Design stepped shelve shelf-like greenhouse structure -- 3
Budget: €8 – €30 EUR
==Purpose==
Designing a durable and lightweight stepped shelf-like greenhouse structure for shallow rooted plant farming. The structure units will be arraged in rows on a field.
==Features==
1) Three layers stepped structure. Each layer over shadows a fourth/fifth of the below layer
2) Each layer will have to be netted
3) Ability to open each layer separately
4) Ability to change the soil in each layer
5) Each layer should having its own sprinkling/irrigation system
6) The structure should be light weight but duarable to withstand stoms and all weather conditions. Also, it should be easy to assemble, disasseble and transport
7) Size of each layer; 1m x 5m x 0.7m (l x w x h)
8) I am open to feature fuggestions and recommendations
==Skills and Experience==
1) Project design
2) Build mechanical engineering equipment and machines devices
3) Knowledge of materials for manufacturing equipment, etc.
4) Knowledge of mechanical 3D design software with solidworks in Inventor (FEM, sheet metal, structures), rendering with 3dmax, sketches with autocad.
***The project needs to be completed as soon as possible.
Designing a durable and lightweight stepped shelf-like greenhouse structure for shallow rooted plant farming. The structure units will be arraged in rows on a field.
==Features==
1) Three layers stepped structure. Each layer over shadows a fourth/fifth of the below layer
2) Each layer will have to be netted
3) Ability to open each layer separately
4) Ability to change the soil in each layer
5) Each layer should having its own sprinkling/irrigation system
6) The structure should be light weight but duarable to withstand stoms and all weather conditions. Also, it should be easy to assemble, disasseble and transport
7) Size of each layer; 1m x 5m x 0.7m (l x w x h)
8) I am open to feature fuggestions and recommendations
==Skills and Experience==
1) Project design
2) Build mechanical engineering equipment and machines devices
3) Knowledge of materials for manufacturing equipment, etc.
4) Knowledge of mechanical 3D design software with solidworks in Inventor (FEM, sheet metal, structures), rendering with 3dmax, sketches with autocad.
***The project needs to be completed as soon as possible.