Within ShiftSweden, we are exploring new ways of working to transform a centrally located industrial area into a mixed-use district with a focus on sustainable mobility and a circular society. We are working together with key stakeholders to create a method based on foresight, dialog and co-creation. In collaboration with Kalmar Municipality, Beyond Tomorrow and Svendborg Architects. With funding from Vinnova within the program ShiftSweden.

How can sports halls be made more inclusive and multifunctional to attract more people to exercise? We will investigate this together with the City of Malmö, researchers, users and cultural practitioners.

We develop new and in-depth knowledge and solutions for integrating greenery into urban planning practice. In collaboration with IVL Swedish Environmental Research Institute, Malmö City, Scandinavian Green Roof Institute, Swedish University of Agricultural Sciences and Gothenburg Botanical Garden, with funding from Formas.

Investigates how much dogs and their owners move and how dogs can be a motivator for physical activity. Collaboration with researchers from SLU, Uppsala University and the Swedish School of Sport and Health Sciences.

Development of tools for climate calculations in early stages. In collaboration with IVL Svenska Miljöinstitutet, Tyréns, Warn in the Winter and RISE. Funded by the Swedish Energy Agency E2B2.

The Center for Construction Robotics represents a multidisciplinary effort with over 15 academic and industrial partners to automate the construction industry using robotics. The aim is to:

• creating a safer, more ergonomic and more equal workplace
• streamlining resource use with automation across the value chain
• supporting circularity in a sustainable life cycle

The Center for Construction Robotics is supported by a strong industry network in southern Sweden covering large parts of the construction industry value chain; Heidelberg Materials, FOJAB, Finja, AChoice, PEAB, LMK Invest together with the robotics company Cognibotics AB. Luleå University of Technology contributes with expertise in leadership and business development.

The HyLite project has taken on the challenge of creating a sustainable and resilient energy system for the future by focusing on innovative hydrogen storage technologies combined with local energy production. This feasibility study demonstrates the possibility of integrating renewable energy sources and efficient storage in buildings and communities to meet local energy needs, increase resilience to energy disruptions and the use of green energy. In collaboration with RISE, Nitiu, NH2S, Alleima. Funded by the Swedish Energy Agency.

Method development for using water and greenery to create resilient cities with high social sustainability and biodiversity. In collaboration with DHI, Chalmers and the City of Gothenburg. Funded by Vinnova.

LFM30 stands for Local roadmap for a climate-neutral building and construction sector in Malmö 2030. Method development in collaboration where FOJAB leads the working group on climate-neutral building materials.

A regional platform for businesses, public actors and academia in Stockholm County. It brings together actors who want to implement concrete measures to reduce climate impact and collaborate for climate-driven business development. FOJAB leads the working group on climate-neutral building materials.

A platform for Malmö's built environment sector - business, academia, public sector, associations - where members work to improve representation. The goal is a built environment sector that reflects all of Malmö within a generation.

Strategic innovation program that supports the joint digitalization efforts of the built environment sector through research, development and innovation, with the aim of contributing to more sustainable construction. FOJAB is a partner and leads the thematic area Innovations and new applications.

Cutting-edge research in eight different areas covering all aspects needed to develop large-scale digital twin technology and to exploit the opportunities it offers in terms of strategies for urban planning and design, architecture and digital construction. Collaboration between 28 universities, companies and municipalities. Funded by Vinnova.

FOJAB was a party to DTCC 1

The project Practical implementation of robotic masonry explores the design and construction possibilities of a more robotized construction. In collaboration with LTH, Science village, Tegelmäster, Wienerberger and Cementa. Funding through Smart Built Enivronment.