UNIVERSITY OF NIS- FACULTY OF ELECTRONIC ENGINEERING

Their core work

The Faculty of Electronic Engineering at the University of Niš (ELFAK) is a Serbian higher education institution whose core technical work, as demonstrated in H2020, centers on the design of electronic instrumentation for ionizing radiation environments — dosimeters, detection circuits, and measurement systems that must function reliably under radiation exposure. Their ELICSIR project focused explicitly on building and transferring this specialization, developing devices and systems suited to nuclear, medical physics, and radiation safety applications. Beyond the lab, they have also demonstrated a capacity for science communication and public engagement, having participated in a European researcher night initiative early in their EU project history. As a Widening Participation institution from Serbia, they bring both technical depth in radiation electronics and an institutional mandate to grow research capacity in a historically underfunded scientific region.

What they specialise in

How they've shifted over time

In their earliest EU engagement (2014–2015), ELFAK appeared in a public-outreach role — participating in a science communication event focused on making research visible to general audiences, with no technical specialization visible in the project. A four-year gap followed before their next project, after which their 2019–2023 ELICSIR project told a sharply different story: they stepped into the coordinator seat and centered the work entirely on electronic engineering — specifically radiation dosimetry, ionizing radiation environments, and circuit-level device design. This shift from outreach participant to technical project leader reflects a deliberate move toward building credibility and capacity in a specialized niche of electronic engineering.

ELFAK is consolidating around a technically specific niche — electronic systems for ionizing radiation — and their experience coordinating ELICSIR positions them as a credible lead for future projects in radiation-hardened electronics, nuclear instrumentation, or medical physics device development.

How they like to work

ELFAK has operated both as a participant and as a project coordinator within their limited H2020 portfolio, with their larger and more technical project being the one they led. Their consortium footprint is small — 7 unique partners across 4 countries — which is consistent with tightly scoped Coordination and Support Actions rather than large research consortia. This suggests they work best in focused, purpose-built partnerships rather than sprawling multi-actor networks, and that they are comfortable taking ownership when the topic falls within their core expertise.

ELFAK has worked with 7 unique partners spanning 4 countries, a compact network typical of Widening Participation capacity-building projects. Their geographic reach is primarily European, with Serbia as the anchor and partners likely drawn from stronger research regions under a twinning or knowledge-transfer model.

What sets them apart

ELFAK occupies a rare intersection: a Balkan university engineering faculty with demonstrated, funded expertise specifically in electronics for ionizing radiation environments — a niche where few institutions in the Western Balkans can claim EU project leadership. For consortium builders targeting Widening Country quotas who also need genuine technical depth in radiation detection or nuclear-adjacent electronics, ELFAK offers both credentials at once. Their coordinator experience on ELICSIR means they have already navigated EU project management, reducing the onboarding burden for future partners.

Highlights from their portfolio

• ELICSIR
  Their largest project (EUR 231,438) and the only one they coordinated — a four-year Widening Participation action that placed radiation dosimetry and electronic instrumentation at the center of the faculty's EU research identity.
• FLIRT
  An early science communication project that showed ELFAK's willingness to engage beyond technical research, though it predates and contrasts sharply with their later specialist technical focus.