Question

some engineering problems involve designing a process or system rather than designing an object. the assembly line is an example of a system that has become an important manufacturing system. in an automotive assembly line, a cars frame moves on an automated belt system. as the cars or their parts move by, each worker along the line performs a specific task. at the end of the assembly line, there is a finished car. the assembly line is a process designed to solve an engineering problem—making many similar or identical objects as efficiently as possible. assembly lines are used to produce many things, such as clothing, tools, food, and vehicles. engineers whose job it is to optimize industrial systems are called systems engineers. process and system optimization engineered systems are designed to solve a well - defined problem. although assembly line systems were used during the industrial revolution to speed up the manufacturing process, they were not optimized until the early 20th century to include the types of processes that are used today. henry ford and his team designed the first modern assembly line to produce large numbers of cars. each major car part was produced on a separate line. then a final line assembled the vehicle. every worker carried out a specific task. the time needed to build a single car dropped from 12 hours to about 90 minutes. optimizing assembly lines allowed fords main factory to increase production from fewer than 20,000 cars a year to more than a million cars per year in just 10 years. ford was able to reduce the price of his cars by reducing the time, cost, and number of people it took to build them. the assembly line has changed through continual optimization. today, assembly lines are often made up of rows of robots doing repetitive tasks for long periods of time instead of rows of human workers doing the same thing. 8. the assembly line has changed over time. how is the optimization of engineered processes similar to the optimization of engineered products?

Explanation:

Both aim to improve performance. For engineered processes like assembly - lines, it's about efficiency in production steps. For engineered products, it's about enhancing features, functionality, or quality. In both cases, optimization reduces costs (time, resources) and increases value (productivity for processes, utility for products).

Answer:

Both the optimization of engineered processes and engineered products aim to improve performance, reduce costs, and increase value. Engineered processes are optimized for efficiency in production steps, while engineered products are optimized for enhanced features, functionality, or quality.