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Latis II Underwater Remotely Operated Vehicle Technical Report

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REFLECTIONS<br />

MIKE BERNIER<br />

As team leader/manager I feel that I had some<br />

of the greatest responsibilities of the team. I<br />

learned a lot from pushing myself as a leader<br />

and as an engineer. This was a very timeconsuming<br />

and resolve-testing project that<br />

brought out some of the best and worst in me<br />

as a leader and I applaud my team for taking<br />

both with acceptance and criticism. I can only<br />

hope to take what I have learned over these<br />

past months and apply it to everything I do in<br />

my professional career to come. I would also<br />

like to thank all of our supporters, advisors,<br />

family and friends in their contributions of time<br />

and resources to our project.<br />

RYAN FOLEY<br />

Working on the electronics and programming of<br />

the ROVs was a rewarding experience. After<br />

seeing many control styles through other<br />

robotics competitions, I was thrilled that the<br />

team was able to implement the feed-forward<br />

control arms. Not being limited to a certain set<br />

of allowable parts, as is the case in other<br />

competitions I have been a part of, was a<br />

unique experience. Being able to research,<br />

compare, select, and implement a variety of<br />

parts and systems was good practice for realworld<br />

engineering. Working on the ROV was a<br />

rewarding opportunity to work on a robotics<br />

project that was out of my comfort zone.<br />

19<br />

LATIS <strong>II</strong><br />

TECHNICAL REPORT<br />

PHILIP RIOUX<br />

Learning the process of integrating software<br />

with electrical components, and hardware, has<br />

been my greatest professional accomplishment<br />

of the <strong>Latis</strong> project. Understanding the entire<br />

process allows me to design the hardware with<br />

the software in mind. I am grateful to the MATE<br />

organization for offering me, through the ROV<br />

competition, a venue to grow my understanding<br />

of the design process, as well as develop many<br />

new technical skills that will serve me well in my<br />

career for years to come.<br />

AMELIA STECH<br />

Establishing the first ROV team from the<br />

University of Maine has been rewarding and<br />

challenging. Having no previous experience in<br />

robotics, machining and programming, working<br />

on the <strong>Latis</strong> project expanded my knowledge<br />

tremendously. I focused on the electrical<br />

components of the ROV and was able to gain a<br />

hands-on-experience in what goes on to<br />

communicate with the main components.<br />

Documenting everything that was considered<br />

and done showed to be a helpful task. I am<br />

proud to be a part of one of the hardest<br />

working and dedicated capstone teams which<br />

set a solid foundation for future MATE<br />

Competitions.

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