We began a weekly timeline for completion of our product, talked about all the materials and resources we may need, including the use of 3D printing for some of the system's main components, and came to the conclusion that our budget for this project would fall somewhere around $88.94. (Figure 1). The bulk of our money will be going towards watering equipment, which entails non-porous tubing and various pipes. We would likely have to put much more money into constructing the tank and chamber components of our system if we weren't able to 3D print them for free.
Thursday, April 16, 2015
WEEK 1.2: TENTATIVE BUDGET
We met up again on Sunday of Week 1. We discussed how we would structure our design proposal and found ourselves even more motivated to move
forward with this project.
We began a weekly timeline for completion of our product, talked about all the materials and resources we may need, including the use of 3D printing for some of the system's main components, and came to the conclusion that our budget for this project would fall somewhere around $88.94. (Figure 1). The bulk of our money will be going towards watering equipment, which entails non-porous tubing and various pipes. We would likely have to put much more money into constructing the tank and chamber components of our system if we weren't able to 3D print them for free.
We began a weekly timeline for completion of our product, talked about all the materials and resources we may need, including the use of 3D printing for some of the system's main components, and came to the conclusion that our budget for this project would fall somewhere around $88.94. (Figure 1). The bulk of our money will be going towards watering equipment, which entails non-porous tubing and various pipes. We would likely have to put much more money into constructing the tank and chamber components of our system if we weren't able to 3D print them for free.