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PhD/Postdoctoral Researcher in Low-Field MRI Systems Engineering

Chair Of Imaging And Computer Vision Rwth Aachen University — Germany · Posted ~4 hours ago

Other

Skills

MRI system design electromagnetic simulation RF technology B0 field modeling magnetic field optimization mechanical design thermal management gradient coil integration simulation and experimental validation MRI LF-MRI RF physics-informed AI

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Summary ✨ AI‑Generated

Join an advanced medical-imaging research team developing compact, portable low-field MRI systems. You will investigate permanent magnet configurations, optimize magnetic fields, design mechanical and thermal concepts, integrate gradient coils, and prototype and validate system components through simulation and experiments. The role also offers exposure to AI-driven image reconstruction and noise reduction.

Highlights

Research-focused opportunity to develop next-generation portable MRI technology, combining hardware engineering, electromagnetic simulation, RF systems, and AI-based imaging. Offers hands-on system design, prototyping, simulation, and experimental validation in an advanced medical-imaging research environment.

Description

We are seeking a Doctoral or Postdoctoral Researcher in Low-Field Magnetic Resonance Imaging (LF-MRI) System Design & Engineering to expand our LF-MRI group. In collaboration with Fraunhofer MEVIS, we develop next-generation portable MRI systems by combining innovations in hardware, electromagnetic simulation, RF technology, and physics-informed AI for image reconstruction and noise cancellation. As one of the most promising directions in medical imaging, LF-MRI has the potential to bring MRI to the point of care, enabling new applications in primary care, mobile healthcare settings, and beyond. Your Key Responsibilities Investigate permanent magnet systems, including B0-field modeling, new shimming strategies, and magnetic field optimization for LF-MRI.Develop mechanical and thermal concepts for compact MRI systems, including gradient coil integration and thermal management.Design, prototype, and validate MRI system components through simulation and experimental testing.Integrate the developed concepts into our LF-MRI scanners to improve imaging performance, robustness, and manufacturability. Your Profile An excellent master’s degree in mechanical or electrical engineering, material sciences, physics, or a related field.Solid expertise in mechanical design & simulation in CAD.Independent and self-motivated, with a strong collaborative mindset.Passionate about advancing medical imaging through innovation. What We Offer An excellent collaborative, interdisciplinary research environment with leading scientists.Access to state-of-the-art low-field MRI and commercial MRI systems.Opportunity to shape next-generation MRI solutions and contribute to high-impact publications.A full-time position (TV-L) and RWTH employee benefits. Interested? We'd be happy to hear from you!