Official Master’s Degree
in Radiofrequency Engineering
Do you want to design the technologies that will enable the communications of the future?
(*) Taught by the Escuela Técnica Superior de Ingenieros de Telecomunicación at the Universidad Politécnica de Madrid
What is the MUIRF?
The MUIRF is a Master’s degree that prepares you to lead the design, development, and application of Radio Frequency Communication Systems
60 ECTS
1 Year
40 Spots
On campus
What will you learn?
You will learn to design, analyze, and optimize advanced radiofrequency and microwave systems applied to wireless communications, radar, and high-frequency technologies.
Design of RF circuits
and devices
Antennas and
radiating systems
Radar and
communication
systems
Applied
electromagnetism
Simulation and Experimental Characterization of Microwave Circuits
Teachers
You will learn from the professionals who are building the future of the sector.
Career Opportunities
Boost your professional future with the Master’s Degree in Radiofrequency Engineering to specialize in high-impact sectors such as 5G/6G communications, defense, and the aerospace industry.
You will learn to design, analyze, and optimize advanced radiofrequency and microwave systems applied to wireless communications, radar, and high-frequency technologies.
With this master’s degree, you will be able to apply for very interesting positions
Radiofrequency
Engineer
Antenna
Engineer
Radar Systems
Engineer
Satellite Communications Engineer
RF Systems
Engineer
Drive technological innovation at the leading companies in this strategic sector
Specialize in one year with the Master’s Degree in Radiofrequency Engineering (MUIRF), an official 60 ECTS program designed for the most demanding missions in the aerospace and defense industry.
Frequently Asqued Questions (FAQs)
Everything you need to know about the MUIRF before taking the next step.
The MUIRF is an official Master’s degree recognized within the European Higher Education Area (EHEA). It comprises 60 ECTS credits and focuses on radio frequency (RF) and microwave technologies, making it an excellent choice for professionals seeking to specialize in this field.
The curriculum covers the design of RF circuits and devices, antennas and radiating systems, radar and communication systems, as well as applied electromagnetics, all with a strong emphasis on practical, hands-on learning.
Recommendations
Former students who have successfully completed their master’s and specialization studies share their recommendations and personal experiences within our classrooms and laboratories. Their testimonials offer a direct insight into the quality of teaching, the research environment, and how this training becomes a key boost for accessing the most in-demand opportunities in the current technology sector.
This Master’s program has enabled me to complement my Telecommunications Systems education with a high level of specialization. Its curriculum, closely aligned with industry needs, has allowed me to expand my expertise in RF by working with state-of-the-art measurement equipment and advanced design and simulation software. Being part of an environment where both professors and fellow students are passionate about the field has made this Master’s an incredibly rewarding experience—one that I wholeheartedly recommend.”
Alejandro Alcaraz Villodre – Master’s student
I completed the Master’s program at this School that preceded the new MUIRF, and I would especially highlight the strength of its technical training and the approachable, supportive faculty. The program helped me deepen my understanding of the design and characterization of radio frequency devices. I believe the new MUIRF is a natural evolution of that experience, offering a more comprehensive program that is better aligned with the latest challenges in RF engineering.”
F. Javier Suárez Grande – Predoctoral Researcher, UPM
Escuela Técnica Superior
de Ingeniería de Telecomunicación
Universidad Politécnica de Madrid
The Master’s degree
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