Job Title: 3D Modeling of a 6-Story Building from PDF Survey Data and Construction Documents**
**Job Description:**
We are seeking a skilled 3D modeler with experience in architectural visualization to convert detailed survey data, construction documents, and architectural plans of a 6-story building (provided in PDF format) into a precise and high-quality 3D model. The project will involve interpreting all provided documentation, including floor plans, sections, and elevations, to create an accurate and detailed representation of the building.
**Project Requirements:**
– **Building Details:** The building is 6 stories high, and the provided documents include PDF survey data, construction documents, and a complete architectural plan with floor plans, elevations, and sections showing detailed height measurements.
– **3D Model:** The model should be created in a software that supports industry-standard formats such as Revit, SketchUp, or AutoCAD. The final deliverable should include both the native file format and exportable formats (e.g., .FBX, .OBJ).
– **Level of Detail:**
– Include all architectural elements, such as walls, doors, windows, stairs, structural components, and any specific details outlined in the construction documents.
– Ensure that the model accurately reflects the dimensions and heights as per the PDF survey and construction plans, including sections and elevations with specified heights.
– Capture all specific details in the architectural plan, such as floor heights, clear sizes, joist placements, and other relevant information, and incorporate them into the model.
– **Materials and Textures:** Apply basic materials and textures to differentiate between surfaces (e.g., walls, floors, windows), focusing on accuracy rather than photorealism.
– **Sections and Elevations:** The model must include detailed sections and elevations, with all heights and measurements as shown in the provided plans. Ensure that these elements are accurately represented in the model.
– **Annotations:** Include essential annotations such as floor heights, clear sizes, sections, and elevation heights within the model.
– **Coordination:** You will work closely with our team to ensure the final model meets our specifications. This may involve revisions based on feedback.
**Skills Required:**
– Proficiency in 3D modeling software such as Revit, SketchUp, AutoCAD, or similar tools.
– Experience in converting 2D survey data, construction documents, and architectural plans (from PDFs) into accurate 3D models, including sections and elevations.
– Attention to detail and ability to maintain precision throughout the modeling process.
– Good communication skills to ensure alignment with project requirements.
– Experience with architectural modeling, especially in creating detailed sections and elevations from PDFs, is a plus.
**Project Timeline:**
– **Start Date:** [Specify your preferred start date]
– **Completion Date:** [Specify your deadline or expected timeframe]
**Deliverables:**
1. Completed 3D model in native format (e.g., .rvt, .skp, .dwg).
2. Exportable 3D model files in formats such as .FBX and .OBJ.
3. Detailed sections and elevations with all heights and measurements accurately reflected in the model.
4. Any relevant annotations and documentation.
**Application Instructions:**
– Please provide a portfolio of previous 3D modeling work, particularly any projects that involved converting PDF survey data and construction documents into models with sections and elevations.
– Outline your experience with similar projects.
– Include your estimated timeline for completion and proposed budget.
– **Communication:** Provide your preferred method of communication and expected response times for ongoing updates and revisions. please give your availability to deliver the final 3D modeling as time is of the essence
Budget: $200
Posted On: August 19, 2024 18:15 UTC
Category: 3D Modeling & Rendering
Skills:3D Rendering, 3D Modeling, Architectural Rendering, Architectural Design
Skills: 3D Rendering, 3D Modeling, Architectural Rendering, Architectural Design
Country: United States
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