Photo by Ilkka Nissilä
I research into physics and modeling of bioelectromagnetic phenomena, with strong focus on boundary element modeling of quasi-static electromagnetic fields. The main application field for this research is in MEG/EEG, noninvasive brain stimulation, and ECG/MCG. I teach electromagnetic field theory for BSc students of applied physics, and field theory, principles of imaging, and bioelectromagnetism for MSc/PhD students of applied physics and biomedical engineering.
I am happy to share my Matlab-based field-computing, inverse modeling and visualization tools, some of them for collaborative use only, and some quite freely.
If you would like to do your BSc thesis, MSc special assigment or master thesis on my research field please contact me. At the moment I have two topics ready:
1) Adaptive numerical integration for linear Galerkin boundary element solver. This topic is suits a student who has interest in numerical field computation and some experience in programming with Matlab. The study background could by physics, maths, biomedical engineering, radio sciences, or computer science. This work is preferably MSc level.
2) Construction of surface meshes for general piece-wise homogeneous medium. This work is good for a student interested in image processing, numerical modeling, and models of human anatomy. Some studies or other background on image processing and meshing would be nice but is not mandatory; the level of the work is adaptive.
I do research on physics and modeling of bioelectromagnetic phenomena, with strong focus on boundary element modeling of quasi-static electromagnetic fields. The main application field for this research is in MEG/EEG, noninvasive brain stimulation, and ECG/MCG. I teach electromagnetic field theory for BSc students of applied physics, and field theory and bioelectromagnetism for master/PhD students of applied physics and biomedical engineering.
I am happy to share my Matlab-based field-computing, inverse modeling and visualization tools, some of them for collaborative use only, and some quite freely.
If you would like to do your BSc thesis, MSc special assigment or master thesis on my research field please contact me. At the moment I have two ready-to-eat topics:
1) Adaptive numerical integration for linear Galerkin boundary element solver. This topic is suits a student who has interest in numerical field computation and some experience in programming with Matlab. The study background could by physics, maths, biomedical engineering, radio sciences, or computer science. This work is preferably MSc level.
2) Construction of surface meshes for general piece-wise homogeneous medium. This work is good for a student interested in image processing, numerical modeling, and models of human anatomy. Some studies or other background on image processing and meshing would be nice but is not mandatory; the level of the work is adaptive.
I studied physics and biomedical engineering at Helsinki University of Technology (HUT) and at Universität Karlsruhe. I did my PhD in Teaching Assistant post at HUT, regularly visiting TU Ilmenau like I still do. As postdoc, I continued at HUT/Aalto as Teaching Researcher. In 2011-2013 I did my postdoc as Visiting Scientist at MRC Cognition and Brain Sciences Unit, Cambridge, UK. In 2015 I started in the Aalto lecturer career system, and currently in hold a post of Senior University Lecturer (tenured).
I studied physics and biomedical engineering at Helsinki University of Technology (HUT) and at Universität Karlsruhe. I did my PhD in Teaching Assistant post at HUT, regularly visiting TU Ilmenau like I still do. As postdoc, I continued at HUT/Aalto as Teaching Researcher. In 2011-2013 I did my postdoc as Visiting Scientist at MRC Cognition and Brain Sciences Unit, Cambridge, UK. Since 2015 I am in the post of University Lecturer.
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