MITTUNIVERSITETET

Their core work

Mid Sweden University (MIUN) is a Swedish university with research strengths spanning advanced imaging, wearable electronics, and media studies. Their technical work focuses on plenoptic (light field) imaging, computational photography, and stretchable skin-mounted electronics for health monitoring. They also contribute to large-scale research infrastructure coordination and media policy analysis across Europe. Based in Sundsvall, they bridge fundamental photonics research with applied digital health and communication technologies.

What they specialise in

How they've shifted over time

MIUN's early H2020 work (2015-2018) was diverse and infrastructure-oriented — research facility coordination for ESS, citizen-security social networks, and foundational imaging training. From 2019 onward, a clear shift toward applied electronics and advanced imaging emerged: stretchable health-monitoring devices, SiC semiconductor pilot lines, and deep plenoptic imaging with AR/VR applications. The trajectory shows a university consolidating around photonics and flexible electronics while maintaining a secondary line in social science and media research.

MIUN is converging on photonics-meets-electronics applications, making them a strong partner for projects combining computational imaging, AR/VR, or body-worn sensing technologies.

How they like to work

MIUN operates exclusively as a consortium partner — they have not coordinated any of their 7 H2020 projects. With 112 unique partners across 28 countries, they join large, internationally diverse consortia rather than leading small focused teams. This profile suggests a reliable specialist contributor that brings specific technical competence (imaging, electronics) into bigger collaborative efforts without seeking the administrative lead.

MIUN has built a broad European network of 112 unique partners spanning 28 countries, indicating they are well-connected across the continent despite their mid-sized university profile. Their partnerships span research, industry, and infrastructure sectors with no visible concentration in a single geographic cluster.

What sets them apart

MIUN offers a rare combination of deep photonics expertise (plenoptic imaging, light fields, nanophotonics) alongside practical wearable electronics capability — few mid-sized Nordic universities cover both domains. Their dual track in hard-tech imaging and social science (media policy) makes them versatile for interdisciplinary Horizon Europe proposals. For consortium builders, they bring Swedish institutional reliability and a 112-partner network without the overhead expectations of a coordinating institution.

Highlights from their portfolio

• PLENOPTIMA
  Their largest single grant (EUR 845,949) and most technically ambitious project, covering plenoptic imaging from nanophotonics to AR/VR applications with machine learning.
• SINTEC
  Represents MIUN's entry into wearable health tech — stretchable skin electronics for ECG monitoring in sports and clinical settings, bridging electronics and healthcare.
• ETN-FPI
  An early Marie Curie training network on full parallax imaging that laid the foundation for MIUN's later flagship in plenoptics (PLENOPTIMA).