Egis

Egis is a french  engineering company  The € 1 , 5 Billions of turnover includes € 650 millions in design and in  supervision of works during the construction phase. In 2020, the turnover related to BIM is close to 270 millions of euros, representing 80 % of the design activities. From 2018 to 2020, the progress is around  80%. In 2020, Egis becomes a real international bim company with 70% of the turnover related to international projects outside France.

Egis is very much involved in the development of the Open BIM, as a member of the BuildingSmart international (bSI) board  and creating within BSi the process to extend the IFC domain to all domains of public works such as linear infrastructure ( roads and rail) including bridges, tunnels and geotechnics. Starting in 2011, IFC for infrastructure is now under implementation with international software vendors .

Egis manages these two  BIM aspects together;  modelling and collaborative processes.  The perspective to move the  egis process of delivery under bim is combined with the original perspective of BIM level 3 such as  defined in the  British Standard Pass 1102. Initially, Bim level 3 means : information and data shared under International standard for describing construction and environment, and collaborative processes for validation and publishing.

Egis has participated in the validation process of ISO 19650 in the ISO TC59 and in the same time, has developed its corporate BIM toolkit for implementing the International standard. In 2019, 80 % of the BIM processes produced by EGIS are BIM level 2 or higher.  In 2019, as a member of the ICOS consortium in charge of designing the HPC project in UK,  Egis received the bSI awards  attributed at the technical summit in Beijing for delivering open bim models for the construction phase.. For this project, the Employer requires IFC as the mandatory deliverable as  declashed models ready to apply for the construction. The contractor was  using the IFC models  for supplying and monitoring materials. All the models delivery is based on a common data environment ( CDE) approach ( ref to ISO 19650).

 Egis has participated in the validation process of ISO 19650 in the ISO TC59 and in the same time, has developed its corporate BIM toolkit for implementing the International standard 

The Egis open BIM policy is oriented for  a long term perspective :

- Thirty years ago, Egis had developed a CAD system for large linear infrastructure projects.  In the same time, Egis had started some research on the needs of collaborative processes for increasing quality and productivity. In 2020, these two issues can be considered as solved with IFC 4.3, including IFC bridge, IFC tunnel, IFC rail, etc… and with ISO 19650 for the  process standardisation. The PLM concept coming from the Manufacturing industries can be considered as mature in the construction industry with these two developments : OpenBIM and ISO 19650.

- for the next ten years, this bim approach will be oriented in  a double perspective : developing a strategy  for providing a digital twin as the tool for monitoring the low carbon strategy in the construction life cycle. It means : Open Bim and Open GIS  for a low carbon strategy.

The built environment ,  covering built, underground and environmental topics represents not less than 30% of the carbon impact. Openbim is considered by Egis as the preferred option for managing this construction industry transformation,  according to the following aspects :

for the construction or the reconstruction of any buildings, the digital twin would be the way to simulate during the full lifecycle ( design or re-design, construction and operation) its carbon impact.  With the federation of Bim and Gis models, the  designer and the contractor will  be able  to identify indicators ( KPI) for verifying at any delivery steps,  the environmental performance.

With the development of OPenbim ( incl OpenGis)  a new generation of BIM models are arriving for the Facility managers. The  IFC 4 extension ,  will combine a full object model, with complex geometries, with all the semantics defined by the  construction domain experts,  and modification management, object by object, rather than file by file.  The present implementation process in bSI, with the software vendors, is  proving the capability of  this option in a very short term. This toolkit can be considered as the master piece for the digital twin of territories.