SciTransfer
Organization

ANKARA YILDIRIM BEYAZIT UNIVERSITESI

Turkish public university combining terahertz photonics engineering expertise with pandemic science communication in European consortia.

University research groupsocietyTRNo active H2020 projectsThin data (2/5)
H2020 projects
2
As coordinator
1
Total EC funding
€258K
Unique partners
7
What they do

Their core work

Ankara Yıldırım Beyazıt University is a public research university in Ankara, Turkey, with a small but thematically diverse EU research footprint. Their recorded H2020 work spans two distinct domains: advanced electromagnetic engineering — specifically terahertz-frequency photomixer arrays steered by nano-actuators — and pandemic science communication, including digital tools for epidemic tracing and social media-based knowledge transfer between scientists and the public. The university has demonstrated institutional capacity to host MSCA Individual Fellows and to participate as a partner in multinational Research and Innovation Actions. With only two EU projects on record, their profile most likely reflects the specializations of individual faculty members rather than a unified institutional research agenda.

Core expertise

What they specialise in

Terahertz photonics and nano-actuator engineeringprimary
1 project

TERA-NANO (2015–2017) placed AYBU as coordinator of an MSCA-funded effort to build beam-steering, frequency-reconfigurable terahertz photomixer arrays using nano-actuators.

Pandemic and epidemic digital communicationsecondary
1 project

PandeVITA (2021–2023) involved AYBU as a partner in developing a pandemic virus trace application and transferring epidemic knowledge to the public via social media.

Science-society knowledge transferemerging
1 project

PandeVITA explicitly targeted the gap between scientific findings and public understanding, a competency reflected in AYBU's participation role.

Evolution & trajectory

How they've shifted over time

Early focus
Terahertz photonics nano-engineering
Recent focus
Pandemic science communication

Their earliest EU project (2015–2017) was deeply technical: terahertz photomixer array design combining high-frequency photonics with nano-mechanical actuation, a niche engineering challenge with no social science dimension. By 2021–2023, their active project had shifted entirely to public health and digital communication — pandemic tracing applications, epidemic monitoring, and social media as a vehicle for science outreach. The two domains share no obvious technical bridge, which strongly suggests the shift reflects different research teams within the university rather than an institutional strategic pivot.

Their most recent EU work points toward the science-society interface — public health emergencies, digital outreach, and epidemic knowledge transfer — which may position AYBU as a useful bridge partner for health communication or digital society consortia, though the evidence base is thin.

Collaboration profile

How they like to work

Role: active_partnerReach: European5 countries collaborated

AYBU has taken both the coordinator role (TERA-NANO, as an MSCA-IF host institution) and a participating partner role (PandeVITA), showing structural flexibility rather than a fixed consortium position. Their combined network of 7 unique partners across two projects points to small, targeted collaborations rather than large open consortia. With only two projects recorded, no repeating partner patterns can be identified — each collaboration appears to have been built from scratch for its specific scientific context.

AYBU has collaborated with 7 unique partners across 5 countries, a modest but genuinely international footprint consistent with MSCA and H2020 participation requirements. Their network is European-facing by design, with no evidence of purely regional or domestic-only partnerships in EU-funded work.

Why partner with them

What sets them apart

Founded in 2010, AYBU is one of Turkey's newer public universities, yet it has already secured both an MSCA Individual Fellowship coordinator role and an RIA partnership — a meaningful signal of internationalization ambition for an institution of its age. Their dual presence in advanced photonics engineering and pandemic public health communication makes them an unusual profile: few Turkish HES institutions bridge physics-level instrumentation research and social science communication work. That said, the two projects are isolated data points; any partner considering AYBU should verify which specific research groups are active and whether EU engagement has continued beyond 2023.

Notable projects

Highlights from their portfolio

  • TERA-NANO
    AYBU served as coordinator of this MSCA Individual Fellowship project on terahertz photomixer arrays — their largest EC award (EUR 157,846) and the strongest evidence of advanced photonics engineering capacity.
  • PandeVITA
    This RIA project on pandemic virus tracing and science-society knowledge transfer shows AYBU's willingness to operate outside engineering into public health and digital communication, broadening their consortium appeal.
Cross-sector capabilities
photonics and sensorspublic healthdigital technologyscience communication
Analysis note: Only 2 projects in entirely unrelated technical domains — high-frequency photonics engineering and pandemic communication — make it impossible to define a coherent institutional research identity. TERA-NANO was an MSCA-IF-EF-RI (reintegration fellowship), meaning it was built around a single returning researcher rather than a team initiative, which limits what it reveals about institutional capacity. Treat all expertise claims as reflecting individual faculty lines, not institutional strengths. Profile confidence would rise substantially with 3–4 additional projects or evidence of continued EU engagement post-2023.