Equistrian center. Convert 2D to a revit model. Renderring required as well
Budget: $150 – $250 USD
I am seeking assistance in transforming my 2D drawings into 3D models for an equistrian facility, utilizing both Revit and AutoCAD. My project encompasses taking existing blueprints and elevating them into detailed, comprehensive 3D Revit models to better visualize and plan the layout and design of the facility.
**Ideal Skills and Experience:**
- Proficient in Revit and AutoCAD
- Experienced in equistrian facility design and architecture
- Strong understanding of 3D revit modeling and visualization
- Ability to work with detailed 2D drawings and specifications
- Communicative and responsive to feedback and revisions
**Project Requirements:**
- Convert provided 2D drawings into 3D revit models
- Update and revise revit models based on feedback
- Ensure the final revit models are detailed, with all necessary components accurately represented
This project is perfect for a freelancer who excels in architectural revit modeling and has a keen eye for detail, especially in acricultural area. Your expertise will help bring a critical project to life, facilitating better planning and execution of the facility's construction and layout.
**Ideal Skills and Experience:**
- Proficient in Revit and AutoCAD
- Experienced in equistrian facility design and architecture
- Strong understanding of 3D revit modeling and visualization
- Ability to work with detailed 2D drawings and specifications
- Communicative and responsive to feedback and revisions
**Project Requirements:**
- Convert provided 2D drawings into 3D revit models
- Update and revise revit models based on feedback
- Ensure the final revit models are detailed, with all necessary components accurately represented
This project is perfect for a freelancer who excels in architectural revit modeling and has a keen eye for detail, especially in acricultural area. Your expertise will help bring a critical project to life, facilitating better planning and execution of the facility's construction and layout.