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| Course title | City | Start date | Credits |
|---|---|---|---|
| Advanced R | Aarhus | August 2026 | 4 ECTS |
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Graduate School of Health Sciences at Aarhus University
The course is designed to strengthen participants’ understanding of R as a programming language and to support the development of efficient, reproducible, and well-structured code. The focus is on programming skills, workflow management, and the use of to |
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| Advanced structure elucidation by spectroscopy | Aalborg | August 2026 | 4 ECTS |
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Doctoral School of Engineering and Science at Aalborg University
Welcome to Advanced structure elucidation by spectroscopyDescription:This is a one week tutorial (guided problem solving). After a brief introduction of how to extract information from mass spectrometry (high resolution) and NMR spectroscopy (1D and 2D co |
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| Advanced Topics in Biomaterials Science and Engineering | Kgs. Lyngby | - | 3 ECTS |
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DTU Department of Health Technology
General course objectives:The course goal is to give knowledge about subjects in and to introduce critical reading of the research literature in biomaterials science and engineering, i.e. the synthesis, processing, analysis, and application of materials f |
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| Advanced Topics in Computational Complexity | Copenhagen S | February 2026 | 5 ECTS |
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PhD School at IT University of Copenhagen
Organizer(s): Professor Eva Rotenberg and co-organiser Asisstant Professor Ivor van der Hoog from ITULecturer(s): Eva Rotenberg, Nutan Limaye, Riko Jacob, Holger Dell, Radu Curticapean, Thore Husfeldt, Ivor van der Hoog from ITUExternal lecturers: TB |
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| Advanced topics in hearing research | Kgs. Lyngby | - | 5 ECTS |
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DTU Department of Health Technology
General course objectives:To develop the student’s self-learning skills, and to increase awareness of the recent literature within his/hers research areas and related topics. The course also aims to improve the student’s scientific communication skills an |
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| Advanced Topics in Machine Learning | Kgs. Lyngby | - | 2,5 ECTS |
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DTU Department of Informatics and Mathematical Modeling
General course objectives:To introduce the student to new trends in statistical signal processing and machine learning.Learning objectives:A student who has met the objectives of the course will be able to:Comprehend and apply advanced methods within mach |
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| Advanced topics in marine engineering | Kgs. Lyngby | - | 5 ECTS |
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DTU Department of Mechanical Engineering
General course objectives:To provide the student with knowledge of selected advanced analysis models within marine hydrodynamics and related topics that are currently not covered by existing courses at DTU. To enable the student to understand, apply and i |
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| Advanced Topics in Process Systems Engineering | Kgs. Lyngby | - | 7,5 ECTS |
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DTU Department of Chemical and Biochemical Engineering
General course objectives:This course is aimed at introducing special topics from the current state of the art in process systems engineering. The objective is to give the participants a quick and thorough introduction to relevant advanced topics in proce |
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| Advanced Topics in Process Technology | Kgs. Lyngby | - | 7,5 ECTS |
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DTU Department of Chemical and Biochemical Engineering
General course objectives:This course is aimed at introducing special topics from the current state-of-the-art in process technology and engineering. The objective is to give the participants a quick, but thorough introduction to the latest developments i |
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| Advanced ultrasound research tools | Kgs. Lyngby | - | 10 ECTS |
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DTU Department of Health Technology
General course objectives:The course gives an introduction to advanced research tools within medical ultrasound imaging. This includes tools for simulating ultrasound imaging (Field II), beamforming of data, acquiring data using research scanners with a r |
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