K–12 STEM educators are expected to inform STEM
learning and encourage pursuit of future STEM education
and careers. However, Newman et al. (2011) identified that
less than 9 % of undergraduate university students with
disabilities reported majors in engineering and only 6 %
reported majors in either science or computer-related
areas. Resultant of global discovery and development, the
effectiveness of STEM education is important for national
wealth and welfare in the future (President’s Council of
Advisors on Science and Technology (US) 2010). STEM
education helps prepare citizens to make informed decisions
and adapt to life and work in an increasingly technological
world. However, students with disabilities and LEP
often have systemic barriers to engagement (Newman et
al. 2011) and are consequently less likely to pursue STEM
majors or careers. Although there is a growing job market
in STEM-related areas, for undetermined reasons, these
groups of students are less likely to participate. Posteducational
career prospects for these students can be
enhanced through accessible and meaningful STEM education
opportunities. Student STEM educational experiences
in secondary education influence pursuit of STEM-related
careers (Yu et al. 2012). Equitable access to these experiences
would prospectively encourage these traditionally
underrepresented students (students with disabilities and
students with LEP) to choose STEM majors and, subsequently,
future careers.