SolidWorks v2021 revisions on custom enclosure -- 2
Budget: $30 – $250 USD
You must have access to SolidWorks v2021 in order to work on this project. This is a fixed-price project with an expected total task duration of 1 hours, and a price of $30 (based on a rate of $30/hr). I expect this simple project to be completed within five days after it is awarded.
I own the 100% of the rights to the CAD you create under this contract. You will need to sign a simple non-disclosure agreement (NDA) and return it to me signed via email or by FAX at +1-866-443-1013. The full SolidWorks v2021 model with file named 'small enclosure v1.1.4.SLDPRT' will be provided after you have been awarded the project, and the signed NDA has been received.
I am looking for someone to occasionally (1 to 3 hours per week) work on updating an existing IoT enclosure design created in SolidWorks v2021 that is 3D printed for IoT / mechatronic projects. ALL CAD CREATED BY YOU MUST BE IN SOLIDWORKS V2021. The enclosure consists of six removable flat panels, and each can accept a custom IoT component such as a display, switch, etc. I will provide sketches with required dimensions and layout, you create the new panel options in the SolidWorks model.
This initial fixed-price project consists of of two tasks. Task #1 requires you to open the the provided SolidWorks v2021 model (.sldprt) that contains all of the various panels and identify them by some reference from within the SolidWorks model, and map them to the images I have provided (creating a written list). If I don't have an image for the layer/panel, then provide an isometric image of the file with the filename consistent with whatever label is in the model, and save as a .png file, and add it to your mapping list. This task is complete when I have a written list of the "mapping" between all of the layer / part references in the file, and a single isometric .png image for each.
Task #2 consists of creating a new top panel from the existing featureless top panel. See attachment 'TOP PLATE GP50 sim.png'. Create a copy of the no-feature top plate in the model, add the two holes as shown in the sketch 'TOP PLATE GP50 sim.png', and then differentiate the new part some how in the model (new layer?), identify it, and save an isometric image of the part to a .png image file. Export that part only to a STL file named 'TOP PLATE GP50 sim.STL'. Save the revised model along with all prior parts and this new part as 'small enclosure v1.1.5.SLDPRT'. Additionally, export the full model to a file type '.x_t(parasolid). The project is complete when I have the .png file, the .STL file, the updated .SLDPRT file, and the .x_t(parasolid) file.
I will provide a shared DropBox URL for you to upload the files to (you won't need DropBox subscription, it can be done for free from any internet browser).
I own the 100% of the rights to the CAD you create under this contract. You will need to sign a simple non-disclosure agreement (NDA) and return it to me signed via email or by FAX at +1-866-443-1013. The full SolidWorks v2021 model with file named 'small enclosure v1.1.4.SLDPRT' will be provided after you have been awarded the project, and the signed NDA has been received.
I am looking for someone to occasionally (1 to 3 hours per week) work on updating an existing IoT enclosure design created in SolidWorks v2021 that is 3D printed for IoT / mechatronic projects. ALL CAD CREATED BY YOU MUST BE IN SOLIDWORKS V2021. The enclosure consists of six removable flat panels, and each can accept a custom IoT component such as a display, switch, etc. I will provide sketches with required dimensions and layout, you create the new panel options in the SolidWorks model.
This initial fixed-price project consists of of two tasks. Task #1 requires you to open the the provided SolidWorks v2021 model (.sldprt) that contains all of the various panels and identify them by some reference from within the SolidWorks model, and map them to the images I have provided (creating a written list). If I don't have an image for the layer/panel, then provide an isometric image of the file with the filename consistent with whatever label is in the model, and save as a .png file, and add it to your mapping list. This task is complete when I have a written list of the "mapping" between all of the layer / part references in the file, and a single isometric .png image for each.
Task #2 consists of creating a new top panel from the existing featureless top panel. See attachment 'TOP PLATE GP50 sim.png'. Create a copy of the no-feature top plate in the model, add the two holes as shown in the sketch 'TOP PLATE GP50 sim.png', and then differentiate the new part some how in the model (new layer?), identify it, and save an isometric image of the part to a .png image file. Export that part only to a STL file named 'TOP PLATE GP50 sim.STL'. Save the revised model along with all prior parts and this new part as 'small enclosure v1.1.5.SLDPRT'. Additionally, export the full model to a file type '.x_t(parasolid). The project is complete when I have the .png file, the .STL file, the updated .SLDPRT file, and the .x_t(parasolid) file.
I will provide a shared DropBox URL for you to upload the files to (you won't need DropBox subscription, it can be done for free from any internet browser).