Bureau of Labor Statistics

From prototype to production: Careers that bring ideas into being

| November 2018

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Consider the work that goes into making the products you see every day. What is the process for developing and manufacturing them? Which occupations are involved? What are their wages and outlook?

For nearly all manufactured goods, workers in different occupations collaborate to develop an idea into a product. Take automobiles, for example: The combined efforts of workers such as designers, engineers, and assemblers result in the production of new and different cars each year.

Assembler inspecting car body.

According to the U.S. Bureau of Labor Statistics (BLS), the 2017 median annual wages for the occupations mentioned in this article were higher than $37,690, the median wage for all occupations. In addition, BLS projects thousands of openings annually from 2016 to 2026 in these occupations, primarily because of the need to replace existing workers who retire or leave the occupations permanently for other reasons.

Keep reading to learn more about some of the occupations involved in the manufacturing process, from creating a prototype (a kind of preliminary model) to making a product. We’ll highlight these occupations using automobiles as an example, although the data shown are for workers in all industries.

Creating the prototype

Every manufactured product begins as an idea. Industrial designers develop ideas into designs by creating digital images. Mechanical engineers and electrical engineers analyze these designs to determine how to build them into prototypes.

In our automobile manufacturing example, graphic designers create the look of a car’s interactive menus and improve their usability, such as determining what is on the main and subsequent screens. Systems software developers program how data from sensors, such as those that measure fuel temperature and engine speed, are used by the engine computer to make a car more fuel efficient. The product development team repeats the process of creating and reviewing prototypes until it arrives at a final design.

The occupations shown in table 1 accounted for 1.2 million jobs in 2016. More than a quarter of these jobs were in the manufacturing industry.

Table 1.

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Table 1. Selected occupations involved in prototyping

Employment, 2016; occupational openings, projected 2016–26 annual average; median annual wages, 2017; and education typically required for entry

Occupation Employment, 2016 Occupational openings, projected 2016–26 annual average Median annual wage, 2017 (1) Typical entry-level education (2)

Software developers, systems software

425,000 32,900 $107,600 Bachelor's degree

Graphic designers

266,300 26,000 48,700 Bachelor's degree

Mechanical engineers

288,800 21,200 85,880 Bachelor's degree

Electrical engineers

188,300 13,900 95,060 Bachelor's degree

Industrial designers (3)

39,700 3,900 65,970 Bachelor's degree
Footnotes:

Note: Data shown are for all industries. More than a quarter of the jobs in these occupations were in manufacturing.

(1) Wage data exclude self-employed workers.

(2) None of these occupations typically requires work experience in a related occupation for entry or on-the-job training to obtain competency.

(3) Includes commercial designers.

Source: U.S. Bureau of Labor Statistics.

Combined, the occupations in table 1 are projected to have nearly 98,000 openings each year, on average, from 2016 to 2026. These projected openings are for occupations in all industries.

You typically need a bachelor’s degree to enter these occupations. In addition, you may need specific skills that vary by occupation. For example, industrial and graphic designers should be able to express design ideas visually.

Making the product

Although products may be manufactured in small quantities, large-scale production is often more cost efficient. Cars, for example, are produced in large quantities and are standardized on an assembly line. Industrial engineers make decisions about the production process, such as the method or sequence of assembly, which is largely mechanized. Metal and plastic machine workers operate computer-controlled equipment or robots to perform tasks on the materials used in assembly.

The different parts and components are then put together by assemblers in sequence on the assembly line. Electricians and industrial machinery mechanics maintain and repair the conveyors, robots, and other equipment essential to production.    

The occupations shown in table 2 accounted for about 2.5 million jobs in 2016. More than half of these jobs were in manufacturing.

Table 2.

View Chart Data

Table 2. Selected occupations involved in production

Employment, 2016; occupational openings, projected 2016-26 annual average; median annual wages, 2017; and typical education and training

Occupation Employment, 2016 Occupational openings, projected 2016–26 annual average Median annual wage, 2017 (1) Typical entry-level education (2) On-the-job training typically required to attain competency

Team assemblers

1,130,900 107,400 N/A High school diploma or equivalent Moderate-term on-the-job training

Electricians

666,900 82,000 $54,110 High school diploma or equivalent Apprenticeship

Computer-controlled machine tool operators, metal and plastic

145,700 14,500 39,230 High school diploma or equivalent Moderate-term on-the-job training

Industrial machinery mechanics

346,900 33,000 51,360 High school diploma or equivalent Long-term on-the-job training

Industrial engineers

257,900 19,700 85,880 Bachelor's degree None
Footnotes:

Note: Data shown are for all industries. More than half of the jobs in these occupations were in manufacturing.

(1) Wage data exclude self-employed workers. Data are unavailable for values denoted with "N/A."

(2) None of these occupations typically requires work experience in a related occupation for entry.

Source: U.S. Bureau of Labor Statistics.

From 2016 to 2026, these occupations as a whole are projected to have about 256,600 openings annually, on average. As mentioned previously, projected openings are calculated for occupations in all industries.

Of the occupations in table 2, assemblers is the one projected to have the most openings from 2016 to 2026. Even though employment in the occupation is projected to decline, there will be a need to replace workers who are leaving the occupation.

Industrial engineers is the only occupation in table 2 that typically requires workers to have a bachelor’s degree at the entry level. The other occupations usually require that workers have a high school diploma and on-the-job training, which may include an apprenticeship. And most states require that electricians be licensed.

For more information

BLS collects employment and wage data and provides employment projections for more than 800 occupations in over 300 industries. Learn more about the occupations in this article—and hundreds of others—in the Occupational Outlook Handbook (OOH). The OOH describes what workers do, what their job outlook is, what their typical entry-level education and training requirements are, and more.

Industries at a Glance snapshots provide more than 100 industry pages of data and information gathered from BLS programs and surveys. The manufacturing sector page includes an overview with links to data for 21 subsectors. The automotive industry page has data associated with several aspects of motor vehicles, including production. 

About the Author

Domingo Angeles is an economist in the Office of Occupational Statistics and Employment Projections, BLS. He can be reached at angeles.domingo@bls.gov .

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Suggested citation:

Domingo Angeles, "From prototype to production: Careers that bring ideas into being," Career Outlook, U.S. Bureau of Labor Statistics, November 2018.

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