3D Architectural Modeling from 2D House Plans and Land Survey for Pacific Palisades Lot Fit Analysis Ended

Project Overview
We are seeking an experienced architectural 3D designer based in Dallas, TX, to collaborate closely with the property owner on creating a high-quality, parametric 3D model of a residential house. The model will be developed from provided 2D architectural plans and a land survey. The primary goal is to visualize and assess how the proposed house design fits on a specific lot in Pacific Palisades, California, where an existing structure recently burned down. This will involve site integration, topography considerations, and iterative adjustments to ensure optimal placement and scalability. The 3D model must be fluid and adjustable, allowing for easy expansion or contraction of dimensions (e.g., room sizes, overall footprint) without rebuilding from scratch. This parametric capability will enable quick iterations based on owner feedback, zoning requirements, or site constraints.
Scope of Work
1. Initial Review and Collaboration:
• Review provided 2D drawings (floor plans, elevations, sections) and land survey data.
• Conduct meetings with the owner to discuss design intent, site specifics (e.g., slopes, setbacks, views), and any initial modifications.
2. 3D Model Development:
• Convert 2D plans into a detailed 3D model, incorporating accurate topography from the land survey.
• Ensure the model includes key elements such as building envelope, rooflines, windows/doors, basic landscaping integration, and lot boundaries.
• Implement parametric features for adjustability (e.g., scalable room dimensions, modular additions).
3. Fit Analysis and Visualization:
• Position the 3D house model on the virtual lot to evaluate fit, including compliance with local setbacks, height restrictions, and terrain.
• Generate renders or walkthroughs to demonstrate views, sunlight/shadow patterns, and overall site integration.
• Provide options for variations, such as expanding/contracting the footprint by 10-20% for feasibility testing.
4. Iterations and Revisions:
• Incorporate up to 3 rounds of feedback from the owner.
• Ensure the model is editable for future use (e.g., by architects or builders).
Required Skills and Qualifications
• Proven experience in architectural 3D modeling, preferably with residential projects.
• Proficiency in software such as AutoCad, Autodesk Revit, SketchUp with extensions, Rhino, or similar tools that support parametric design.
• Strong understanding of site planning, topography, and building codes (familiarity with California regulations is a plus).
• Excellent communication skills for in person and remote collaboration (e.g., via Zoom, email, or shared files).
• Based in Dallas, TX, for in-person meetings.
• Portfolio examples of similar 2D-to-3D conversions and adjustable models.
Deliverables
• Final parametric 3D model file (in native format and exportable to common formats like .DWG, .OBJ, or .IFC and PDF).
• High-resolution renders (at least 5 views: exterior, interior, site overview).
• A report or annotated visuals highlighting lot fit analysis, including any potential issues or recommendations.
• Source files for all 2D inputs integrated into the model.
Timeline and Budget
• Project duration: 2-4 weeks, depending on complexity and revisions.
• Please provide a fixed-price quote based on the scope, including any assumptions about file formats or additional data needs.
• Milestone payments: 30% upfront, 40% after initial model draft, 30% upon final delivery. read less