BIM: Enhancing Collaboration and Decision-Making
1001 DESIGNS
We are a group of multi-skilled BIM professionals committed to excellence in Building Information Modelling. As early adopters of BIM technologies, we have developed a core foundational workflow that optimises the management and collaboration between all trades. Our focus is on refining the design stage, communication and coordination to drive project development with the highest levels of precision and accuracy.
What is BIM?
Building Information Modeling, commonly known as BIM, is the process of creating a 3D model that replicates the real-life version of the building. It is the foundation of the architecture, engineering and construction industry (AEC), as it can be applied throughout building lifecycle - from planning and design to construction and operations.
Why use BIM?
The value of BIM (Building Information Modelling) spreads across the project’s life cycle, as it constitutes the core of its design and management.
How use BIM?
BIM Workflow: From Drafting to Lifecycle Management
Drafting (Level 1): Revit integrates 2D and 3D drafting tools, enabling flexible sketching, shadow analysis, section cuts, and high-quality graphic exports—ideal for preliminary project presentations.
Design Development (Level 2): BIM facilitates project evolution by developing detailed 2D and 3D designs (LOD400) with multi-disciplinary coordination. Cloud platforms like BIM Collaborate Pro enhance collaboration, allowing clients to monitor progress before construction.
Information Analysis (Level 3): BIM combines 3D visualization with data integration, providing accurate calculations for schedules, costs, sustainability factors, and construction sequencing—crucial for complex projects.
Lifecycle Management (Level 4): BIM serves as a central database post-construction (LOD500), aiding in maintenance, cost projections, and operational management by tracking critical upkeep and replacement cycles.
ISO 19650 and AS ISO 19650
1001 Designs is proud to be an ISO-certified firm, committed to maintaining the highest standards of quality and efficiency in its BIM processes. We have adopted ISO 19650 as the foundation of our BIM activities, ensuring a structured and collaborative approach to information management throughout the entire project lifecycle. By aligning with this internationally recognized standard, we enhance data accuracy, workflow efficiency, and seamless coordination among all stakeholders. This commitment enables us to deliver projects with greater consistency, reduced risks, and improved overall performance, reinforcing our dedication to excellence in the AEC industry.
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Concepts and principles
The objective of this Standard is to outline the concepts and principles for information management at a stage of maturity described as “building information modelling (BIM) according to the ISO 19650 series”.
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Delivery phase of the assets
Organisation and digitisation of information about buildings and civil engineering works, including building information modelling (BIM) — Information management using building information modelling, Part 2: Delivery phase of the assets.
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Operational phase of the assets
This document adopts ISO 19650-3:2020, specifying a data schema and exchange file format for information management during the operational phase of assets using BIM. It applies to all asset types and organizations of any size. The requirements can be met directly by the organization or delegated to another party.
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Information exchange
This document defines the decision-making process for information exchanges under ISO 19650, ensuring quality in project and asset information models. Applicable to all asset sizes, its requirements should be scaled accordingly. The term "shall consider" mandates careful evaluation based on asset complexity, experience, and policies. Templates can aid application across different asset types. -
Security-minded approach to information management
Identically adopts ISO 19650-5:2020 which specifies the principles and requirements for security-minded information management at a stage of maturity described as “building information modelling (BIM) according to the AS ISO 19650 series”, and as defined in AS ISO 19650.1, as well as the security-minded management of sensitive information that is obtained, created, processed and stored as part of, or in relation to, any other initiative, project, asset, product or service.
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Health and safety information
This document defines principles for classifying, sharing, and delivering health and safety information collaboratively to achieve economic, environmental, and social benefits. It specifies requirements for structured information sharing throughout project and asset life cycles, supports digitalization from the outset, and provides a framework for managing health and safety information. Applicable to individuals and organizations involved in asset procurement, design, construction, maintenance, and end-of-life, its principles can be applied even in projects not using BIM.
What are the BIM deliverables throughout the design?
Generally, BIM deliverables within a project follows a pre-arranged BEP (BIM Execution Plan). BEP is a key and dynamic document defines the goals for the implementation of the BIM methodology in project. It addresses the requirements set by the client, defining the scope, uses, process flow, roles, responsibilities, milestones, tasks and tools to be used.
One of the key advantages of BIM is that designers can access as much information—such as drawings, sections, and 3D models—as needed to present the project from various perspectives. This ensures that no part of the project remains unclear or ambiguous.
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Project BIM Execution Plan (BEP) – Defines BIM processes, responsibilities, and standards.
Project Information Model (PIM) Setup – Initial setup of the Common Data Environment (CDE).
Conceptual Massing Models – Basic 3D models for form exploration.
Site Analysis & Constraints Model – Includes topography, existing infrastructure, and environmental considerations.
Preliminary Clash Detection Reports – Identifies potential conflicts between major systems.
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LOD 100-200 BIM Models – Basic geometry, massing, and spatial relationships.
2D Drawings & Schedules Extracted from BIM – Early plans, elevations, sections, and area calculations.
Clash Detection & Coordination Reports – Initial clash identification between disciplines.
Design Options & Iterations – Variants of designs based on performance and feasibility.
Preliminary Energy & Sustainability Analysis – Early performance simulations for energy efficiency.
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LOD 300 BIM Models – More detailed models with defined elements and specifications.
Coordinated Multidisciplinary Models – Combined models for architecture, structure, and MEP coordination.
Updated Clash Detection Reports – Addressing conflicts before construction documentation.
Detailed Schedules & Quantities – Material take-offs, room data sheets, and cost estimations.
Compliance & Regulatory Checks – Ensuring models align with codes and standards.
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LOD 350-400 BIM Models – Fully detailed models, including fabrication-level details.
Construction Drawings Extracted from BIM – Finalized 2D documentation for approval.
Shop Drawings & Fabrication Models – Detailed drawings for manufacturing and assembly.
Final Clash Detection & Coordination Reports – Ensuring all systems align before construction.
BIM-Based Cost Estimates (5D BIM) – Detailed cost analysis and quantity take-offs.
To Conclude
1001 Designs offers Building Information Modeling (BIM) solutions that revolutionise the design, execution, and management of projects by promoting collaboration, enhancing accuracy, and improving efficiency throughout the entire project lifecycle. Through our detailed, data-rich 3D models, we ensure that all stakeholders—from designers to contractors—have access to the most current and comprehensive information.
By adhering to a well-defined BIM Execution Plan (BEP), we meet client requirements, reduce errors, optimize resource usage, and deliver superior outcomes. Ultimately, our BIM services integrate and streamline workflows, leading to higher project quality, reduced costs, and faster delivery times, making it an essential tool for the modern construction industry.