
Explore how artificial intelligence enhances the BIM process in construction, with tools for process optimization, risk prediction and management, and smarter project monitoring and control.
Explore Hyper, a next-generation ai platform for designing, generating, and sharing building systems in BIM projects; it integrates with Revit, Dynamo, Grasshopper, Rhino, and provides plugins and educational access.
Sign in to the hyper platform, create workflows and add functions like location to auto-model concepts for Revit outputs, then export to Revit or PNG.
Use the Hyper platform location function to load topographic and map data, enable 3D Google Maps views, adjust coordinates, export a Revit JSON, and walk through a mapped BIM environment.
Set and customize a building site in Revit by sketching the site and defining envelope by side with setbacks. Adjust height and foundation depth to shape the model.
Add levels by envelope, adjust ground and penthouse heights, and set standard level heights, then create and adjust a grid, walk through the map, and manage visibility.
Isolate the model in context, build Bayes from levels and grids, set envelope setbacks and floors by levels, then export to Revit as JSON for updates.
Add a roof with roof function, adjust insulation thickness and color, and set envelope options; then create a frame by configuring column and beam types and slab thickness, updating model.
Learn to create and edit the building core with core by sketch, by levels, or envelope, and design facades using grid by levels or envelope, including pattern and csv options.
Learn to add curtain wall facade by grid in Revit, adjust spandrel height and offset, set mullion and glazing materials, and configure panel depth and x/y divisions.
Place trees on landscape in Revit, adjust density and size, switch between low-poly and realistic styles, and expand areas by editing boundaries for visualization with weather changes and location transparency.
Explore how the platform exposes model data through workflow and outputs, showing coordinates, shapes, materials, and labels, and allow you to view, edit, and manage heights, levels, and part details.
Clone your model, create new workflows, and explore design variations by adjusting envelope footprints, setbacks, and facade colors without altering the original model.
Clone and version a model, prune unused functions, define the site with site by sketch, then create and edit multi center lines with adjustable height and width.
Create and adjust zones and spacing in the main model using version four, applying envelope, grid, and corridor circulation tools to define circulation paths and separate the core parts.
Apply space planning in a model by creating and naming spaces, assigning program types, and splitting zones to refine spacing and zones.
Discover how to automatically assign furniture to spaces using open office layouts, edit layouts like classroom or meeting room, and save updates across all spaces.
Learn how to export a model from Hyper to Revit, install and use the Hyper for Revit plugin, sign in, load workflows, and assign families and materials for models.
Explore ai room planner to turn an image into room renders by selecting room type and style, export to Revit, and present projects to employers in modern and cyberpunk styles.
Explore ai room styles in Revit and BIM by uploading an image, applying smart improvements, replacing textures, selecting kitchen style and color, and generating iterative designs to new looks.
Demonstrates plans to beam, an ai tool that imports pdf, png, jpg, auto detects walls and doors, edits and visualizes in 3d, with free 100 mb and paid plan options.
In session 2, learn to fix and edit Revit models in 2D and 3D, adjust space and elevations, and merge plans using AI for BIM workflows, including fire department scenarios.
Explore the smart annotation AI plugin for Revit that automates tagging of mechanical, piping, and electrical elements, with templates, tag options, and orientation controls.
Demonstrates AI-assisted annotate and arrange workflows in Revit, selecting templates and elements to auto place tags at set distances, manage overlaps, delete empty tags, and reset tag colors.
Create fabrication workflows in Revit using design to fabrication, add and manage part tags with smart annotation AI, arrange and reset colors, and finalize with apply and save.
Convert 2D files such as dwg, dxf, pdf, and images into 3D models with Wise BIM plugin for Revit, an AI-powered tool that detects walls, doors, windows, slabs, and rooms.
Note: This course will help you become familiar with AI in BIM and will answer many of your questions about this powerful features.
How can AI improve the quality and speed of construction projects without coding?
Which AI tools enhance BIM workflows and integrate with Revit?
How will AI shape the future of construction, and why is it essential to learn now?
Artificial Intelligence (AI) in Building Information Modeling (BIM) refers to the use of AI algorithms and techniques in the analysis, processing, and utilization of construction data. This combination of AI technology and BIM processes enables engineers and architects to take advantage of advanced modeling, prediction, and optimization capabilities.
Some of the topics you will learn in this course:
AI in Construction: Enhancing BIM with Artificial Intelligence
Mastering AI Platforms for BIM and Construction Projects
Revolutionizing Construction with AI: Tools and Techniques
Integrating AI in BIM: A New Era in Construction Design
AI-Driven BIM: Boosting Efficiency, Accuracy, and Speed
Future-Proofing Construction with AI: From Hypar to Revit
Unlocking the Power of AI in BIM and Construction Workflows
AI in Construction Design: Practical Applications for BIM Professionals
Learn how to use AI in BIM to automate tasks, optimize designs, and improve project efficiency. No programming skills needed, making it ideal for professionals looking to stay ahead in the evolving construction industry.
Enroll in this course right now, and feel free to ask me any questions throughout your learning journey so you can implement this process in the best possible way. I’m with you every step of the way to help you become a professional.