BIM Metodology according to ISO 19650 in the information delivery cycle

Educational goals:

The training prepares you to act independently in the application of the BIM methodology in order to plan, implement and coordinate BIM projects according to the principles described in EN ISO 19650.

Learning outcomes:

Attendee:

• Is able to use BIM terminology
• understand the requirements of the appointing party
• creates Information Exchange Requirements (EIR)
• creates a BIM Implementation Plan (BEP) document together with the attachments required by ISO 19650
• characterizes the roles and responsibilities of the project team members;
• checks the ability of the team to undertake the tasks specified in the Information Exchange Requirements
• is able to prepare and carry out the process of coordinating BIM projects
• is able to manage BIM projects using agile management methods

Course schedule: BIM Metodology ISO 19650

Module 1 – BIM Concepts, Principles and Terminology

BIM Basics

• Key concepts and definition of BIM
• Differences between BIM and the traditional construction investment process
• Factors influencing the success of BIM implementation.
• Benefits and risks of using BIM
• BIM in Design, in the Construction Phase and during Operation

BIM implementations in the World

• Examples of implemented projects:
• Legal framework
• British Standards and ISO Standard

Most used BIM software

• Areas of application – strengths and weaknesses
• Cloud solutions
• Software licensing

Examples of work standards

• Structure of file naming according to BIM requirements
• Levels of geometry detail and information saturation – LOD, LOI and Level of Information Need
• Project Templates

Universal data exchange formats: IFC, BCF

• IFC Standard Overview
• BCF Standard Overview
• Recommendations for data exchange using IFC and BCF formats
• COBie Standard Overview

 Module 2 – Review and use of BIM information

Obtaining information from BIM models. Practical exercises on sample Tools

• BIM Vision
• Open IFC Viewer
• Autodesk Navisworks Freedom

Module 3 – Planning the implementation of investments in BIM – BIM Metodology ISO 19650

Determination of the current state of BIM in the organization

• BIM Organizational Assessment
• PAS 91:2013 and qualification questionnaire for the construction industry

Basics of the BIM information process according to ISO 19650-1 and ISO 19650-2

• OIR – Organization Information Requirements
• AIR – Asset Information Requirements (for the facility)
• PIR – Project Information Requirements
• EIR – Employer’s Information Requirements
• BEP – BIM Execution Plan
• Roles and responsibilities (Information Manager, BIM Manager, BIM Coordinator)
  • Assessment of the capacity and size of the task and execution team
  • Establish the delivery team’s mobilization plan
• Collaborative information creation
  • Creating a PIM – Project Information Model
  • Review and accept the information model
  • Data archiving and lessons learned

Asset Information Requirements (AIR)

• Three operational model preparation scenarios
• Arrangements with the Facility Management team
  • division of rooms and analytical spaces
  • area, scope, nomenclature and numbering of the Space
  • zones and rooms contained therein
  • list of assets to be inserted and managed
  • division of systems and subsystems of the installation
• Presentation of a platform combining BIM and property management
  (e.g. Siemens Building X Lifecycle Twin)

Exchange Information Requirements (EIR)

• Objectives and BIM goals of the Appointing Party
• Management requirements
  • Team, roles and responsibilities
  • Model and documentation management
  • Collaboration processes, meetings and model reviews
  • Quality requirements for the supplied models and documentation
  • Training
  • Data security
• Technical requirements
  • Computer software and hardware
  • Common data environment
  • File Naming
  • Data exchange formats
  • Coordinate systems used in the project
  • Levels of detail
• Organizational Requirements
  • Schedule of key Data Delivery Points (data drops)
  • BIM Documentation and Model Requirements
  • BIM Competency Requirements

Module 4 – Preparation for the implementation of investment in BIM

Structure of the BIM Execution Plan (BEP)

• Contractor BIM objectives and goals
• Creation, management and use of data
• BIM process management
  • Work Schedule and Data Delivery Points (data drops)
  • MIDP – Master Information Delivery Plan
  • MPDT – Model Production and Delivery Table
• Technical requirements
• Quality control and assurance
• Competence, training and upskilling management
• Developing an effective BIM Execution Plan (BEP) before and after signing the contract

Module 5 – Implementation and coordination of the BIM project

Workshop in a sample CDE solution (BIM 360/ACC and G4CDE):

Account and project management

• User and company management
• Account Settings
• Usage and Activity Control Panel
• Project Administration

Setting parameters, roles and permissions:

• Defining and assigning roles and companies to users
• Creating your own directory structure
• Defining directory permission levels
• Creating your own attributes

Data Structure Management:

• Loading files directly and using related tools
• File version control
• Documentation sharing

Viewing and managing documentation

• Obtaining information about the project (parameters of defined elements)
• Commenting
• Creating lists of problems and assigning them to specific people
• Problem management
• Finding differences between subsequent versions of documentation