24 monthsProgramme duration
17,000 EURTuition Fee/year
SepStarting Month
Programme overview
Main Subject
Data Science and Artificial Intelligence
Degree
MSc
Study Level
Masters
Study Mode
On Campus
Benefiting from world-class research and facilities, students graduating from the Signal Processing and Data Science major will have:
A strong theoretical and methodological background of modern signal processing and data science. As a graduate you will leave with a versatile toolbox of knowledge on signals and systems modelling, data representations, optimisation techniques, along with the practical skills needed to implement practical signal processing technologies for complex, multisensor systems. Advanced programming skills. Graduates master various programming languages and tools, and have the ability to design, implement, test and maintain practical signal processing systems. Extensive data analysis skills. Graduates develop a deep understanding of the nature and diversity of signals and data, and how these can be transformed into meaningful information using machine learning techniques. Mathematical and statistical modelling skills. Graduates master the use of mathematical models and the underlying statistical assumptions, allowing them to make accurate, data-drivenpredictions from real world data. Extensive knowledge about the cutting-edge research in the field. Graduates benefit from close interaction with leading professors and researchers, and are well-prepared to pursue a research career if they choose to.
Programme overview
Main Subject
Data Science and Artificial Intelligence
Degree
MSc
Study Level
Masters
Study Mode
On Campus
Benefiting from world-class research and facilities, students graduating from the Signal Processing and Data Science major will have:
A strong theoretical and methodological background of modern signal processing and data science. As a graduate you will leave with a versatile toolbox of knowledge on signals and systems modelling, data representations, optimisation techniques, along with the practical skills needed to implement practical signal processing technologies for complex, multisensor systems. Advanced programming skills. Graduates master various programming languages and tools, and have the ability to design, implement, test and maintain practical signal processing systems. Extensive data analysis skills. Graduates develop a deep understanding of the nature and diversity of signals and data, and how these can be transformed into meaningful information using machine learning techniques. Mathematical and statistical modelling skills. Graduates master the use of mathematical models and the underlying statistical assumptions, allowing them to make accurate, data-drivenpredictions from real world data. Extensive knowledge about the cutting-edge research in the field. Graduates benefit from close interaction with leading professors and researchers, and are well-prepared to pursue a research career if they choose to.
Admission Requirements
Tuition fees
International
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