Development of Novel EM Models for Simulations of Human Brain Activity (PhD) Company IT'IS Foundation for Research on Information Technologies in Society (IT'IS), Swiss Federal Institute of Technology (ETH) Zurich
Description The Foundation for Research on Information Technologies in Society (IT'IS) is an independent non‑profit research organization dedicated to improving and advancing the quality of people’s lives. The foundation’s primary activities include computational electromagnetics in complex environments, computational life and health sciences (CLaHS) applied to devices in and around the human body, and the development of medical‑image‑based, high‑resolution computable whole‑body anatomical phantoms.
We are seeking a PhD candidate in bioelectromagnetics to achieve a breakthrough in the use of electromagnetic (EM) fields for non‑invasive detection of specific brain diseases. The position involves the development of novel EM models to simulate the interactions between human brain activity and induced quasi‑static fields by electrodes. The models will be subsequently tested in close collaboration with research groups at the University of Zurich and the University Hospital Zurich.
Your Main Tasks
Establish biophysical models for a setup containing electrode sensors placed over the head, accounting for dynamic changes in functional anatomy
Perform sensitivity analyses on the developed biophysical model
Identify parameters for optimization of the measurement device
Analyze the simulation data for comparison with measured values
Establish a reduced‑order biophysical model based on the simulations performed
Engage in various other EM modeling projects at IT’IS
Education / Profile
MSc degree in electrical engineering, numerical mathematics, physics, or related field
Interest in and basic knowledge of bioelectromagnetics, EM theory and /or EM simulation and optimization
Experience in EM modeling with a commercially available software
Experience programming in Python a plus
Excellent command of English, knowledge of German a plus
Self‑motivation, discipline, high level of commitment, and flexibility
Excellent ability to work both independently and in a team
What IT'IS offers
State‑of‑the‑art research infrastructure
Outstanding talented colleagues and interdisciplinary research teams
Cooperation with leading research laboratories worldwide
Vibrant workplace in the heart of Zurich
Beginning As soon as possible.
Application process Applications should consist of:
Cover letter including the position title and a statement addressing the selection criteria and outlining the motivation for applying for the position
Detailed CV
Copies of degree certificates and / or diplomas, including grades
Letters of recommendation
For further information or to discuss the scope of this position, please contact Prof. Dr. Niels Kuster.
#J-18808-Ljbffr
Description The Foundation for Research on Information Technologies in Society (IT'IS) is an independent non‑profit research organization dedicated to improving and advancing the quality of people’s lives. The foundation’s primary activities include computational electromagnetics in complex environments, computational life and health sciences (CLaHS) applied to devices in and around the human body, and the development of medical‑image‑based, high‑resolution computable whole‑body anatomical phantoms.
We are seeking a PhD candidate in bioelectromagnetics to achieve a breakthrough in the use of electromagnetic (EM) fields for non‑invasive detection of specific brain diseases. The position involves the development of novel EM models to simulate the interactions between human brain activity and induced quasi‑static fields by electrodes. The models will be subsequently tested in close collaboration with research groups at the University of Zurich and the University Hospital Zurich.
Your Main Tasks
Establish biophysical models for a setup containing electrode sensors placed over the head, accounting for dynamic changes in functional anatomy
Perform sensitivity analyses on the developed biophysical model
Identify parameters for optimization of the measurement device
Analyze the simulation data for comparison with measured values
Establish a reduced‑order biophysical model based on the simulations performed
Engage in various other EM modeling projects at IT’IS
Education / Profile
MSc degree in electrical engineering, numerical mathematics, physics, or related field
Interest in and basic knowledge of bioelectromagnetics, EM theory and /or EM simulation and optimization
Experience in EM modeling with a commercially available software
Experience programming in Python a plus
Excellent command of English, knowledge of German a plus
Self‑motivation, discipline, high level of commitment, and flexibility
Excellent ability to work both independently and in a team
What IT'IS offers
State‑of‑the‑art research infrastructure
Outstanding talented colleagues and interdisciplinary research teams
Cooperation with leading research laboratories worldwide
Vibrant workplace in the heart of Zurich
Beginning As soon as possible.
Application process Applications should consist of:
Cover letter including the position title and a statement addressing the selection criteria and outlining the motivation for applying for the position
Detailed CV
Copies of degree certificates and / or diplomas, including grades
Letters of recommendation
For further information or to discuss the scope of this position, please contact Prof. Dr. Niels Kuster.
#J-18808-Ljbffr
Kontaktdaten:
Foundation for Research on Information Technologies in Society Recruiting-Team
