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Rather success will go to those who innovate in the organization,optimization, and customization of the process of getting work done with bots and machines”(Kelly Page.310), therefore, big business will have to worl hard towards collaberating with robots in order to maintain a successful business and for those who are starting out will have to work as hard to become successful in the robot industry.

Hence, in 2012, I was part of the small group of students that founded the first robotics club in school. We constantly challenged each other and enrolled in multiple competitions. In the club´s first three years, we were determined to not surrender and learn from our failures to achieve success. Despite initially struggling to work together, costing us one competition, we learned how to complement each other’s strengths and become Guatemala´s best robotics team, placing in the top 3 in all competitions. In our last competition as a team, we won the Latin American championship in the VEX robotics category.

I was at the time on a robotics team which competed in the First Tech Challenge or FTC in short. I this particular year the competition's theme was bowled over. When I was at the shop I felt that I had the strength and efficiency of ten men. When I was part of the team I learned a countless number of skills such as using heavy machinery and programming in C. I loved using power tools in order to shape materials in any way that I wanted to. Every time that I accomplished a mission or goal Robots inspired me to push myself to the limits when I was

As we began this assignment, we naturally began thinking of all of the possibilities of actions and tasks we could make the robot preform. There were so many possibilities we didnt know where to start. We quickly came to the understanding that, as we did not know basic concepts of how the robot pieces would function, we build the basic design that came with it, and proceeded to amend our robot and our programming as we experimented with different programming inputs. This is why we have two main questions in our concept map, one for ourselves for the project at hand, and one for applications after. We distinguished “How can we use robots to complete simple tasks” and “ how do we design a robot,” because we are separating the design process from its actual use. The way in which we started this project also took us down a rather broad path to encourage further expansion of innovation in regards to both design and usage. We hoped that by creating a template robot, it would lead it open to greater possibilities to enhance the diversified thinking of learners.

I remember stepping through the door into the robotics room, I didn't know what I was getting into and what impact it would have on my life. Robotics became my life for the next 4 years, constantly spending every moment of my free time investing it in robotics. I found my passion; to learn, with a desire to make the team better by passing my knowledge down to them. Robotics taught me countless valuable lessons and skills that shaped my life. Every day I acquired new skills and techniques to improve the robot, exponentially increasing my comprehension of engineering. Learning how to use tools, create mechanisms, and basic fundamentals of engineering; I began to work up the ranks of the team. Starting once as a clueless freshman I earned the

The founders of "FIRST" created a unique compound word "Coopertition" to describe the spirit of their organization and they expected "gracious professionalism" from all participants at their events. "Gracious professionalism" is an ethical principle that creates tremendous camaraderie among the "FIRST" robotics teams and "FIRST" events feel more like family reunions than true competitions. My participation with "FIRST" robotics has taught me how to build robots but more importantly, I have learned the value of teamwork. Each fall, during the hectic robot design and assembly period, everyone must play more than one role to ensure that construction and testing is completed before the competition period begins. Robot building has also taught me patience and perseverance; over a 6 month period, a robot is typically built, tested, disassembled, and re-built no less than 5 times. My robot building experiences have taught me how to handle frustration and accept repeated failures. Over the years, there have been many disappointments and set-backs for our team however last year, I was extremely fortunate to be a member a very talented squad that managed to surpassed our most optimistic dreams; we performed well in the Southern States "Super-Regional" competition and we were selected as one of 24 teams to represent our region in the 2014 multi-national "FIRST World Championship" in St.

Currently, there are jobs that robots can do better than humans, such as weaving and car manufacturing (Kelly 306). Again, when those machines first came to fruition, they eliminated human jobs, but then created jobs. Additionally, there are jobs that humans simply cannot do without robots such as making computer chips (Kelly 306). Looking toward the future, Kelly concludes that if we collaborate with machines and allow them to take over, we will “let them help us dream up new work that matters” (Kelly 312).

Many people get lost in the idea that FIRST is only notable for the building of astonishing robots, but there’s an underlying importance of connecting with others on a personal level. Despite the fact that this is Jeff Boatright’s first year with the program, he is already helping each team member to grow. As he walks past students in the fabrication lab, he’s smiling, and happily engages in conversation with other team members by asking questions such as “how are you doing”, and “what are you guys working on?” As a mentor, Jeff is constantly searching for ways to assist in constructing and designing many components of the robot. During the development of our shooter, not only did he contribute to the building of the robot, but also helped emphasize the significance of building critical thinking and problem-solving skills for each individual.

