Automation has taken many forms in the past century with new technologies being introduced and great innovations being made. Automation was first established in 1913 with the assembly line: “The introduction of the assembly line at Ford Motor Company in 1913 is often cited as one of the first forms of automation” (Dias, 2014). While this type of automation is very different from what we experience today, it is a great example of just how time saving it can be to add automation to a production process. The introduction of the assembly line resulted in Ford cutting the time it takes to produce a car from 12 hours down to only 1.5 hours. Automation has come a long way since then and takes a very different form today. Automation now refers to “machinery that has sensing and control devices that enable it to operate automatically” (Stevenson, 2015, p. 245). It takes many forms and often surrounds us in our everyday lives in things that we have come to take for granted, such as ATMs, automatic faucets, and Redbox dvd rental machines. Just as it did with the Ford Motor Company over a century ago, the use of automation has helped companies make great strides in increasing efficiency and reducing the time that is needed to produce goods. There are many advantages to using automation over human labor. Automation removes the mistakes in production caused by human error, and therefore eliminates the waste and costs associated with these mistakes. One huge advantage automation offers
In Some Lessons from the Assembly Line by Andrew Braaksma, my first interpretation of this article was that the authors main point was that decisions you make today, will affect your future. After rereading and careful analysis, the authors main point has changed. The author is not speaking of what my first interpretation was, but he is stating you cant learn everything in school. As I re-read the article using what I have learn, I see that he is explaining lessons that he has learned outside the classroom. He explains his first person accounts of the differences he has experienced between school and factory life, also giving his readers examples of these lessons learned outside of school.
Production: We will significantly increase automation levels on our products. However, because automation sets limits upon our ability to reposition products with R&D, we will postpone automation for the High End and Size products until they arrive in the Traditional Segment. We will prefer second shift/overtime to capacity expansions.
A motor car for the great multitude a goal for Henry Ford(Schlager 593). In the 1920s, automobiles are rapidly changing the American lifestyle forever because of their affordability and also the development of new assembly technology to lower the cost. Technological innovations of assembly begin to expand and advance for the better throughout the 1920s, which impacts Americans and the people of the world today. Henry Ford, a bold figure during the 1920s, owner of Ford automobiles. His ideas and innovation like the assembly line forever changes the automobile and the way goods are produce. Although there are many technological advancement during the 1920s, the assembly line designed by
During reassessment for article "Some Lessons From the Assembly Line" by Andrew Braaksma (2005), I concluded similar notations, and judgements. What I developed from the material is that life has moments of bliss, nativity, and hardships. This was related by sharing experience spent at a summer job at an assembly line, clocking hours, and followed going back to college life after their time at the summer job. Also, Mr. Braaksma, expressed that college life was lenient in contrast to the summer position, emphasizing on a lack of security, complacency causes injury, and an education is valued. However, individuals tend to lack in society, within school, and even the valued education will show within the production of work. In turn, also causing a lack of security, complacency, and a worthless education. With that, an education need to be valued, and developed throughout to ensure continued success.
In Andrew Braaksma 's essay “Some Lessons from the Assembly Line,” he tells his personal insights, lessons learned and experiences, while he works a temporary summer job in a factory located near his hometown during college summer break. Braaksma describes his deep appreciation for receiving his education as he attended college and seeing what his life may have been like working a blue collar job in a factory if he did not go to college. As the majority of college students, Braaksma works during the summer to pay for his college books, beer as well as to reduce his summer housing expenses. More importantly, Braaksma chooses to move home and work at the local factory while his classmates are busy working in food service or at a local retail store. Obtaining a higher education will take him far in life without the threat or possibility of having to work a blue collar job in a factory.
Could you make it in the grind of the assembly line in the blue-collar world? In reading Braaksma's "Some Lessons From The Assembly Line", the main idea is how important college education is, which is conveyed in a number of different ways. The author looks at the experience they had at assembling line job on their summer break and how awful it was. Comparing it to the easy-going lifestyle as a college student. The article’s main claim of education being an important avenue to take is an important lesson to be taken seriously because of the author’s negative view of the assembly line, positive view of being at school, and the value the author holds in education.
In the article “Some Lessons From The Assembly Line” by Andrew Braaksma (2005), the author is expressing his experiences of working in a blue-collar job during the summer while going to college, with the goal of encouraging people and students to value higher education. The author realizes that blue-collar work has its disadvantages and that higher education is important, as he states,
The article "Some Lessons from the Assembly Line" by Andrew Braaksma, gives you ride a through the life of a blue-collar worker and the importance of investing in yourself with a college degree. The author discusses how spending summers working as a blue-collar worker at a factory in his hometown, makes him appreciate the opportunity to attend college. The author explains what his life would be like had he not decided to obtain a college degree and add value to his life. I can relate to the author from my own personal experiences with my job and learning how valuable a college education could be. I have missed several opportunities to advance and move up with my company because I didn't have a degree. Now that I’m in school I can also
In reading Braaksma's "Some Lessons From The Assembly Line" there are some great takeaways from the writing. The main idea is how important college education is, which is conveyed in a number of different ways. The author looks at the experience they had at assembling line job on their summer break and how awful it was. Comparing it to the easy-going lifestyle as a college student. We will look at these points and break down to see if there is something to be learned from the author's experience.
When I revisited “Some Lessons from the Assembly Line”, the author 's goal has changed for me. It has expanded and became broader. Because I see now that the author is trying to show the readers, the lessons he learned while working his summers away on the factory floor.Adjacent to that propose the author wanted to show the readers the different ways he learned the lessons, which made him appreciate his opportunity to go to college. My evidence for this is when the author refers to, “These lessons I am learning, however valuable, are always tinged with a sense of guilt." "At times, I feel almost voyeuristic, like a tourist dropping in where other people make their livelihoods. My lessons about education are learned at the expense of those
The title of the article is "Some Lessons From The Assembly Line" by Andrew Braaksma. After reading the article it made me realize how important it is to have an education and how fortunate I am to be able to have one. It makes me want to stay in college because I see how it is a struggle for some people today to find a job with decent pay. Braaksma's goal for writing this article was to teach his audience about the value of education. He discussed the value of his work experiences. He also mentioned that the most stressful thing about working in a factory is knowing that your job could disappear overnight. Braaksma experienced this himself when one of his co-workers had told him that the unit they were working in would be shut down within the next six months and moved to Mexico, where people would work for lower pay. Braaksma makes an effective argument about the benefits of receiving a college education by using personal anecdotes and imagery.
Objective performance shows a clear advantage in high & routine automation. In figure 2 and figure 3, both task efficiency and task accuracy are significantly better in high & routine automation than other automation. In figure 2, average task efficiency performances in both low and high level at failed automation are maintained at similar levels (mean @ low =, mean @ high = ). The similar performance patterns are shown in the figure 3. Both failed and routine automation supports task accuracy performance (the change rate of task accuracy >1). While task performances of high & routine automation are easily predictable in both task efficiency and task accuracy, the performances of failed
Degrees of automation are of two types, Full automation and Semi automation. In semi mechanization a mix of manual exertion and mechanical power is required while in full automation human participation is extremely unimportant.
In fact, automation is one of the priorities of any manufacturing company today to increase their production and capacity, given that the workers are getting more expensive these days as compared to most of the equipments that the businesses require.
Automation is the use of various control systems for operating equipment such as machinery, processes in factories,boilers and heat treating ovens,switching on telephone networks,steering and stabilization of ships,aircraft and other applications with minimal or reduced human intervention. Automation has been achieved by various means including mechanical, hydraulic, pneumatic,electrical,electronic devicesand computers , usually in combination .