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Lund University
Master's programme in Wireless Communications
<p>Wireless technology impacts how we live, work, and connect. As IoT and massive machine-type communications grow, new challenges arise. This programme prepares engineers to develop next-generation wireless solutions and shape the future of wireless communications.</p><p>Future applications, such as real-time wirel…
- Higher education
- Information unavailable
- 30 August 2027
- Lund
- Information unavailable
- 100 %
Overview
<p>Wireless technology impacts how we live, work, and connect. As IoT and massive machine-type communications grow, new challenges arise. This programme prepares engineers to develop next-generation wireless solutions and shape the future of wireless communications.</p><p>Future applications, such as real-time wireless control of autonomous vehicles and collaborating machines (Industry 4.0), will introduce new requirements on the reliability and on-time delivery of transmitted data. Sustainable smart cities and the digitalisation of society depend on advanced connected systems, creating many career opportunities for you as a graduate. </p><p>Innovation in wireless communications has a long tradition in Lund, including the invention of Bluetooth. The department designed the first fully digital massive MIMO testbed, a technology that has now become a key component of 5G networks. Recently, researchers also developed the first channel sounder for millimeter-wave massive MIMO, further solidifying Lund’s position at the forefront of wireless communication research. </p><p>The programme is designed to give you a high-level international education. Focusing on the physical and lower layers of wireless systems, you will gain in-depth system knowledge, and insights into the various components that make up a wireless network. </p><p>There are has eight mandatory and four elective courses spread over three semesters. The courses cover aspects of modern wireless communication systems, such as communication theory, signal processing, and machine learning as well as other communication-oriented or project-based courses. The thesis project is conducted in the last semester.</p><p> </p><p> </p><p> </p>
Admission scores
Entry requirements
A Bachelor’s degree in electrical engineering, computer engineering, information technology or equivalent. Completed courses in mathematics (including calculus, linear algebra, and probability theory) of at least 30 credits/ECTS. The applicant must also have knowledge in signals and systems (including linear systems and transforms), basic programming, electromagnetic field theory and circuit theory, corresponding to at least 30 credits/ECTS. English 6.
The text is reproduced from the Susa source. Antagningsdata does not map GY11 and GY25 or assess personal eligibility.
Source, measure and data quality
- Source
- Skolverket Susa-navet
- Period
- 2027-08-30
- Measure
- Entry-requirement text reproduced from the published Susa data; no personal eligibility assessment is made.
- Population
- Education offering e.uoh.lu.tawir.18940.20272
- Last checked
- 2026-09-23T10:38:33.477975+00:00
- Limitation
- Antagningsdata does not map GY11 and GY25. General and specific conditions are not separated without structured source data.
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About the provider
Sources and data quality
Education facts for the selected offering come from Skolverket Susa-navet.
Retrieved . Published . Times are shown in Swedish local time.
Source identity and publication version
- Publication version
- 8e217193-f5fa-4778-b085-a4521fd03e8d
- Education identity in the source
- i.uoh.lu.tawir.18940.20272
- Offering identity in the source
- e.uoh.lu.tawir.18940.20272
- Education-form source code
- HS
- Education code in the source
- TAWIR
- Change time according to the source
- 2026-09-09T16:22:01
The provider, education and education offering are separate identities. Application information should be checked on the official website. Supplementary statistics have not been obtained from this source.