OTTO-VON-GUERICKE-UNIVERSITAET MAGDEBURG

Their core work

Otto von Guericke University Magdeburg is a German research university with strong capabilities in neuroscience, medical imaging, and computational modeling. Their research spans cognitive neuroscience (brain function, visual processing, decision-making), medical radiation science (PET imaging, low-dose radiation risk), and process engineering (cavitation simulation, polymer microparticle manufacturing). They contribute both fundamental research and translational applications, particularly in clinical decision support, pediatric neuropsychiatry, and advanced diagnostics.

What they specialise in

How they've shifted over time

In the early period (2015–2019), OVGU focused on visual neuroscience training, driver behavior and adaptive systems (ADASANDME), mobile biometrics, and epidemiological health studies like Zika and congenital anomalies. From 2019 onward, their work shifted toward medical radiation science (PET imaging, radiation protection, nuclear chemistry), advanced materials (3D-printed polymer particles, cavitation physics), and high-level cognitive neuroscience (the large ERC-funded MediCoDe project on cognitive control). The university has moved from applied/translational topics toward more fundamental research with stronger coordinator ambitions.

OVGU is consolidating around medical physics (radiation/PET), fundamental brain science, and smart materials — expect them to seek partners in clinical imaging, neuroimaging infrastructure, and additive manufacturing.

How they like to work

OVGU primarily joins consortia as a specialist partner (25 of 31 projects), but has demonstrated growing coordination ambition with 6 coordinated projects including their largest (MediCoDe, EUR 2.49M) and most recent efforts. With 413 unique partners across 44 countries, they are a well-connected hub rather than a loyalist — they bring specific expertise to diverse consortia rather than repeatedly teaming with the same groups. This makes them an accessible and experienced partner for new collaborations.

OVGU has built an extensive European network of 413 unique consortium partners spanning 44 countries, indicating broad international reach well beyond the typical German university profile. Their partnerships are distributed across research excellence, health, and digital sectors with no single geographic concentration.

What sets them apart

OVGU occupies a distinctive niche at the intersection of neuroscience, medical radiation science, and computational engineering — a combination few mid-sized German universities can offer. Their website points to a medical faculty institute, yet their H2020 portfolio extends well into process engineering and materials science, making them unusually versatile. For consortium builders, they bring both clinical/medical credibility and strong computational modeling skills under one institutional roof.

Highlights from their portfolio

• MediCoDe
  Their largest project (EUR 2.49M, coordinator) — an ERC Starting Grant investigating cognitive control and decision-making in the medial frontal cortex using EEG and fMRI.
• MODEST
  Early coordinator role (EUR 2M) applying mathematical optimization directly to clinical decision support and training — a strong example of their translational ambition.
• 3DPartForm
  Recent coordinator project bridging microfluidics, polymer gels, and additive manufacturing — signals their expansion into smart materials and 4D-printing.