AutoCAD 3D Modeling & Material Quantification for Two Art Installations I am looking for an experienced AutoCAD designer (interior/architectural or product modeling background preferred) to create accurate 3D technical drawings and material quantity calculations for two large-scale art installations. Both installations will be placed in an interior lobby space in front of a structural pillar. Installation 1 – Suspended Fabric & Light Sculpture • Height: 3 meters • Width: 2.5 meters • Composition: • Multiple suspended draped fabric layers (soft textile, hammock-like forms) • Integrated spherical light elements within the fabric • need to look for a way to suspend as there are no hanging points on the top Objective: • Create full 3D AutoCAD model • Detail suspension points and hanging system • Estimate quantity of fabric required (sqm) • Estimate number and size of light spheres • Provide cable lengths and hardware count • Provide overall structural logic for installation feasibility ⸻ Installation 2 – Vertical Rod Light Installation • Height: 3 meters • Width: 2.5 meters • Composition: • Dense vertical metal rods (stainless steel finish) • Internal illuminated core • Light radiating outward through rods • Option A: Full circular core • Objective: • Create parametric 3D model of rod layout • Define rod spacing and quantity • Calculate number of rods required Calculate the mirror blocks needed for shape • Specify rod diameter assumptions • Detail internal lighting cavity • Estimate material quantities (metal, lighting components, suspension/structural support) ⸻ Deliverables Required 1. 3D AutoCAD files (.DWG) 2. Elevations + sections 3. Basic structural concept for support 4. Material take-off list (Excel or BOQ format) 5. Clear dimensions for fabrication ⸻ Designer Requirements • Strong AutoCAD 3D modeling experience • Experience with architectural installations or exhibition design preferred • Ability to think through fabrication logic (not just visual modeling) • Must provide material quantity breakdown ⸻ Additional Notes • Installation height and width are fixed (3m H x 2.5m W) • Models must be realistic and fabrication-oriented • We are using this to understand material cost before production