WEEK 3

This passed Friday April 20th, the team met up in lab as scheduled and worked on building the sea perch, which was handed by instructor that same day.
Since the kit came with the white (control box _ the white thing ) it was advised to follow the M.I.T step by step instructions 

http://seaperch.mit.edu/docs/seaperch-build-october2011.pdf 

but we also looked at 

http://www.seaperch.org/build  

for extra help building the control box.

We started cutting all the PVC pieces into smaller sizes as directed in the manual 

Two pieces – 2 1/2” (6.4 cm) long

Two pieces – 4” (10.2 cm) long

Two pieces – 4 1/2” (11.4 cm) long

Four pieces – 1 1/2” (3.8 cm) long

Four pieces – 5” or (12.7 cm) long

Four pieces – 3/4" long

Next we drilled 1/4" drain holes with a drill bit

When we had everything we assembled the frame of the sea perch that looked like this: 

We also started working on the control box but time did not allow us to finish so we arranged to meet before the next lab to work on that and discuss about the sensors.
We would like to include a camera with a flashlight on the body as well to help us move the sea perch better in deep water. 

The team's goal is to collect data concerning the temperature, pH levels, and the clearity of the river water , and is also researching the different sensors necessary to do so.

WEEK 2

From our point of view, we have decided that we need to concentrate on designing our SeaPerch kit to do the task of following water samples at different levels of depth in the water. To achieve that, we are going to need a depth sensor and we still need to figure out how our submersible robot is going to be able to collect water sample, so we are thinking on how to build a collector that can hold the water in until sea perch is out of water, an option for that is a syringe. Our plan to design and build our robot can be found on the Design Proposal.

WEEK 1

In this blog, we are going to keep everyone updated on a weekly basis on our engineering design project of building a remote operated submersible for water quality testing. In this project, we plan to build and design a SeaPerch kit which is going to be able to do different tasks. However, we need to identify the sensors that are going to be necessary for our SeaPerch to successfully navigate under the water. In addition, we are going to try to design our SeaPerch as simple as possible because we do not want to put to many sensors because we may find it difficult to navigate it under the water. Our group has done research on what kind of sensors we can put on our SeaPerch. We plan to include sensors for measuring the pressure of the water, measuring the depth in the water, or even collecting water samples in different depth levels.