Despite recent progress, women are significantly outnumbered in technology, comprising only 30 percent of the workforce worldwide. It's up to society, governments, and technology companies to close the gap. Improving internet access, education, and career opportunities for women could help.
Berkeley Initiative for Transparency in the Social Sciences
By working together, the Culture of Health and Open Science movements could increase their potential to accelerate the use of scientific evidence to address impediments to population health and collective well-being.
The Girl Scouts will start offering 18 cybersecurity badges next year. In addition to exposing girls to cyber concepts and challenges, this could encourage them to pursue cybersecurity or other STEM careers in which women are underrepresented.
Teacher shortages could be a real threat in Cambridgeshire, unless larger numbers of secondary school teachers are attracted and retained. There are simply too few new teachers replacing those who retire, with this gap being even more pronounced in STEM subjects.
The STEM economy will grow by 17 percent through 2018, with expected job vacancies totaling 2.4 million. Middle-skill STEM jobs—such as computer support specialists, web developers, and engineering technicians—are in the highest demand.
Young children can understand concepts in science, technology, engineering, and mathematics (STEM), and early development of STEM skills seems to support learning later in life. But an effective teaching system is needed before STEM learning can be fully integrated into early childhood education.
RAND will provide research and analysis for a multiyear, multimillion-dollar investment by Chevron in science, technology, engineering, and mathematics (STEM) K-12 education and energy-sector workforce development training in the Appalachia region.
Major Silicon Valley tech firms have released statistics indicating their workforces are largely made up of white men. Corporate America is on the receiving end of a complex chain of social and educational factors that continue to leave minorities behind in terms of college graduation, and both minorities and women behind in terms of STEM degrees.
With all the evidence demonstrating the importance of STEM education for success in the 21st century, well-intentioned policymakers may be tempted to indiscriminately promote all STEM curricula, across all levels of education. But unpacking what STEM really means reveals the need for a more nuanced approach.
There is no doubting the viability of STEM skills in the 21st century job market and the long-term benefits of going to college. But the P-TECH program could be promising for two reasons that have nothing to do with technology.