Projects in resource-efficient cities

UVAR4US examines how urban vehicle access regulations (UVAR) contribute to net-zero, liveable, multi-functional urban spaces as envisioned in the 15-min city concept (15mC).

Gällivare Narratives explores how mining communities can become more attractive, inclusive, and sustainable through design research, system innovation, and local collaboration. With people's stories at the center, we develop concrete tools for building the communities of the future.

In the project “Samling vid pumpen” ("Gathering at the pump"), water and wastewater organizations collaborate to support the establishment of a national standard for asset management. Through participation and engagement, we aim to build acceptance and drive behavioral changes needed for such a standard to contribute to smart and sustainable water

Härryda Municipality is one of 48 Swedish cities that, within the initiative Climate Neutral Cities 2030, are working together with several national government agencies and Viable Cities to lead the way in the climate transition. Viable Cities' mission is Climate Neutral Cities 2030 with a good life for all within the planetary boundaries.

URSOILL – Swedish Living Lab works to improve soil health in Swedish cities through research, innovation, and collaboration between municipalities, academia, industry, and citizens. By developing solutions for cleaner, vibrant, and resilient urban soils, URSOILL contributes to greener cities, greater biodiversity, and more sustainable societies.

At a time when more people than ever live in cities, stress and mental health issues are also on the rise. The project explores how urban design affects the brain – and how neuroarchitecture can help create environments that support our mental well-being.

Climate neutral Luleå 2030 is a collaborative initiative exploring innovative forms of cooperation, processes, and working methods to enable the transformative changes needed to accelerate the climate transition—both within and beyond the municipality. At the heart of the project is the creation of a long-term platform for dialogue and inclusive pa

The URSOILL project will establish five Living Labs across diverse climatic zones and socio-economic contexts in Europe. Each lab will serve as a collaborative hub where researchers, municipalities, businesses, and citizens co-create and test innovative practices for urban soil restoration:

The rapid electrification of the vehicle fleet presents new challenges for the power grid – but also new opportunities. By mapping where EV owners live, how they drive, and who can benefit from V2X technology, this project generates insights to support a more flexible and data-driven energy system.

The project adopts a systematic approach through real-world case studies across various non-residential buildings, such as supermarkets and office spaces. Data collection and analysis will include energy consumption patterns, retrofit costs, and performance metrics, using tools like energy modeling software and on-site measurements

MOUSERS is a four-year research project investigating how residents of Swedish households use common spaces. The goal is to guide future building designs that encourage more circular and optimal use of space through sharing.

The project is a system demonstrator within FFI and focuses on testing the potential of HCT vehicles in urban traffic, both with conventional combustion engines and BEV trucks, in order to improve energy and transport efficiency and contribute to a more sustainable urban environment with fewer heavy vehicles. for the same transport mission.

HITS 3 addresses the challenges of urban logistics systems from a systemic perspective and aims to accelerate the transition toward more efficient and sustainable urban freight transport.

The project Circular Ports supports the transition to a circular economy by testing and demonstrating CE strategies in port environments in the Baltic Sea region. By promoting cooperation between port stakeholders, the project aims to create synergies that increase resource efficiency, reduce waste, and improve sustainability in and around ports.

COOLGEOHEAT II supports the climate transition with sustainable, cost-effective solutions for thermal energy sharing between buildings. It strengthens local energy supply and reduces emissions. Funded by the European Regional Development Fund through Interreg Öresund-Kattegat-Skagerrak.

Leveraging AI and machine learning, we develop a comprehensive solution to map, evaluate, and prioritize sewer network maintenance — from data collection to sewer index.