VisIoN and ENLIGHTEM are both European Training Networks focused on VLC-based interoperability, networking, and low-energy IoT systems.
OZYEGIN UNIVERSITESI
Turkish research university specializing in visible light communications for IoT, building energy performance, and multi-hazard disaster resilience modeling.
Their core work
Özyeğin University is a private research university in Istanbul with active groups in visible light communications (VLC) and IoT networking, robotics and human-robot interaction, building energy performance, and disaster resilience modeling. Their EU research spans from training networks in optical wireless systems to probabilistic frameworks for multi-hazard building assessment. They bring engineering expertise across smart buildings, energy efficiency gamification, and structural resilience, making them a versatile technical partner for applied research projects.
What they specialise in
TRIBE addressed energy behavior change via serious games in public buildings; procuRE targets 100% renewable energy supply in buildings through pre-commercial procurement.
MulHaRes (coordinated by OzU) developed a probabilistic decision framework for multi-hazard resilience of residential building portfolios covering flood, landslide, and debris-flow.
CoMRAde (coordinated by OzU) focused on a collaborative mobile robot arm learning impedance-critical tasks from humans.
PLOTINA developed gender equality plans and tools for research performing organisations, including STEM-focused initiatives.
How they've shifted over time
In their early H2020 period (2015–2017), Özyeğin focused on energy efficiency through behavior change, gender equality in research, and collaborative robotics — a broad, exploratory portfolio. From 2019 onward, the focus sharpened around two technical pillars: visible light communications for IoT (ENLIGHTEM) and disaster resilience modeling (MulHaRes), while maintaining energy work through smart building procurement (procuRE). The trajectory shows a university moving from softer, cross-cutting topics toward deeper technical specialization in optical wireless systems and structural risk assessment.
Özyeğin is building strong capacity in visible light communications and multi-hazard building resilience — expect future proposals at the intersection of smart building technologies and structural safety.
How they like to work
Özyeğin primarily joins consortia as a participant (6 of 8 projects) but has demonstrated coordination capability in two projects (CoMRAde and MulHaRes), both MSCA-funded researcher-driven efforts. With 67 unique partners across 21 countries, they maintain a wide and diverse network rather than relying on repeated partnerships. This profile suggests a flexible, well-connected university partner comfortable in medium-to-large consortia, with growing ambition to lead focused research actions.
Özyeğin has collaborated with 67 distinct partners across 21 countries, indicating a well-distributed European network without heavy dependence on any single region. As a Turkish university, they serve as a natural bridge between EU and wider Mediterranean/Middle Eastern research communities.
What sets them apart
Özyeğin stands out among Turkish universities in H2020 for combining deep expertise in visible light communications with structural resilience modeling — two fields rarely found together. Their dual coordination experience in MSCA projects (robotics and disaster resilience) shows they can lead international research, not just participate. For consortium builders, they offer a credible Turkish partner with genuine technical depth and a proven track record across 8 EU projects.
Highlights from their portfolio
- ENLIGHTEMLargest single EC contribution (EUR 235,248) and part of a sustained two-project investment in visible light communications training networks alongside VisIoN.
- MulHaResCoordinated by OzU, this MSCA project tackles the uncommon intersection of probabilistic risk modeling across floods, landslides, and debris-flows for building portfolios.
- procuRETheir most recent and longest-running project (2020–2025), applying pre-commercial procurement to achieve 100% renewable energy supply in buildings — a direct business application.