flexiblefullpage
billboard
interstitial1
catfish1
Currently Reading

Is STEM running out of steam?

Education Facilities

Is STEM running out of steam?

Has STEM, which the business community urged school districts to embrace, been oversold as a career path?


By John Caulfield, Senior Editor | August 13, 2018

A study by Junior Achievement USA and Ernst & Young inferred that the dearth of mentors could be why teenage boys are losing interest STEM careers. Junior Achievement USA

In 2011, the Commerce Department’s Economics and Statistics Administration, using Bureau of Labor Statistics employment projections, predicted that STEM-related occupations would expand by 17% from 2008 through 2018, compared to 9.8% growth for all non-STEM jobs during that same period.

Educators certainly bought into that projection, based on the increasing number of school districts across America whose high schools now offer STEM and STEAM courses or have built separate academies for these disciplines.

But has STEM, which the business community urged school districts to embrace, been oversold as a career path? Education Week magazine asked that very question in May 2018, and concluded, based on its own reporting and research, that while the government’s forecasting was basically on target, its inference that there’s this expanding pipeline of primed high school students itching to pursue STEM as a college major or career choice is “more nuanced” than the Commerce Dept.’s prognostications might suggest.

Around the same time that EdWeek published its findings, Junior Achievement USA and Ernst & Young released the results of a survey of 1,000 13- to 17-year-old students, conducted online in late February and early March, which uncovered a notable drop off—to 24%, from 37% in 2017—in the number of boys who said they wanted a STEM career. Girls’ interest in STEM remained unchanged, at 11%.

Ed Grocholski, Junior Achievement’s Senior Vice President-Brands, wasn’t completely surprised by the survey’s results, which he attributes, in part, to a lack of exposure that students have to STEM-related employees and fields. Conversely, the number of teens interested in medical or dental careers increased to 19% from 15%, with girls more likely to choose that path.

“Those professions are tangible to teens, and are something they can relate to, because they’ve either gone to a doctor or dentist, or have seen them on TV,” says Grocholski. He adds that teens are interested in professions they think will help people, like education, public service, law enforcement,
and the military.

Junior Achievement has been trying to fill the mentoring gap with volunteers who serve as role models. But he admits that such efforts “sometimes forget about the inspiration part.”

The takeaway for AEC firms, he says, is to get more involved in talking about their industry to youngsters, because “outside of TV, kids aren’t paying attention, even though a lot of STEM might actually coincide with their interests.”

Related Stories

Education Facilities | Sep 14, 2015

Gehry unveils plan for Children's Institute, Inc. campus in LA

The new facility, which will have rooms for counseling, afterschool activities, and youth programs, will allow CII to expand its services to 5,000 local children and families.

Education Facilities | Sep 2, 2015

Mock neighborhood simulates ‘real’ driving conditions for automated vehicles

The University of Michigan’s Mcity is a public-private partnership interested in overcoming unpredictable obstacles to driverless travel.

Mixed-Use | Aug 26, 2015

Innovation districts + tech clusters: How the ‘open innovation’ era is revitalizing urban cores

In the race for highly coveted tech companies and startups, cities, institutions, and developers are teaming to form innovation hot pockets.

University Buildings | Aug 13, 2015

Best of Education Design: 9 projects named AIA Education Facility Design Award winners

Georgia Tech's Clough Commons, Boston's Berklee Tower, and seven other facilities were honored for aiding learning and demonstrating excellent architectural design.

Giants 400 | Aug 7, 2015

K-12 SCHOOL SECTOR GIANTS: To succeed, school design must replicate real-world environments

Whether new or reconstructed, schools must meet new demands that emanate from the real world and rapidly adapt to different instructional and learning modes, according to BD+C's 2015 Giants 300 report.

Giants 400 | Aug 7, 2015

UNIVERSITY SECTOR GIANTS: Collaboration, creativity, technology—hallmarks of today’s campus facilities

At a time when competition for the cream of the student/faculty crop is intensifying, colleges and universities must recognize that students and parents are coming to expect an education environment that foments collaboration, according to BD+C's 2015 Giants 300 report.

University Buildings | Jul 28, 2015

OMA designs terraced sports center for UK's Brighton College

Designs for what will be the biggest construction project in the school’s 170-year history feature a rectangular building at the edge of the school’s playing field. A running track is planned for the building’s roof, while sports facilities will be kept underneath.

University Buildings | Jul 21, 2015

Maker spaces: Designing places to test, break, and rebuild

Gensler's Kenneth Fisher and Keller Roughton highlight recent maker space projects at MIT and the University of Nebraska that provide just the right mix of equipment, tools, spaces, and disciplines to spark innovation. 

Education Facilities | Jul 14, 2015

Chile selects architects for Subantarctic research center

Promoting ecological tourism is one of this facility’s goals

Museums | Jun 28, 2015

Manhattan's New Museum debuts first museum-led incubator space

Part studio, part shared workplace, part lab, and part professional development program, NEW INC connects design with technology, the arts with the market, students with seasoned practitioners, and the museum with the world.

boombox1
boombox2
native1

More In Category



K-12 Schools

Designing for dyslexia: How architecture can address neurodiversity in K-12 schools

Architects play a critical role in designing school environments that support students with learning differences, particularly dyslexia, by enhancing social and emotional competence and physical comfort. Effective design principles not only benefit students with dyslexia but also improve the learning experience for all students and faculty. This article explores how key design strategies at the campus, classroom, and individual levels can foster confidence, comfort, and resilience, thereby optimizing educational outcomes for students with dyslexia and other learning differences.


Curtain Wall

7 steps to investigating curtain wall leaks

It is common for significant curtain wall leakage to involve multiple variables. Therefore, a comprehensive multi-faceted investigation is required to determine the origin of leakage, according to building enclosure consultants Richard Aeck and John A. Rudisill with Rimkus. 

halfpage1

Most Popular Content

  1. 2021 Giants 400 Report
  2. Top 150 Architecture Firms for 2019
  3. 13 projects that represent the future of affordable housing
  4. Sagrada Familia completion date pushed back due to coronavirus
  5. Top 160 Architecture Firms 2021