Developing Human Capital

Years ago, the National Governor’s Association made the statement that “the driving force behind the 21stcentury economy is knowledge, and developing human capital is the best way to ensure prosperity.” This is a statement that held true then and still holds true today.

While personal prosperity may include an element of luck, it is mainly influenced by our incomes and our jobs. After years of high unemployment levels, the job market is finally improving — but it is also changing. It has been reported that between now and 2020, 35 percent of the job openings will require at least a bachelor’s degree and 30 percent will require some college or an associate’s degree. An area of growth will be in STEM related jobs — computer systems analysts, systems software developers, medical scientists and biomedical engineers. There is no question that to fill the jobs in these fields we need a highly qualified workforce… and access to a quality education.

In K-12, the keyword is not so much “access,” as it “quality”. Having had the opportunity over the years to visit a number of K-12 schools, it is readily apparent that what is available to some students is not available to all. New schools are being designed with state-of-the-art technology and spaces designed for a STEM education. Unfortunately, of the 98,000+ public K-12 schools, not many of them are new, and even fewer are designed to adequately handle STEM. The truth is, most schools were built during our first push for science education, during the ‘50s and ‘60s — in response to Sputnik being launched.

In regard to higher education, access often comes down to dollars. Many states are still faced with limited resources, and there is fierce competition for the funds that are available. This has resulted in reduced funding for higher education and increases in tuition, creating disparities between those who can afford a college education and those who cannot. Thus the problem — unless access to higher education is increased and extended to larger segments of the American population, our hope of filling the deficit in skilled workers cannot be realized.

Without a plan to provide access to a quality education for all, prosperity will not be in our future.

This article originally appeared in the issue of .

Featured

  • A digital silhouette works at a computer, immersed in a glowing, interconnected world

    How Will AI Transform Learning Space Design?

    For years, higher education has designed learning spaces around technology as a tool for display, capture, collaboration, and connectivity. AI changes that equation.

  • Stanford Online Reveals New Immersive Learning Studio

    Stanford Online recently marked its 30th anniversary with the announcement of a new immersive learning studio, according to a university news release. The studio takes advantage of AI-powered and immersive learning technologies to continue delivering personalized and faculty-led education.

  • Cal Poly Humboldt Starts Construction on Healthcare Education Hub

    California State Polytechnic University, Humboldt in Arcata, Calif., recently announced that work has begun on a renovation project that will turn the Stewart Building into a new Healthcare Education Hub, according to a news release. The university is partnering with Sundt Construction Inc. for construction services.

  • Designing for Every Mind

    Learning environments have the power to shape not just what students know, but who they become. When a school is designed with genuine empathy—for the full range of ways students think, sense, and engage with the world—it becomes more than a building. It becomes a catalyst for growth, confidence, and belonging. That is the animating idea behind neurodiverse design, and it is one that is transforming how more architects and designers are thinking about school design.