In conclusion, the two Latino students, Lorenzo Santillan and Christian Argega; built a robot in their goal and became a robotics team. Therefore, their robot was a champion

In an attempt to promote FIRST and innovation into the community, the Metrobots focus on the use of their fabrication lab. In addition to common tools, the Metrobot lab includes a CNC machine and three 3D printers. This broad selection allows the team to produce plastic, aluminum, and wood products which are used to assist the team in promoting FIRST. Additionally, the Metrobots utilize their resources to practice gracious professionalism and collaboration. 3324 offers other teams free manufacturing services and produces awards for off-season robotics events, including the competition annually directed by CORI, or Central Ohio Robotics Initiative. Furthermore, the Metrobots manage several social networking accounts including Twitter, Facebook, Etsy, and Inventables,which allow them to not only partner with FIRST teams, but to reach out to those unaquanited with the program. Through the use of Twitter and Facebook, the team is able to engage viewers with regular updates describing the advancements and achievements of the team whereas Etsy and Inventables serve as outlets to emphasize the ideals of FIRST through showcasing the team's fabricated items.

The PR2’s hardware platform and 1000+ software libraries enable you, as a member of the community, to focus on new capabilities. It combines the mobility to navigate human environments and the dexterity to grasp and manipulate objects in those environment, allows you to concentrate on your specific field, while taking advantage of the work of specialists in other areas.The common platform also lets you easily share your research results in a way that is reproducible.This robot is an open platform, which means you can change the system to meet your needs at any level.The PR2 is designed to be durable so that you can experiment with new ideas and applications here’s some examples: Backdrivable Arms(arms are backdrivable and current controlled so PR2 can manipulate in unstructured environments),Spring Counterbalance(PR2's arms have a passive spring counterbalance system so the arms float even when the power is off), Wrist(The wrist has two continuous degrees of freedom and lots of torque so PR2 can manipulate everyday objects from doors to frying pans),Gripper( grippers can grasp everything from towels to tea cups, and brooms to mops), Mobility(with a telescoping spine and an omnidirectional base that completed a marathon.Open interfaces let you use different grippers, forearms, whole arms or sensors),Power to Go(The 1.3 kWh battery so the system can

Our robot performed well this past weekend and I think we should be all proud that we did not have any on field mechanical problems that effected our play.

Years of robotics has also given me invaluable experience. I am friends with many teams and their members. I can also handle a variety of tasks, such as building, programming, scouting, contacting sponsors, and much more. After being the Programming Head for three years, and Co-Captain for two years, I am able to step up to a leadership position if necessary. Having both programming and mechanical experience can help make the robot more integrated, as I understand how to build and design mechanisms for autonomous objectives. In addition, my understanding of how mechanical

These robots are known as the ICub, and excel at interacting with the human population safely. One of these robots, known as Molly, exists in Bristol, England (Honigsbaum). This small combination of metals, wires, and computer components actually helps the elderly with simple tasks that they would ordinarily need help with. In addition to helping the elderly, the ICub can also help clean the work space of individuals. Simon, an upper-body humanoid, assists in moving a variety of items and cleaning workspaces. This robot was developed at the Georgia Institute of Technology, and statistics state that, “Simon could tell with close to 80% accuracy whether someone was paying attention or ignoring him.” This proves that it is indeed possible to create helpful machines that can also interact with humans through the regulation and extra development of artificial intelligences. All of the activities that the ICub Robots partake in are completely beneficial to the global society and will have a large impact on the culture of the world as a whole. An added plus to the push for technological development is that countries can use these advancements as a way to better the future of their state. These nations can accomplish this through the integration of robotic aids into their school systems. An instance in which this concept is used occurs in the Connecticut school system. Through Project D.I.S.C.O.V.E.R middle school students

Founded in 1925 by John Maclean Sr., who started his own business in locking fasteners, today Maclean-Fogg with various manufacturing facilities, quality assurance methodologies, innovative product and process development techniques and with an annual sale of over $1 billion grown into a global enterprise. It is mainly comprised of 2 businesses i.e., Maclean Power Systems (MPS) and Maclean-Fogg Component Solutions (MFCS). With quality as main priority and with continuous improvement, safety and environmental consciousness as the primary values of the company, it had a great success.