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Qualification - Pearson BTEC Level 5 HND in Construction and The Built Environment
Unit Name - Advanced Building Information Modelling
Unit Level - Level 5
Unit Number - Unit 36
Unit Credit - 15
Unit code - L/615/1422
Assignment Title - Advanced Building Information Modelling
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Learning Outcome 1: Evaluate the processes and procedures that are required in order to successfully implement BIM within the context of an organisation or a project
Answer: The successful implementation of Building Information Modelling (BIM) within an organisation or on a project requires a structured and strategic approach, moving beyond simply adopting new software. A critical first step is a thorough organisational assessment to identify current workflows, technological capabilities, and a clear vision for how BIM will be used to achieve business objectives. This is followed by the development of an "Employer's Information Requirements" (EIR), a foundational document that defines the information the client needs to receive at each project stage. The EIR informs the creation of the "BIM Execution Plan" (BEP), which is a detailed roadmap for the project team. The BEP specifies the project goals, BIM uses, roles and responsibilities of each stakeholder, the required level of detail (LOD) for the model, and the technology and infrastructure to be used. Training is a non-negotiable procedure, ensuring all team members are proficient in the new software and collaborative workflows. Crucially, implementation involves a cultural shift towards a more collaborative and integrated approach, breaking down traditional silos between design, construction, and facilities management. Ongoing processes include regular coordination meetings, model audits, and the use of a common data environment (CDE) to manage information exchange and ensure data integrity throughout the project lifecycle.
Learning Outcome 2: Explore BIM standards and how these support working in the context of a BIM- enabled project
Answer: BIM standards are essential for the effective and consistent implementation of BIM, providing a framework for collaboration and ensuring a common understanding among project stakeholders. At an international level, the ISO 19650 series is a key standard that provides principles for the management of information over the whole life cycle of a built asset. This standard outlines the information management process, from appointing parties and defining information requirements to delivering and exchanging information. This ensures a consistent approach to BIM across different organisations and countries. Other crucial standards and classifications, such as those related to data structure (e.g., Uniclass 2015), provide a framework for classifying information for the built environment, making it easier to search, share, and reuse data. By adhering to these standards, project teams can ensure that data is structured consistently, enabling interoperability between different software platforms and reducing the risk of errors. Standards also define the roles and responsibilities within a project, such as the Information Manager or the Task Team Manager, which clarifies who is responsible for what, thereby streamlining the workflow and improving communication. Ultimately, BIM standards are the rules of the road that enable efficient, collaborative, and data-rich project delivery.
Learning Outcome 3: Discuss key documentation that may be required for a BIM-enabled project
Answer: BIM-enabled projects are distinguished by a comprehensive set of documentation that governs the creation, exchange, and management of information. The "Employer's Information Requirements" (EIR) is a foundational document that the client uses to specify what information they require from the project team at various stages. This can include information for design, construction, and asset management. Based on the EIR, the lead appointed party creates a "BIM Execution Plan" (BEP). The BEP is the central reference document for the project team, detailing how the project will be executed, including the specific BIM uses, project deliverables, and the collaborative workflows. It also outlines the project's Common Data Environment (CDE) protocols, defining how information will be named, exchanged, and stored. Within the BEP, a "Master Information Delivery Plan" (MIDP) outlines who is responsible for delivering which information and when. The "Task Information Delivery Plan" (TIDP) further breaks this down, specifying the responsibilities of individual task teams. Other important documents include "Model Element Tables," which specify the Level of Development (LOD) for various elements at different project stages, and "Federated Model" specifications, which outline how individual models from different disciplines will be combined to form a single, coordinated project model. This systematic documentation ensures clarity, accountability, and a structured approach to information management.
Learning Outcome 4: Assess how BIM can ensure data is created, shared, stored, managed and kept accessible to all stakeholders involved in a project.
Answer: BIM is fundamentally a data-centric process that provides a structured and efficient way to manage information throughout a project's lifecycle. At the core of this is the "Common Data Environment" (CDE), which is a digital repository where all project data is created, shared, and stored. The CDE acts as a single source of truth, preventing data duplication and version control issues. A key benefit of BIM is that all data, from geometry to asset information, is linked to a 3D model, making it highly accessible and contextual. The process is governed by a clear set of protocols, as defined in the BIM Execution Plan, which dictate how information is named, classified, and approved before being shared with the wider project team. This ensures that only validated and current information is used. BIM also facilitates data accessibility through open standards and formats, such as Industry Foundation Classes (IFC), which allows information to be exchanged between different software platforms without loss of data. Finally, the CDE and associated workflows ensure that data is not just created and shared, but also managed and kept secure, with clear audit trails of who has accessed or modified information. This robust data management framework is what makes BIM a powerful tool for collaboration and informed decision-making.
