SciTransfer
Organization

TURUN AMMATTIKORKEAKOULU OY

Finnish applied sciences university specializing in smart energy districts, sustainable urban mobility, and co-creation of public services across Europe.

University of Applied SciencesenergyFI
H2020 projects
10
As coordinator
1
Total EC funding
€3.6M
Unique partners
238
What they do

Their core work

Turku University of Applied Sciences (Turku UAS) is a Finnish applied sciences university that bridges urban sustainability research with real-world implementation — from smart energy grids and positive-energy districts to sustainable urban mobility and IoT-enabled services. Their strength lies in applied research: testing and deploying solutions in living urban environments rather than purely theoretical work. They bring particular capability in co-creation methodologies, smart city infrastructure, and user-centric digital services for municipalities and urban communities.

Core expertise

What they specialise in

Smart energy systems and positive-energy districtsprimary
2 projects

RESPONSE (largest project, EUR 839K) focuses on energy positive districts and grid flexibility; TIGON addresses hybrid DC grids and smart energy systems.

2 projects

CIVITAS ECCENTRIC tackled suburban mobility and MaaS; SCALE-UP focuses on data-driven solutions for connected urban transport hubs.

Co-creation and social innovation in public servicessecondary
2 projects

CoSIE (their only coordinated project) focused on co-creation of service innovation; InnoSI addressed innovative social investment approaches.

IoT and digital infrastructure for smart livingsecondary
2 projects

ACTIVAGE deployed IoT smart living environments for ageing populations; 5G-Xcast worked on broadcast enablers for 5G wireless systems.

1 project

BIO-PLASTICS EUROPE develops sustainability-based solutions for bio-based plastic production, connecting marine environment protection with materials innovation.

Software verification and cybersecuritysecondary
2 projects

VESSEDIA focused on verification engineering for safety-critical applications; TIGON includes cybersecurity components for energy grid protection.

Evolution & trajectory

How they've shifted over time

Early focus
Urban mobility and social innovation
Recent focus
Smart energy and data-driven cities

Turku UAS began its H2020 journey focused on social innovation and sustainable urban mobility — projects like InnoSI, CIVITAS ECCENTRIC, and CoSIE centered on inclusive transport, vulnerable groups, and public service co-creation. From 2019 onward, their focus shifted decisively toward energy systems and data-driven urban infrastructure: positive-energy districts (RESPONSE), hybrid DC grids (TIGON), and smart multimodal transport hubs (SCALE-UP). This evolution shows a clear trajectory from soft urban innovation toward hard technical energy and smart city deployment.

Turku UAS is moving toward integrated energy-positive urban solutions, making them a strong partner for smart city and district-level energy transition projects in 2025 and beyond.

Collaboration profile

How they like to work

Role: active_partnerReach: European24 countries collaborated

Turku UAS operates almost exclusively as a consortium partner (9 of 10 projects), with only one coordination role (CoSIE). They participate in large Innovation Action consortia — 7 of 10 projects are IAs — suggesting they contribute applied testing and deployment expertise rather than leading fundamental research. With 238 unique partners across 24 countries, they maintain an exceptionally broad network, indicating they are a trusted, adaptable partner rather than one tied to a fixed circle of collaborators.

Turku UAS has built a wide European network of 238 unique consortium partners spanning 24 countries. This breadth — unusual for a mid-sized applied sciences university — reflects their versatility across energy, transport, digital, and social innovation domains.

Why partner with them

What sets them apart

As a Finnish university of applied sciences, Turku UAS occupies a distinctive niche: they are not a traditional research university chasing publications, but a practice-oriented institution that excels at piloting and validating solutions in real urban settings. Their combination of energy systems expertise with strong social innovation and co-creation methods is rare — they can both deploy a smart grid pilot AND engage the local community around it. For consortium builders, they offer a Nordic living lab environment with a proven track record of managing applied work packages in large Innovation Actions.

Notable projects

Highlights from their portfolio

  • RESPONSE
    Their largest project (EUR 839K) focused on energy positive districts and resilient cities — represents their strategic direction and biggest financial commitment in H2020.
  • CoSIE
    Their only coordinated project (EUR 497K), focused on co-creation of service innovation across Europe — demonstrates their leadership capacity in social innovation methodology.
  • TIGON
    Addresses hybrid DC grids, solid-state transformers, and energy system cybersecurity — signals their move into advanced energy infrastructure with a strong technical-digital component.
Cross-sector capabilities
Transport and urban mobilityDigital services and IoTSocial innovation and public servicesEnvironment and circular economy
Analysis note: Profile is based on 10 H2020 projects, which provides a reasonable but not comprehensive picture. Several early projects (InnoSI, ACTIVAGE, VESSEDIA, 5G-Xcast, CoSIE) lack keyword data, making the evolution analysis partially reliant on project titles and descriptions. The shift toward energy is well-supported by the later projects' detailed keywords.