Innovation in a collaborative space.
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Southern Swell assists in being part of a digital process that involves the creation and management of 3D models and data throughout a building's lifecycle. BIM design projects encompass the representation of both the physical and functional characteristics of a building, as well as the integration of information related to its construction, maintenance, and operation.
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Architecture & Interiors
Mechanical
BIM
Electrical
BIM
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Familiarize Yourself with BIM: Understand the principles and concepts of BIM, including its benefits and how it differs from traditional design processes. Familiarize yourself with the BIM software you will be using, such as Autodesk Revit, ArchiCAD.
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Define Project Requirements: Start by gathering and analyzing project requirements, including client needs, design constraints, site conditions, and regulatory requirements. Establish clear project objectives and scope.
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Create a BIM Execution Plan: Develop a BIM Execution Plan (BEP) that outlines the project's BIM goals, methodologies, and standards. The BEP defines the BIM workflow, file formats, levels of detail (LOD), and collaboration processes among team members.
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Develop the BIM Model: Begin by creating a 3D virtual model of the building or infrastructure project. Use the BIM software to generate geometry, structural elements, mechanical systems, electrical components, and other relevant aspects. Ensure the model adheres to the established LOD and follows best practices for efficient modeling.
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Incorporate Data and Information: BIM allows for the integration of data beyond mere geometry. Include information about materials, quantities, costs, schedules, and performance characteristics of building elements. Link this data to the corresponding objects in the BIM model.
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Collaborate and Coordinate: BIM facilitates collaboration among different disciplines and stakeholders. Coordinate with architects, engineers, contractors, and consultants by sharing the BIM model and exchanging information in a structured manner. Resolve clashes or conflicts between different systems or elements within the model.
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Analyze and Simulate: Use BIM tools to perform various analyses, simulations, and visualizations. This can include energy analysis, structural analysis, lighting simulations, or clash detection. Assess the performance and feasibility of design alternatives and make informed decisions based on the results.
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Iterate and Refine: BIM allows for iterative design processes. Continuously refine the BIM model, incorporating feedback from stakeholders and applying design changes as necessary. Maintain version control and document revisions to ensure a clear design history.
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Produce Design Documentation: Utilize the BIM model to automatically generate design documentation, such as plans, sections, elevations, schedules, and specifications. As the BIM model evolves, these documents remain synchronized, reducing errors and inconsistencies.
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Maintain the BIM Model: Throughout the project lifecycle, ensure the BIM model remains updated and relevant. Capture changes, as-built conditions, and maintenance information. This facilitates effective facility management and supports future renovations or additions.