September 28th, 2018
Total Cost Minimization
The world today is a very technologically advanced planet. From laptops getting smaller and their processors getting faster to automobiles soon to turn completely electric. All these innovations are made possible by engineers. However, engineers are also the reason why these expensive products have only decreased in price while the technology has been improving. The decrease in price is because engineers help companies find ways to achieve total cost minimization even in high cost economies. Engineers help these companies by designing production methods that increase efficiency. The most common method is the practice of assembly lines, which was designed by a man named Henry Ford in 1913 (history.com) and is widely known as the greatest technological advancement of the twentieth century.
Total cost minimization is very important to engineers in high cost economies because over the last century, all aspects of manufacturing have drastically increased in price. From labour, rent, insurance and other factors. The prices of labour in todays society have sky rocketed with the minimum wage in Canada currently at fourteen dollars per hour. Due to this, the risk of many products increasing in price is at large. The price of transporting products from factories to stores has also increased in price due to the cost of petroleum growing. However, engineers are the only people that can help these companies operating in high cost economies. This is because engineers can help design and manufacture systems and machines to help companies keep their operating costs down. The way engineers do this is using conveyor belts with workers placed at strategic locations along the line. This practice is called the assembly line. Engineers also design automated machines to do the same work as humans, but in a fraction of the time.
There are a few different types of assembly line systems engineers use to help companies achieve total cost minimization in high cost economies. According to the website INC.com these methods are called “Modular, Cell, Team and U-shape assembly lines.” The modular assembly line uses two parallel assembly lines that manufacture two different types of products and when those products are finished they are placed on one final assembly line, in which they are assembled onto a product. A common use for the modular assembly line is in the production of automobiles. The cell assembly line uses machines that can perform multiple tasks, while just one operator is using the machine. A common use for the cell machine is that it can weld, handle materials and even assemble products. The use of the machine cuts operating time and costs down and is commonly used in the manufacturing of parts for machines, due to the number of welds and small bolts that need to be tightened at specific torques. The team production method of the assembly line is when workers are together in teams along a parallel assembly line and perform the same repetitive tasks over and over. The team production is commonly used when installing simple doors on cars or factory emblems on vehicle rims. Finally, the U-shape assembly line is commonly used when manufacturing difficult products, this is because the method behind the U-shape is that the workers manufacturing the products can communicate easily about the speed and any common issues they encounter during the manufacturing process.
Total cost minimization is important for engineers of todays society because in these high cost economies, the manufacturing process can be much too expensive. However, since engineers are improving the ways production can happen and answering the call to society’s ever-increasing economy price, the people of society can still have the access to the quantity of goods for the same price due to the efficient practice’s engineers are implementing in the manufacturing of the products society needs.
Henry Ford used manufacturing engineering to reduce the total costs of automobiles by implementing the practice of the assembly line to manufacture the Ford Model T in his automotive factories in 1913 (history.com). In the late 1800’s and early 1900’s the Ford Model T and automobiles alike had a price tag of about $825 (anythingaboutcars.com). That price may not sound like much today but to put things in perspective the average person in the early 1900’s made about only “$2.19 per day” (Wiley.com). So, the cost of driving was simply out of the question for most Americans. The high cost to purchase a car at the time was directly related to the practice of auto manufacturing being a very time consuming and labour-intensive task, this was due to many inefficiencies in the production process. However, Henry Ford changed the lives for Americans and people all over the world who thought they would never be able to afford a car and innovating the way vehicles could be assembled. Ford implemented conveyor belts into his factories. The purpose of the conveyor belts was to bring the parts that had to be assembled directly to the workers. This was an alternative to the workers leaving their station to get parts and tools, therefore there was no reason for any worker to leave their assigned position. Ford also believed that repetition was the key to an efficient manufacturing plant; each worker performed the same task over and over day in and day out. This work was so repetitive that it proved to not need skilled workers anymore. The practice of using the conveyor belt along an assembly line proved to be so efficient that according to Wiley.com Ford could produce “260,720 cars with 13,000 workers, compared to other companies which took 66,350 workers to produce onl6 286,770 cars in 1914.” Henry Ford kept innovating his assembly line by incorporating new tools and systems to continue decreasing the amount of people it took to assemble cars, while increasing production. Production was so efficient that according to the website anythingaboutcars.com “new model T’s were coming off the line at the rate of one car every 24 seconds.” While the Ford company could produce the Model T every 24 seconds, the price of the automobile plummeted to just $290 (history.com) making it affordable to just about anyone in society at that time and changing the way products could be manufactured forever.
The Model T was obviously a massive success for Henry and his company; the model T made Ford a substantial amount of money turning him into a billionaire. The Model T was the best-selling car in history at that time and still is today having produced over fifteen million cars in the eighteen years of its production life (history.com) turning Henry Ford into the first American billionaire. The car was such a success Ford did not even think of changing how it was produced or how it operated for its whole production life. However, in the mid 1920’s other auto makers in the industry started implementing the same production practice as the Ford Motor Company using the assembly line method and were making these cars more technologically advanced then the Ford Model T at the time, within the same price range. Due to these factors Henry Ford stopped production of the Model T and began to redesign the Model A for six months before sales started of the new and improved Model A.
The assembly line is the most significant technological innovation of the twentieth century, with the increasing price in most economies around the world. The cost of production is set to rise, due to the increase in economies, the price of labour, materials and location costs. Due to the increase in the cost of production, the price in which consumers purchase these products will increase as well. If prices go too high, consumers will not be able to to afford everyday essentials or extra luxuries. This problem can have a direct effect on the companies and people of society because companies will not be able to produce the consumer demands for these products. The assembly line allows companies to produce large amount of quantities at a faster rate, using less human labour therefore decreasing the overall price of the product. Due to the increase in human labour in the past few years, companies have had to rely heavily on the use of robotic technologies. The robotic technologies allow for better accuracy than humans due to the natural occurrence of human error. Also, the robots/machines can be programmed to work when companies want, and don’t require wages and labour laws do not apply for machines. Therefore, if a company automates most of their production methods they can produce products cheaper making the amount they sell for in store significantly less. The assembly line is very important to society today because with the current population growing, we need access to large quantities of products at reasonable prices. If this were not the case, poverty would be an even larger problem then it currently is in todays society because most people will not be able to afford to support their families if products were exponentially increasing.
However, a problem most people in the twentieth century society have with factories turning to automated production methods is the decrease in jobs due to the machines being able to produce much more than humans could produce, with greater accuracy. Though, the total opposite is the outcome of automation. This is because the machines require maintenance teams to ensure they run efficiently without the risk of a breakdown which would stop or reduce production. This means skilled technicians are needed to look after the machines which requires a certification, leading to better pay and benefits. In todays society there is no shortage of work for factory machine technicians. As well, people with technician certifications are much more employable in todays every growing society that requires some sort of education to get a good stable job, ensuring a better life for their families giving them more opportunities. The rise in pay and increase in opportunity is all thanks to the innovation of the assembly line, making it the most significant technological advancement of the twentieth century.
In conclusion, the invention and innovation of the assembly line has changed the lives of society forever. Without the implementation of the assembly line it is not for sure cars would have become so popular. As well, without the use of automation in todays expensive society there would not be enough quantity of products for the prices they can be purchased for. With the cost in economies worldwide set to increase in the coming years, the use and innovation of assembly lines will prove crucial to society having access to products in the needed quantity and desired price, achieving total cost minimization.