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The Importance of the Science and Engineering Workforce for Future Growth

Aviram Yaacov (R), computer systems coordinator at Ben Gurion University's security department, uses BriefCam's video synopsis programme at the university in the southern city of Beersheba January 16, 2011. As the world becomes increasingly saturated with closed circuit television (CCTV) cameras, security experts say offenders can easily slip away simply because no one had the time to find the incriminating footage. Israeli company BriefCam hopes to change that with a new computer programme, called video synopsis, that automatically analyzes surveillance video and picks out the relevant act from countless hours of video. REUTERS/Amir Cohen

Scientists and engineers are critical for technological leadership, and therefore essential for U.S. economic strength, national defense, and quality of life. Congressional policy makers are concerned whether the number of science and engineering (S&E) professionals in the U.S. workforce are sufficient to meet the demands of the market.  In February 2014, the Congressional Research Service (CRS) published a report, “The U.S. Science and Engineering Workforce: Recent, Current, and Projected Employment, Wages, and Unemployment,” which offers statistics that illustrate the state of the S&E workforce.

The CRS uses key indicators like employment growth, wage growth, and unemployment rates to gauge workforce shortages. The latest Occupational Employment Statistics available are from 2012.

Science and Engineering Workforce in 2012

In 2012, there were 6.2 million scientists and engineers. The two most popular occupations among S&E are computer workers and engineers.  See below for more details.

Compilation of S&E Occupational Employment, 2012

  

As shown below, those in S&E fields have a higher mean annual wage than those in all other occupations. The median annual wage for all scientists and engineers was $87,330 and the median income for all other occupations was $45,790.

Mean Annual Wages of S&E Occupational Groups and Other Professional Occupations, 2012

Science and Engineering Workforce change from 2008-2012

From 2008 to 2012, aggregate S&E employment rose from 5.8 million to 6.2 million. Despite the Great Recession, S&E employment increased while the overall US employment decreased.

S&E Occupations with the Largest Employment Growth, 2008-2012

Historically, the professional workforce (including S&E occupations) has experienced lower unemployment rates compared to the overall workforce. Below are the unemployment rates for all workers (16 years and older) in addition to select professional occupations from 2008-2012.  

Unemployment Rates for S&E Groups, the Overall Workforce, and Other Selected Professional and Related Occupations, 2008-2012

Future of Science and Engineering Workforce

The Bureau of Labor Statistics (BLS) projects that the number of S&E jobs will grow by 953,200 between 2012 and 2022.

Share of Total Projected S&E Occupational Job Growth, 2012-2022 by S&E Occupational Group

There is still debate as to whether there is a shortage of S&E professionals or if there is inefficiency in job placement- mismatched skills and needs. Regardless of if there is a shortage or not, the United States needs to do more to develop the S&E workforce.

CRS proposes several ways Congress can strengthen the S&E Workplace:

  • increasing the number of students pursing S&E degrees;
  • increasing the number of foreign scientists and engineers admitted to the U.S.
  • increasing the number of underrepresented minorities and women in S&E
  • improving K-12 STEM education; and
  • improving career information and counseling for high school students.

 Source: John F. Sargent Jr.“The U.S. Science and Engineering Workforce: Recent, Current, and Projected Employment, Wages, and Unemployment.” Congressional Research Service. Read the full report here.

To learn more about unemployment, check out Darrell West’s paper, “The Paradox of Worker Shortages at a Time of High Unemployment” where he explores worker shortages in the agriculture, health care, manufacturing, and technology fields.

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