Four rounds of the SMEntorEGE program (2015-2021) focused on coaching, mentoring, and key account management for SMEs — all as coordinator.
EGE UNIVERSITY
Turkish university combining SME innovation mentoring with applied research in building energy, sustainable agriculture, and nature-based solutions across 35 countries.
Their core work
Ege University, based in İzmir, Turkey, is a large public university with strong applied research in energy-efficient buildings, SME innovation support, and sustainable agriculture. They run a recurring SME mentoring and coaching program (SMEntorEGE) that builds innovation management capacity in small businesses across Turkey. Beyond this signature program, they contribute building energy performance research, aquaculture and agri-food systems expertise, and nature-based solutions for urban environments to European consortia.
What they specialise in
Train-to-NZEB and HIT2GAP addressed building knowledge hubs, construction workforce training, and intelligent building monitoring for energy savings.
MedAID (Mediterranean aquaculture), MOVING (mountain value chains), and BIOVALUE (biodiversity in agri-food systems) span aquaculture, land use, and crop diversity.
URBAN GreenUP focused on renaturing cities through nature-based solutions with demonstration, monitoring, and market deployment components.
SLEEP REVOLUTION applies machine learning and AI to personalized sleep disorder diagnostics — a new direction for the university.
MERSCIN (Science Night) and GREEN NIGHT organized public science engagement events in Turkey focused on green energy and waste management.
How they've shifted over time
In their early H2020 period (2015-2018), Ege University focused heavily on SME innovation capacity building and building energy performance — practical, industry-facing work around NZEB training and intelligent building monitoring. From 2019 onward, their portfolio diversified significantly into sustainability topics: mountain ecosystems, agricultural biodiversity, green energy public engagement, and digital health. The shift suggests a university moving from narrow energy-and-SME work toward broader sustainability and life sciences challenges.
Ege University is broadening from its SME innovation core into environmental sustainability and AI-driven health applications, making them increasingly relevant for Green Deal and digital transformation consortia.
How they like to work
Ege University balances coordination and participation — they led all four rounds of their SMEntorEGE program but joined larger consortia as partners for technically complex projects. With 191 unique partners across 35 countries, they operate as a well-connected hub rather than sticking with a small circle of repeat collaborators. Their CSA-heavy portfolio (7 of 13 projects) indicates strength in coordination, support, and dissemination activities rather than deep lab-based research.
A broad European network spanning 191 unique partners across 35 countries, with particularly strong connections to Mediterranean and Southern European institutions given their project focus on aquaculture, urban greening, and mountain sustainability.
What sets them apart
Ege University brings a rare combination of SME business coaching and applied sustainability research that bridges the gap between academic findings and market uptake — especially valuable for projects needing dissemination and exploitation in Turkey and the Eastern Mediterranean. Their recurring SMEntorEGE program demonstrates institutional commitment to technology transfer, not just one-off project participation. As a Turkish university with deep European network ties, they offer consortia geographic diversity and access to a large, growing market.
Highlights from their portfolio
- SMEntorEGERan four consecutive rounds (2015-2021) as coordinator — a rare example of sustained, self-driven EU-funded SME mentoring at a Turkish university.
- HIT2GAPLargest single grant (EUR 342,662) for intelligent building energy monitoring, showing capacity for substantial technical research contributions.
- BIOVALUEMost recent large project (EUR 294,375) using agent-based simulation for agri-food biodiversity — signals a move toward computational sustainability tools.