March 30 - April 4, 2025
Stockholm, Sweden

March 30 - April 4, 2025

Stockholm, Sweden

Short Courses

We welcome the submission of proposals for Short Courses at EuCAP 2025. Short Courses are intended to provide a focused presentation of a scientific and/or application topic by one or very few high-level experts, within the areas of research of the antennas and propagation community. 

Please note that at EuCAP 2025, Short Courses will be organized on Sunday afternoon (March 30), which is a change from previous editions.

Short courses can be of the following types:



Advanced

For an audience of researchers already having a good basic knowledge of the field. A time slot may be reserved at the end of the course to foster a deeper discussion between the participants and the speakers.




Tutorial 

For an audience that has no special pre-existing knowledge of the topic and is interested in grasping the essentials of state-of-the-art technology, current challenges, and future perspectives. Such short courses may be of interest for young and even experienced engineers and researchers.



The proposals must be submitted using the template. They can involve 1 or 2 instructors and must be submitted by 8 November, 2024, via email to shortcourses-workshops@eucap2025.org.

All proposals will be subject to review by the Short Courses Chair and the Technical Programme Chairs. The receipt of proposals will be acknowledged via email. The acceptance/rejection notification will be provided no later than 9 December, 2024. It will be based on multiple criteria, such as (non-exhaustively) the coverage of EuCAP scientific areas, the relevance and topical character of the subject and the size of the expected audience.

Advanced and tutorial Short Courses will be a half-day in length (3 hours of course plus a break). The instructor(s) must be aware that an accepted short course will be cancelled if fewer than 5 participants have registered by the deadline. In this respect, instructors are encouraged to advertise the Short Course through their own networks and dissemination channels. These Short Courses will take place on Sunday afternoon. It is the responsibility of the instructor to distribute the course material to the participants.



 



SC01-Advanced Antenna Modeling and Simulation Techniques

CJ Reddy and Martin Vogel
Altair, US

SC02-Design of Quasi-Periodic Surfaces for High-Performance Applications

Andreas Erikssonand Mark Whale
TICRA, Denmark
 

SC03-Electrodynamics of Space-Time Systems: Modern Analysis Techniques and Applications

Carlos Molero and Antonio Alex-Amor
Universidad de Granada and Universidad Autónoma de Madrid, Spain
 

SC04-Electromagnetic Propagation and Antenna Design for  Intra-body Nanoscale Sensing and Communication

Josep Jornet and Hadeel Elayan
Northeastern University, US
 

 













 


SC02-Design of Quasi-Periodic Surfaces for High-Performance Applications

SC03-Electrodynamics of Space-Time Systems: Modern Analysis Techniques and Applications


SC04-Electromagnetic Propagation and Antenna Design for  Intra-body Nanoscale Sensing and Communication



Josep Jornet and Hadeel Elayan
Northeastern University, US

Carlos Molero and Antonio Alex-Amor
Universidad de Granada and Universidad Autónoma de Madrid, Spain

Andreas Eriksson and Mark Whale
TICRA, Denmark

CJ Reddy and Martin Vogel
Altair, US

 













 


SC05-Fundamentals of Monopulse Antennas 



SC06-Hands-on Training: FR2 Antenna Design and Beamforming - From Theory to Experiments 


Vincent Lee
TMY Technology Inc., Taiwan   

Tamara Clelford
Polynode, UK

Mats Gustafsson and Miloslav Capek 
Lund University, Sweden  
Czech Technical University in Prague, Czech Republic

SC07-Innovative Antenna Design: Insights Through Modal Decomposition

SC03-Electrodynamics of Space-Time Systems: Modern Analysis Techniques and Applications


Jordan Budhu
Virginia Tech, US 

SC08-Integral Equation Based Synthesis of Metasurfaces  



SC05-Fundamentals of Monopulse Antennas 

Tamara Clelford
Polynode, UK  

SC06-Hands-on Training: FR2 Antenna Design and Beamforming - From Theory to Experiments 

Vincent Lee
TMY Technology Inc., Taiwan  

SC07-Innovative Antenna Design: Insights Through Modal Decomposition

Mats Gustafsson and Miloslav Capek 
Lund University, Sweden  
Czech Technical University in Prague, Czech Republic

SC08-Integral Equation Based Synthesis of Metasurfaces  

Jordan Budhu
Virginia Tech, US  

 













 


SC09-Machine Learning-Enabled Optimization and Synthesis of Metasurface Antennas




SC10-Microwave Imaging and Sensing and Innovative Applications



Rosa Scapaticci and Jorge A. Tobon Vasquez
CNR-IREA, Italy
Wavision srl, Italy
 

 Zhi Ning Chen and Peiqin Liu
NUS, Singapore

Giovanni Toso and Piero Angeletti
ESA, The Netherlands

SC11-Multibeam Antennas and Beamforming Networks


Michael Havrilla
Air Force Institute of Technology, US

SC12-Plane Waves in Anisotropic and Bianisotropic Media

 



SC09-Machine Learning-Enabled Optimization and Synthesis of Metasurface Antennas

Zhi Ning Chen and Peiqin Liu
NUS, Singapore

SC10-Microwave Imaging and Sensing and Innovative Applications

Rosa Scapaticci and Jorge A. Tobon Vasquez
CNR-IREA, Italy
Wavision srl, Italy

SC11-Multibeam Antennas and Beamforming Networks

Giovanni Toso and Piero Angeletti
ESA, The Netherlands

SC12-Plane Waves in Anisotropic and Bianisotropic Media

Michael Havrilla
Air Force Institute of Technology, US

 

SC13-Transformations for Radar Cross-Section (RCS) and Imaging from Monostatic Near-Field Measurements




Ivan J. Lahaie 
KBR, US  

SC13-Transformations for Radar Cross-Section (RCS) and Imaging from Monostatic Near-Field Measurements

Ivan J. Lahaie 
KBR, US