Mykola Tarapatov’s Post

🚀 Introducing My New Dynamo Tool for Civil 3D! 🚀I'm thrilled to share a project I've been working on for one of the biggest BIM projects: the High-Speed Railway in Britain (HS2). This Dynamo tool is designed to automate the assignment of layers to 3D solids in Civil 3D, leveraging an Excel database to assign layers based on the subassembly code from the subassembly used in the corridor. By automating this process, we've estimated a time savings of up to 30% in the modeling phase! 🎯 Why Layers Matter in BIM Projects: 1️⃣Visualization & Organization: Layers are crucial for presenting 3D models clearly and effectively. They help segregate different elements, making it easier to understand complex models. 2️⃣Clash Detection: Proper layer management is vital for the clash detection process. Accurate layering ensures that potential conflicts between different elements are identified early, preventing costly errors down the line. 3️⃣Properties Management: Layers play a significant role in setting and managing properties for different elements. They ensure that each component of the model has the correct attributes, which is essential for data integrity and project success. 🔧 The Challenge: Despite their importance, assigning layers manually is a tedious and time-consuming task. It involves meticulous attention to detail and can be prone to human error. This is where my Dynamo tool comes in! ✨ The Solution💡: My tool automates this process, ensuring that each solid is assigned to the correct layer based on the subassembly code. This not only saves time but also enhances accuracy, leading to more efficient and error-free project delivery. I'm excited about the potential of this tool to streamline workflows and improve the quality of BIM projects. Looking forward to hearing your thoughts and feedback! #BIM #Civil3D #Dynamo #Automation #CivilEngineering #Innovation #ClashDetection #3DModeling #ConstructionTech #HS2

Author 4D Model Description: A process in which a 4D model (3D models with the added dimension of time) is utilized to effectively plan the phased occupancy in a renovation, retrofit, addition, or to show the construction sequence and space requirements on a building site. 4D modeling is a powerful visualization and communication tool that can give a project team, including the owner, a better understanding of project milestones and construction plans. Potential Value: Better understanding of the phasing schedule by the owner and project participants and showing the critical path of the project Dynamic phasing plans of occupancy offering multiple options and solutions to space conflicts Integrate planning of human, equipment and material resources with the BIM model to better schedule and cost estimate the project Space and workspace conflicts identified and resolved ahead of the construction process Marketing purposes and publicity Identification of schedule, sequencing or phasing issues More readily constructible, operable and maintainable project Monitor procurement status of project materials Increased productivity and decreased waste on job sites Conveying the spatial complexities of the project, planning information, and support conducting additional analyses Resources Required: Design Authoring Software Scheduling Software 4D Modeling Software #BIM #BIM_uses #4D_Model #FUZER #BIM_unit #REVIT #LOD #Autodesk #Construction

Do it right ✅ 1 st Time . Understand 👷🏼♂️Best Practices for Revit 🏢 Useful TIPS to avoid rework and avoid clumsy models .🏗 In BIM workflow the most important step is authoring tool 🧰 for 3 D models and accuracy of 3 D model . All further activities are based on that including 4D ,5D simulation and BOQ output and Digital twin comparison etc . Successful clash detection needs accurate REVIT model . For example :- With a 3D model, designers immediately see if something looks wrong. The digital models naturally provide clash detection because they show the full project. If plumbing pipes intersect one another or with beams it’s immediately visible in 3D. 2D plans simply don’t show the conflicts. And traditional plan sets usually include cross sections every 50 or 100 feet. That requires the contractor to interpret the plans in between ⁉️the cross sections. A 3D model is basically one giant cross section, providing a level of detail impossible for 2 D dwg files But at the same time if it’s modlelled improperly ✅ thousands of virtual clashes are seen which are irrelevant . So 3 D model shall be done very accurately in first place . #bim #revit #bimmanager

At Bidston Draughting we use different kinds of software, here are a few examples 📐 🔍 💻 Trimble RealWorks This is a software designed for point cloud processing, enabling users to efficiently manage, analyse, and visualise laser scanning data. 🔄 Recap Pro To capture workflows by processing and organising point cloud data for seamless integration into design processes. 🖥️ Autodesk The best software provider, with AutoCAD, widely used for 2D drafting and 3D modeling. Revit is specialised for Building Information Modeling (BIM), allowing us to create detailed 3D models. @autodesk @autocad @autodeskrevit Let us know in the comments what software you use to complete projects in the industry 👨🎨💻 . . . . . #pointcloud #pointclouddata #pointclouds #pointcloudscan #survey #surveyors #surveyor #surveylife #surveying #surveys #measuredsurvey #measuredsurveys #measuredsurveylondon #pointcloudscan #pointclouds #pointclouddata #pointcloud #pointcloudsurvey #topographicalsurvey #topographical #topografia #bidstondraughting

The BIM world has come a long way in a short space of time ⏱ Our Senior BIM Technician Michael Kenyon-Waters has seen it first hand...   "From when I first started within the BIM environment, BIM was still in its infancy. It was being utilised, but not on the sheer scale in which it is now. Even the 3D modelling concept of the BIM stage was not being adopted fully, with the 2D CAD Plans being the preferred route, due to quick turnarounds and affordability. However over the past few years, the environment seems to be taking a shift into more of the 3D Realm, with more and more clients seeing the benefit of utilising a 3D Model (in our case Revit) and seeing not just the short term benefits of having a 3D Model, but also the long term investment of having a BIM-Ready model."   #BIM #3DModeling #Surveying 

