AI Nursery Tree Design
Budget: $250 – $750 USD
I’m advancing an AI-powered artificial nursery tree whose ultimate goal is to slow desertification while actively sequestering CO₂. The intelligence framework is underway; what I now need is a robust, field-ready design for the tree itself—the structure that will host sensors, irrigation hardware, power modules and young plants.
Your brief is to turn the concept into build-able reality. I’m looking for a designer or interdisciplinary team that can balance aesthetics, durability and ease of mass production while accounting for harsh, arid-zone conditions. Material selection, modular components, root-zone protection, and how the AI hardware will be housed are all open for your creative engineering solutions.
Please attach a detailed project proposal that outlines: methodology, the CAD and simulation tools you intend to use (SolidWorks, Fusion 360, Rhino, or similar), a draft schedule with milestones, and any assumptions that drive your cost and timeline. If you have prior work in climate-tech devices, smart agriculture, or biomimetic structures, feel free to reference it briefly inside the proposal itself.
Deliverables I need to see at the end of the engagement:
• Full 3D model and engineering drawings (STEP/IGES + native files)
• Bill of materials with sourcing notes suitable for a prototype batch
• Integration guide showing where sensors, micro-controllers and power systems will reside
• A short validation memo addressing durability in sand-laden winds and heat extremes
I will review proposals primarily on the clarity and feasibility of the design path you set out, so spend time making the document concrete rather than long. Excited to see how you’ll give this climate-positive concept a tangible form.
Your brief is to turn the concept into build-able reality. I’m looking for a designer or interdisciplinary team that can balance aesthetics, durability and ease of mass production while accounting for harsh, arid-zone conditions. Material selection, modular components, root-zone protection, and how the AI hardware will be housed are all open for your creative engineering solutions.
Please attach a detailed project proposal that outlines: methodology, the CAD and simulation tools you intend to use (SolidWorks, Fusion 360, Rhino, or similar), a draft schedule with milestones, and any assumptions that drive your cost and timeline. If you have prior work in climate-tech devices, smart agriculture, or biomimetic structures, feel free to reference it briefly inside the proposal itself.
Deliverables I need to see at the end of the engagement:
• Full 3D model and engineering drawings (STEP/IGES + native files)
• Bill of materials with sourcing notes suitable for a prototype batch
• Integration guide showing where sensors, micro-controllers and power systems will reside
• A short validation memo addressing durability in sand-laden winds and heat extremes
I will review proposals primarily on the clarity and feasibility of the design path you set out, so spend time making the document concrete rather than long. Excited to see how you’ll give this climate-positive concept a tangible form.