and industry partners like CERN.
- Small international class for personal mentoring and collaboration.
- Joint degree valued by space agencies, nuclear industry, and semiconductors.
- Preparation for careers in space, nuclear, and high-reliability tech.
- Strong network with ~35 associate partners and global research centers.
Study Path and Mobility
- Semester 1 – University of Jyväskylä, Finland Radiation physics, effects, and basic testing foundations.
- Semester 2 – Katholieke Universiteit Leuven, Belgium Microelectronics reliability and radiation hardening techniques.
- Semester 3 – Choose specialization in France • Photonics track: Université Jean Monnet Saint-Étienne • Microelectronics track: University of Montpellier.
- Semester 4 – Any partner or associated institution 6-month master’s thesis in industry, agency, or research center.
Admission Requirements
- Bachelor degree in microelectronics, photonics, physics, or related.
- Strong academic record.
- English proficiency – IELTS 6.5 or TOEFL iBT 90.
- Motivation for radiation effects and reliable technologies.
Documents Required
- CV (preferably Europass format)
- Bachelor diploma and transcripts
- Motivation letter
- English test result
- Passport copy
- Two recommendation letters
Also See: Erasmus Mundus MATHS-DISC Scholarship 2026
Scholarship Benefits
- Full tuition fee paid
- €1,400 every month for 24 months = €33,600 total
- Health insurance
- Installation allowance €1,000
- Travel money €2,000–€3,000 per year
Application Tips
- Write motivation showing passion for radiation-safe electronics.
- Highlight any physics, electronics, or lab experience.
- Get strong letters from science teachers.
- Be clear on why you want specialization in photonics or microelectronics.
- Show interest in space or nuclear applications.
How to Apply for Erasmus Mundus RADMEP Scholarship
- Go to official Erasmus Mundus RADMEP Scholarship website and click apply.
- Fill online form.
- Upload all documents.
- Submit by February 2026 for scholarship.
- Results in spring 2026.
Career Opportunities
- Radiation effects specialist in space industry.
- Reliability engineer in microelectronics.
- Photonics engineer for harsh environments.
- Work in CERN, ESA, or nuclear agencies.
- Researcher in radiation testing labs.
- Consultant for radiation-hardened systems.
- PhD in microelectronics or photonics.
FAQs
Q1. What is RADMEP?
A. Master program on radiation effects on microelectronics and photonics in Finland, Belgium, and France.
Q2. Who can apply?
A. Microelectronics, photonics, physics students with good English.
Q3. Do I choose a specialization?
A. Yes – photonics or microelectronics track in semester 3.
Q4. How many scholarships?
A. Around 15–20 full ones.