Slide background




BIM - Building Information Modelling Methodology Handbook

ID 13650 | | Visite: 2198 | News CostruzioniPermalink: https://www.certifico.com/id/13650

BIM 2021

BIM - Building Information Modelling Methodology Handbook

Calculating Costs and Benefits for the use of Building Information Modelling in Public tenders

Construction is a strategic sector for the development of the European economy, and governments and public players are its largest client base. However, there are some commonly recognised problems that could affect the construction process: levels of collaboration, underinvestment in technology and R&D and poor information management.

Implementing Building Information Modelling (BIM) could both solve these issues and bring further benefits to public and private stakeholders, although the method of effectively evaluating these benefits remains to be worked out. For this reason, EISMEA, under the powers delegated by DG GROW, announced a tender to develop a methodology for cost-benefit analysis for the use of BIM in public tenders. RINA Consulting S.p.A., together with its subcontractor, B1P Group S.r.l., were awarded this project that entered into force on 1 September 2020 and lasted for nine months.

The implementation of the contract, funded by the COSME programme of the European Union, was supervised by an ad hoc ‘advisory board’ composed of representatives from the European Commission, EISMEA and the EU BIM Task Group (EUBIMTG).

The aim of the project was to develop a model which enables EU public clients to measure the costs and benefits of using BIM in their public construction projects.

The project addressed three main objectives:

 BIM 1

CONTENTS
1 Introduction
1.1 AEC Sector, Sustainability and BIM
1.2 Purpose of this handbook
1.3 How to use this handbook
1.4 Target groups
2 Where are we now? Background analysis
2.1 BIM and public sector stakeholder needs
2.2 Literature review
2.3 On-site data collection: interviews and online survey results
3 Is BIM cost-effective for public entities?
Development of Cost-Benefit Analysis tool
3.1 Approach: CBA, BIM and public authorities
3.2 Methodology: model for identifying and measuring potential costs and benefits
3.3 Guide: step-by-step procedure to simulate cost-benefit analysis
4 How to practice the CBA tool?
Validation through case studies
4.1 Case study 1 - Conversion of an old building in a sport centre
4.2 Case study 2 - Maintenance and renovation project of a road
4.3 Case study 3 - New port construction project
4.4 Case study 4 - Renovation project for a public building
4.5 Case study 5 - BIM verification project
4.6 Case study 6 - New residential building construction project
5 Conclusions
6 Abbreviations

 ...

Fonte: EU

Collegati

Descrizione Livello Dimensione Downloads
Allegato riservato Cost Benefit Analysis for the use of BIM_user handbook.pdf
EU 2021
3793 kB 4

Tags: Costruzioni Codice Appalti Abbonati Costruzioni

Articoli correlati

Ultimi archiviati Costruzioni

Manovra 2023   Bonus edilizi
Gen 23, 2023 305

Manovra 2023: Bonus edilizi

Manovra 2023: Bonus edilizi ID 18749 | 23.01.2023 / Documento in allegato Sono intervenuti sulla disciplina del Superbonus al 110% (di cui all’art.119 del DL 34/2020, convertito con modifiche nella legge 77/2020) sia il DL 176/2022 (di seguito “Decreto Aiuti-quater”, convertito con modificazioni… Leggi tutto
Co ordination Action on Indoor Air Quality and Health Effect
Gen 09, 2023 285

Co-ordination Action on Indoor Air Quality and Health Effect

Co-ordination Action on Indoor Air Quality and Health Effect ID 18592 | EnVIE 10 February 2009 Executive Summary Background People want to live longer, healthier, in an environment of low involuntary risks, and at an affordable cost. Urban environmental policies should, therefore, manage the… Leggi tutto
Indoor Air Quality  IAQ    ASHRAE
Gen 09, 2023 341

Indoor Air Quality (IAQ) - ASHRAE

Indoor Air Quality (IAQ) - ASHRAE 2009 ID 18591 | 09.01.2022 / In allegato Indoor Air Quality Guide: Best Practices for Design, Construction and Commissioning is designed for architects, design engineers, contractors, commissioning agents, and all other professionals concerned with indoor air… Leggi tutto
Dic 24, 2022 273

Circolare MLP 29 gennaio 1967 n. 425

Circolare ministero dei lavori pubblici 29 gennaio 1967 n. 425 Standards residenziali Leggi tutto

Più letti Costruzioni