Using technology in innovation projects

Using technology in innovation projects technology is being applied to international initiatives concerning education, renovation for energy-efficient buildings and neighbourhoods or artificial intelligence, helping to digitise the construction industry

Our collaboration with entities in more than a dozen countries allows us to continue enhancing and providing a versatile platform adapted to the needs of technicians and designers in different geographical areas

Since the creation of the platform in 2016, our technology has been used and implemented in different European research projects to digitise the construction industry and help reduce carbon dioxide emissions from this economic activity.

Since it is one of the most widely adopted cloud platforms for professionals working with an Open BIM methodology, technology is being applied to different cutting-edge initiatives to respond to the digital transformation that the AEC sector is currently undergoing. More specifically, it is being implemented in projects focused on energy efficiency, renovation of buildings and neighbourhoods or in initiatives for educational purposes. 

Below is a compilation of some of the research projects in which we are currently involved:

SATO- Self Assessment Towards Optimization of Building Energy  

The SATO project (Self Assessment Towards Optimization of Building Energy) uses our technology to design a cloud-based platform that optimises and self-evaluates in real-time the efficiency of devices and equipment that consume energy in a building, detecting any possible faults they may have.

Financed by the Horizon 2020-EU.3.3.1. programme, Reducing energy consumption and carbon footprint by smart and sustainable use, this project involves associations, companies and universities from seven different countries: Portugal, Denmark, Italy, Spain, Greece, Switzerland and Austria.

CircularBIM – Circular economy strategies linked to the construction sector

In this project, technology is being used as the basis for the development of an open educational collaboration platform where users can find information about sustainable building, techniques for using and reusing construction material, waste reduction, etc. The platform is based on BIM technology and will also include software to implement techniques for reusing construction materials used in buildings.

Circular BIM is a project that is part of Erasmus+, the EU programme that aims to support initiatives for the sustainable development of member countries in both higher education and training. The initiative involves entities from Spain, Romania and Portugal.

BIM-SPEED Project Visual

BIM-SPEED – Building information management for efficient energy renovation

BIM-SPEED aims to increase the use of BIM methodologies in whole building renovations to improve energy efficiency. To do this, our technological expertise is being used and adapted to develop a cloud-based platform to streamline all this work and integrate a set of interoperable BIM tools to make buildings more sustainable.

This project is included in the H2020-EU. programme, Technologies enabling energy-efficient systems and energy-efficient buildings with a low environmental impact, involving agents from eight countries: Spain, France, Italy, Belgium, Germany, Romania and Bulgaria.

RenoZEB – Construction solution accelerator for zero energy building renovation and neighbourhoods

The main aim of this project is to boost the building renovation industry by applying criteria that will turn buildings into nearly zero-energy buildings (nZEB). To achieve this, provides its users with Open BIM RenoZEB – Focchi Facades software that allows users to design façades with the “plug and play” panel system for building renovation from the Italian company Focchi following NZEB building efficiency criteria, establishing the number, size and measurement of