Areas of interest of the institute cover many aspects of theory, computation, and application of electromagnetic field properties. Special focus is put on:
(1) Numerical methods for computation of electromagnetic fiels and electrical circuits,
(2) Signal and power integrity (SI/PI) as well as electromagnetic compatibility (EMC) of electronic systems,
(3) Bioelectromagnetics and field design for medical imaging, and
(4) Microwave measurement techniques and components.
The Institute participates in the following coordinated research initiatives ForLab-HELIOS (Hamburg Microelectronics Laboratory for Integrated Optoelectronic System) and
MLE@TUHH (Machine Learning in Engineering @ TUHH):
- ForLab-HELIOS is jointly carried out by four institutes from TUHH and partner institutes from the University of Hamburg and is financially supported by the federal government’s framework program for research and innovation.
- MLE@TUHH is an initiative for combining competences in the field of machine learning at TUHH with the aim of transfering knowledge to business and industry. Students, doctoral candidates, postdocs, and professors from all disciplines at TUHH together with colleagues from the Helmholtz Center Geesthacht are committed to making methods and applications of machine learning better known and to building a network for scientific exchange.