Desk research on maturity analysis of digitalisation and sustainable energy skills

The ARISE team is carrying out Desk research on maturity analysis of digitalisation and sustainable energy skills.

The research is led by IECE on models of digital and energy skills frameworks and maturity levels, and developed by several H2020 and Erasmus+ funded projects and international brands (bSI).

The comparative study will include multi-criteria evaluation of skills and qualifications frameworks, identifying the level of compliance and complementarity and specifying similarities and differences thereof, as a specific proof of the ARISE concept of international transact-ability of learning achievements and competencies. One of the study outputs will be a novel model of levelling and alignment matrix developed by the learning outcomes based methodological approach and tested within the team, on several selected professional profiles. In further steps, it will be aligned with the UNESCO and CEDEFOP methodology (2017) by considering NQF as a reference point, and suggested as a sectoral methodology of comparison, alignment and transfer of qualifications.

The report will be published in early Spring 2022.

Access the link below for more information:

New Guideline on the use of BIM for energy performance

The current global warming trend is greater than the 1.5 degrees value established during the Paris climate change summit. World leaders reiterated the need to halve emissions over the next decade and reach net zero carbon emissions by mid-century to limit global temperature rise to 1.5 degrees.

The result of this policy is leading to the construction of new buildings with very high performance, but there is a strong need to improve the energy performance of the existing building stock.

Integrating BIM into national climate-change and energy policies is necessary and challenging, as many of these buildings lack reliable information, which BIM can help generate, exchange and, most importantly, archive so that they can be used in the future regardless of the software that generated them. The use of open standards is therefore not an option but an obligation. 

The working group on energy efficiency active within IBIMI (Institute for BIM Italy), the Italian chapter of buildingSMART International, worked on the drafting of guidelines on how BIM can contribute to improving energy performance in each phase of the life cycle of a building

The guidelines can be downloaded free of charge from the websitewww.buildingsmartitalia.organd will be used as Body of Knowledge for buildingSMART International Qualification Program on Energy Performance.


We would be grateful if you take a few minutes to answer to a survey on the use of BIM to improve the energy performance of buildings. This will help us to draw the roadmap on the competences needs. At this link the survey:

Digital Transformations - building services engineering article

Find the full article on the building services engineering website.

If industry is to develop and leverage its digital skills for energy efficient construction, and increase its competitiveness, it will be driven via the skills of the workforce. Upskilling must be demand-driven, demand both from the industry perspective and from the workers in the industry. It is this “meeting of demands” that will lead to success in meeting the needs of industry, society and the environment.

Digital transformation is a topical subject for all of industry and is seen as a key organisational strategy to support sustainable growth, especially in industries such as construction which is seen as a technology laggard. BIM is recognised as one of the main digital tools that are critical enablers that can embed digital processes within organisations. Specifically, the information management processes within BIM help companies in transforming traditional information processes and turning the information into data that is easier handled, used and analysed.