CONSTRUBIM

01.- NAME OF THE PROJECT

“CONSTRUBIM – Feasibility study on the application of the BIM methodology for technological innovation in machinery for construction”

02.- SUMMARY

Definition of a portfolio of experimental development and innovation projects related to the implementation of BIM for machinery on construction sites.

03.- GENERAL DATA

• Description: call for proposals to support innovative business clusters for 2018
• File number: AEI-010300-2018-210
• Date awarded: 12/14/2018
• Date of execution: 10/9/2018 TO 31/3/2019

04.- INFORMATION TECHNICAL INFORMATION ON THE PROJECT AND ITS OBJECTIVES

The project is part of the in accordance with the MINETUR’s Industria Conectada 4.0 (Connected Industry 4.0) initiative:

• Line of action: Supporting the digital evolution of the Industry
• Strategic area: Support for the adoption of I4.0 in industry.
• Industry 4.0 Projects

Specifically, the project approach is aligned with the Connected Industry 4.0 Conceptual Framework defined by the Ministry of Industry.

Figure 1: Conceptual framework of enablers for digitalization (MINETUR)

The this study is related to Industry 4.0 can be framed within the following three thematic areas as BIM is a collaborative work methodology –[Applications for intra-company/inter-company management], for the management of information for building or civil works projects. –Communications and data processing in the value chain] and to through a digital mock-up – [Hybridization of the physical and digital world].

The BIM methodology is bringing about a real technological revolution for the production chain and management of building and infrastructure. This tool allows to build in a more efficient way, reducing costs by reducing the and other stakeholders involved in the design, construction and operation of the working collaboratively.

Tailor-made construction machinery to acquire new digital capabilities and the BIM becomes mainstream for construction management, implications and opportunities will arise that machine builders and machine manufacturers will have to start taking into account.

The The objective of this study is the definition of a portfolio of projects of experimental development and technological innovation related to the BIM implementation for machinery used in construction works.

The The main expected outcome of the study will be an analytical report on the impact of the study. of BIM implementation in construction machinery manufacturers that have will include, among other contents, a roadmap of technological innovation projects. in construction machinery.

This The action corresponds to the completion of a technical feasibility study.

05.- LEADER OF THE PROJECT AND PARTNERS (CONSORTIUM)

Applicant: ANMOPYC

Participants: ANMOPYC, ITAINNOVA

06.- FPC PROGRAM TO WHICH THE PROJECT BELONGS

Order of August 1, 2018, by which announces the 2018 call for applications for grants established for the support of innovative business clusters for the purpose of to improve the competitiveness of small and medium-sized enterprises.

07.- BUDGET GENERAL AND SPECIFIC FOR ITAINNOVA

• Total bankable budget of the project: 34,036.97 euros
• Bankable budget of ITAINNOVA: 16,032 euros.

08.- FINANCING

• Total grant approved for the project: 23,825 euros
• Grant approved for ITAINNOVA: 11,222 euros.

09.- MOTTO

This project has been co-financed by the Ministry of Foreign Affairs and the Ministry of Foreign Affairs. Industry, Trade and Tourism, as part of the aid established to support to innovative business clusters with the aim of improving the competitiveness of small and medium-sized enterprises

09.- LOGOS