engineeringexperiences to over 20,000 children since 2007 through the Summer Engineering Experience forKids (SEEK) program, which is hosted in cities across the nation. In providing this magnitude ofoutreach, SEEK has developed a model for effectively increasing access to high-quality out-of-school engineering learning opportunities for youth in low-income communities. The aim of thispaper is to 1) provide a detailed overview of the strategies used by NSBE that increase thelikelihood of reaching students from low-income households via SEEK, and 2) examine thechallenges in leading large-scale outreach efforts and lessons learned over time. IntroductionAs science, technology, engineering, and mathematics (STEM) fields
-residentialprograms.We are living in an era where technology drives breakthrough discoveries acrossvarious disciplines. The U.S. Bureau of Labor statistics projects a 20-33% increase inscientific and technical occupations within the coming decade [1]. There is a criticalneed for computationally trained STEM professionals who will fuel the nation’seconomic growth. There is also a need to increase diversity in the STEM pipeline, whichcurrently has a low share of minority and women participation. Reports by thePresident's Council of Advisors on Science and Technology and the U.S. Department ofCommerce, point to the critical importance of recruiting and training additional diverseindividuals for STEM fields [2]. The nation faces a large discrepancy between