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Introduction
The aim of this unit is to provide students with and understanding of the detailed processes that support and guide construction professionals within the context of Building Information Modelling (BIM). Students will be able to explore the relevance of BIM in the construction industry and understand how the standards and processes that support BIM will enable better information management across the life of a project.
This unit will also explore and detail the relevant changes to existing documentation and information within a project and how this information is developed across the various stages of a project. There are a series of standards that support BIM and students will begin to determine their relevance and utilise them within a BIM process.
The knowledge and skills provided within this unit will enable students to understand the context of BIM within the construction industry and relate this to further study or the realities of today's workplace. This will enable them to be able to effectively determine the relevance of BIM within the construction industry today and how this may affect future processes.
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Essential Content
LO1 Evaluate the processes and procedures that are required in order to successfully implement BIM within the context of an organisation or a project
BIM implementation methodologies available and how these can begin to positively affect the process of design, construction and operation
Identifying organisational or project-specific capability in regard to BIM and how this can be achieved
Implementing BIM within the context of an organisation; drivers and enablers
Implementing BIM within the context of a project; project specific requirements and information requirements
Roles and responsibilities that support BIM working and driven by industry
Managing the exchange of information during all key stages of a project and into occupation of the asset
The importance of information management
Change management principles, both organisational and project-specific.
LO2 Explore BIM standards and how these support working in the context of a BIM-enabled project
Explain how standards are used to allow for a consistent framework on a BIM- enabled project
Explain and list the relevant BIM standards that support BIM in the context of the UK and determine how they can be utilised during a project
Understand the importance of managing the BIM process via guidance by industry standards
The Information Delivery Cycle in the context of PAS 1192-2 or other international standards
Standards that support BIM, both regional and international The importance of data drops and information exchanges
Security and management of sensitive information surrounding BIM
COBie and BIM; the importance of a consistent framework to share relevant data across a project lifecycle
Asset management and BIM Facilities management and BIM
Commercial suite of documents supporting BIM (e.g. BIM protocol, BIM and IP and the role of information management)
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LO3 Discuss key documentation that may be required for a BIM-enabled project
Understanding the Organisational Information Requirements and their relevance to particular project needs
The Asset Information Requirements that relate to the organisation
The importance of a clearly defined set of Employer's Information Requirements
The terminology surrounding information required within a Built Asset Security Strategy
A BIM Execution Plan
Project Execution Planning and management The Project Information Model
The Asset Information Model
The importance of contracts and legal requirements in regard to BIM.
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LO4 Assess how BIM can ensure data is created, shared, stored, managed and kept accessible to all stakeholders surrounding a project
Validation of data across varying stages of a project and ensuring the information gathered is adequate and correct
Supply chain assessment and skill requirements Proof of capability and BIM
The standards, methods and procedures that support BIM Structure of file formats, naming and types
The importance of a Common Data Environment The Master Information Delivery Plan
Design responsibilities and level of definition
Understanding how to manage a Digital Plan of Work.
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LO1 Evaluate the processes and procedures that are required in order to successfully implement BIM within the context of an organisation or a project
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P1 Evaluate the variety of BIM implementation methods that can be undertaken in regard to a project
P2 Evaluate the importance of people, processes and technology in regard to BIM implementation
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M1 Analyse an example of how BIM can be implemented within an organisation
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LO1 and LO2
D1 Critically analyse the importance of a BIM implementation plan that assesses the capability of the organisation in regard to BIM and how effective information delivery can support this in the context of a project
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LO2 Explore BIM standards and how these support working in the context of a BIM-enabled project
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P3 Discuss how the use of standards can provide a consistent framework for the implementation of BIM and BIM-enabled systems
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M2 Review BIM standards and how these are affecting BIM on a global scale
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P4 Evaluate key BIM standards that are recognised globally
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LO3 Discuss key documents that may be required for a BIM- enabled project
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P5 Discuss the Asset Information Model and how it can be managed and utilised
P6 Evaluate the BIM Execution Plan and the importance of ensuring it is clear, concise and easily understood by all members of the design team
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M3 Analyse the importance of a BIM Execution Plan and explain how this document is managed, updated and utilised within a BIM project
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LO3 and LO4
D2 Analyse how the use of key documents and processes enabled by these documents can ensure that information is developed and managed intelligently as part of a BIM-enabled project
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LO4 Assess how BIM can ensure data is created, shared, stored, managed and kept accessible to all stakeholders surrounding a project
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P7 Discuss the term 'Level of Definition' in the context of BIM
P8 Assess the importance of defining clear roles and role requirements regarding a BIM project
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M4 Analyse the recommended roles and requirements needed in the context of BIM and how these will ultimately aid the development of a project at all stages
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