🏗The relationship between 2D dwg file and 3D rvt file is a key 🔑 element in 3 D BIM . 👷🏼♂️ If you fail to transfer something from your 2D drawings to your 3D drawings, the quality of the 3D model gets compromised.🏢 So one must prepare 3 D accurate Revit model and then play around that data in BIM u can then take 2 D drawings at any time from Revit You 🔑essentially have one model, from which you can extract other drawings. For example, you could make a change in the 3D model, and the 2D drawings you extract will reflect that change. The same is true if you change one of the 2D drawings. This automation 💡lies at the core of the Revit software. It retains the data, and adapts to your changes. As a result, your team saves a lot of time that would have been spent on going through drawings to ensure everything matches up. The Revit BIM software does that for you. #bim #revit #automation #bimmodeling

🏗The relationship between 2D dwg file and 3D rvt file is a key 🔑 element in 3 D BIM . 👷🏼♂️ If you fail to transfer something from your 2D drawings to your 3D drawings, the quality of the 3D model gets compromised.🏢 So one must prepare 3 D accurate Revit model and then play around that data in BIM u can then take 2 D drawings at any time from Revit You 🔑essentially have one model, from which you can extract other drawings. For example, you could make a change in the 3D model, and the 2D drawings you extract will reflect that change. The same is true if you change one of the 2D drawings. This automation 💡lies at the core of the Revit software. It retains the data, and adapts to your changes. As a result, your team saves a lot of time that would have been spent on going through drawings to ensure everything matches up. The Revit BIM software does that for you. #bim #revit #automation #bimmodeling

#Quantification in #Navisworks involves extracting and analyzing quantities of materials and components from a 3D model. Here’s a brief overview of key features and processes: Key Features: 1.Itemization: Create lists of model elements, such as circuit breakers and conduits, categorizing items for clarity. 2. Quantification #Workflows: Utilize the "Quantification" tool to set up workflows, defining measurement units and parameters for detailed reporting. 3. #Measurement Tools: Access tools for measuring lengths, areas, and volumes directly from the model for accurate quantity calculations. 4. Report Generation: After quantifying items, generate reports summarizing the data, which can be exported to Excel for further analysis. 5. #Clash Detection Integration: Incorporate clash detection results to identify components needing reevaluation, impacting overall quantities. 6. Custom Properties: Add custom properties to model elements for tracking specific details relevant to the project. 7. Model Review and Collaboration: Integrate quantification into the model review process, enhancing collaboration among stakeholders on material needs and costs. Steps for Quantification: 1. Import Models: Bring in 3D models from various sources (e.g., Revit, AutoCAD). 2. Set Up Workspace: Navigate to the Quantification tab and create a new project. 3. Define Item Types: Categorize and create item types based on components to be quantified. 4. Measure and Assign Quantities*: Use measurement tools to assess and assign quantities to item types. 5. Generate Reports: Compile the data into reports for review and analysis. By leveraging these features, you can achieve accurate quantification, enhancing project planning and cost estimation. #Bim #Navisworks #Revit #Quantification #solibri #Bimclashdetection #Bimengineers #engineers #Bimconsultancy #Clashdetection #ConstrcutionTechnology #Clashdetection #Buildingsystems #BIM360 #MEPF #MEPCoordination #Digitalconstruction

Do it right ✅ 1 st Time . Understand 👷🏼♂️Best Practices for Revit 🏢 Useful TIPS to avoid rework and avoid clumsy models .🏗 In BIM workflow the most important step is authoring tool 🧰 for 3 D models and accuracy of 3 D model . All further activities are based on that including 4D ,5D simulation and BOQ output and Digital twin comparison etc . Successful clash detection needs accurate REVIT model . For example :- With a 3D model, designers immediately see if something looks wrong. The digital models naturally provide clash detection because they show the full project. If plumbing pipes intersect one another or with beams it’s immediately visible in 3D. 2D plans simply don’t show the conflicts. And traditional plan sets usually include cross sections every 50 or 100 feet. That requires the contractor to interpret the plans in between ⁉️the cross sections. A 3D model is basically one giant cross section, providing a level of detail impossible for 2 D dwg files But at the same time if it’s modlelled improperly ✅ thousands of virtual clashes are seen which are irrelevant . So 3 D model shall be done very accurately in first place . #bim #revit #bimmanager

3D laser scanning an industrial water treatment plant today, followed by Revit modeling - this workflow is a fantastic idea for several reasons. Precision and Accuracy 3D laser scanning captures intricate details of water treatment plants, creating highly accurate digital representations. This precision helps identify issues, optimize workflows, and maintain high accuracy in modeling and analysis. Benefits for Water Treatment Plants In complex water treatment plants, 3D laser scanning maps components precisely, aiding in maintenance, upgrades, and regulatory compliance. Accurate models ensure safety and environmental standards are met. Transition to Revit Modeling The captured scan data is translated into a detailed Revit model. Revit, a powerful BIM software, creates a comprehensive digital twin of the plant, used for design, construction, and operations. Advantages of Revit Modeling Revit models integrate various systems into a cohesive whole, enhancing collaboration, improving project planning, and reducing errors. Real-time updates ensure all stakeholders have current information. Optimizing Plant Performance Combining 3D laser scanning with Revit modeling optimizes plant performance. Precise scan data informs detailed Revit models, enabling accurate simulations and better decision-making for efficient, sustainable solutions. ToPa 3D - Consult. Capture. Process. Deliver. #3DLaserScanning #RevitModeling #WaterTreatment #BIM #IndustrialDesign #Sustainability #realitycapture