NETSPEC National BIM Guide
[1]
The following is the Australia National BIM Guide published by NATSPEC [2] in 2016: The National BIM Guide is a reference document to be read in conjunction with the BIM Project Brief which defines the specific requirements for each project. A BIM Brief project, whether developed using NATSPEC's BIM Brief or otherwise, is expected to be formulated by the client in consultation with the project team. The guide can also be used by consultants as a planning tool to explain the proposed services they provide while preparing bids for projects. The National BIM Guide is designed to help clients, consultants and other stakeholders to explain their BIM requirements into a nationally consistent A. This will reduce confusion and duplication of effort. The National BIM Guide is an adaptation of the VA BIM Guide and the development philosophy is to keep as much of the original document as possible. Common sense is expected to interpret Americanism accordingly.
A key element of the national BIM guide is the requirement for a BIM management plan (BMP) (sometimes also referred to as a BIM performance plan). The BMP is used to describe in more detail how a project will be executed, monitored and controlled in relation to BIM in order to meet the requirements written in the BIM Project Brief. NATSPEC BIM Object / Matrix element can be used as an aid in BMP development; BIM MANAGEMENT PLAN (BMP) A BIM Management Plan (BMP) is a formal document that defines how a project will be executed, monitored and controlled in relation to BIM. Development of a BMP is required to provide information / master data management plan and assign roles and responsibilities for model building and data integration in the initiation project.
BIM ROLES AND RESPONSIBILITIES
Project manager - Manages and coordinates project execution and BIM to meet purchasing strategy and cost containment - Oversight.
Project team Project manager Team leader and coordinator, BMP - none - Coordination and review. (Design team or construction)
BIM Manager - Coordinate the use of BIM in the project, set up a schedule for use, sharing activities, quality control, responsibility for modeling and documentation in BMP. - Supervision, management Execution and model. Swap.
Chief BIM Coordinator - Help BIM Manager - BIM Manager implementation instructions from (Project or Construction Team). - Representing the BIM Manager.
Architecture Team Execution of the project - formulate with BIM Manager. Using a BIM map for architectural design. Modeling and review.
Construction Team - Engineering - formulate with BIM Manager. Application of BIM Map to Structural Design - determine Application of BIM to Structural Simulation, Analysis and Documentation. Identify the tools. - Modeling and review, Model Exchange.
Installation Team - Engineering - Formulate with BIM Manager. Use BIM Maps for MEP Design - Specify the BIM you use for simulation, analysis, and documentation. Identify the tools. Data development. Modeling and model replacement.
Interior design team: Performing interior design - wording in BIM Manager and architect. Application of BIM maps to interior design. Data development, modeling and model exchange.
Engineering of the Sustainable Development and Energy Team - Collaborate with a BIM Manager. Map of BIM Usage for Sustainability, 3rd Party Assessment Systems - identify the use of BIM for simulation, analysis and documentation. Identify the tools. Data development overview and model usage.
Building user group: Identify the functional problems of the object modeled and tested. Critical development of building use problems and test inputs and review them.
Commissioning Agent: Support. Provide architecture, engineering, device compliance reports compiled in specified exchange format. Data development overview and model usage. BIM Application Modeling Expert Support BIM Manager for content applications, issues. Modeling and Data Integration.
Quantitative surveyor / cost estimator Support for project order alignment for BIM development and cost reduction strategies. Data compilation and integration. Application of the model. Contractor: Obtain or help build BIM for buildability and commissioning in the field. Specify Responsibility for interference checking. Model application, review, model Exchange.
Subcontractor and / or Contractor: (respectively) Off-site manufacturing - formulation with BIM Manager and designer. BIM Usage Map for Executive and Drawing Design. Define Use of BIM for simulation of maintenance space, analysis and documentation. Identify the tools. Model application, modeling and integration
Project team BIM manager: In In order to implement the project's BIM Management Plan, the project team will assign a person to the role of BIM Manager of the project team. The individual must have sufficient BIM experience for the size and complexity of the project, and should have adequate proficiency in the proposed software for creating and coordinating BIM. This person will be the main point of contact with the client and project team on issues related to BIM
Technical (design) or commercial (construction) leading BIM coordinators: All major technical disciplines / professions (architecture, construction, MEP, interior design, etc.) and key professions should assign an individual as lead BIM coordinator to coordinate their work with the whole Design / construction team. These individuals must have the appropriate BIM experience required for the complexity of the project
Construction BIM Manager: The BMP for Construction identifies the person designated as the BIM Construction Manager. This individual must have the appropriate level of the appropriate BIM experience required for the complexity of the project and procurement delivery strategy. (...) Facilitate the use of complex trade models in construction / conflict detection coordination meetings and provide detection reports based on the identification and resolution of all hard and soft collisions
REQUIREMENTS FOR USING BIM
Design definition, planning and preliminary design: Modeling of existing conditions; Website analysis; Validation of space and equipment: General
Architectural modeling (designing): Architecture - spatial and material design models; Design visualization for communication and functional analysis; Code checking; Sustainability assessment; Modeling and structural analysis;
MEP modeling and analysis: Energy analysis; Virtual testing and balancing; Lighting analysis; Other engineering analyzes; Quantitative start and cost planning;
Structural models: Collision Detection / Coordination; Building system design; Digital production; Construction schedule planning and sequencing - 4D; Construction schedule and sequencing communication - 4D; Land use planning; Planning of elevators; Facility management / as-built models; COBie / launch; Other FM information transmission / activation systems; Safety assessment and disaster planning
Sources:
[1] pixabay.com
[2] NATSPEC National BIM Guide v1.0 - September 2011 Confirmed in March 2016
https://bim.natspec.org/documents/natspec-national-bim-guide
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