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Robert Noyce Scholarship ProgramAboutThe Robert Noyce Scholarship program, named for the co-inventor of the semiconductor and co-founder of Intel, is a partnership grant from the National Science Foundation for science, engineering, technology, and mathematics (STEM) majors.The program aims to meet the growing local and national need for better-qualified teaching professionals in the STEM fields. The program also seeks to channel these teachers into local districts with high-need students. SPU’s Robert Noyce Scholarship program began in September 2006 as a result of a proposal led by Department of Physics Chair John Lindberg. The program supports SPU students working toward an initial science or math teacher preparation program. Undergraduate students may receive one-year scholarships of up to $10,000, which may be reapplied for and renewed for a second year. Graduate students may be eligible for a one-year maximum stipend of $10,000. Following graduation, Noyce scholars spend two years teaching science or mathematics in Seattle Public Schools (or other high-need districts) for each year they were a Noyce award recipient. A primary objective of SPU’s program is to increase the diversity of the teacher workforce in the Northwest. This diverse pool of candidates, serving in high-need school districts, provides students with role models who are both proficient in the STEM fields and from traditionally underrepresented populations. Want to know more? Find out how to become a Noyce scholar. Which School Districts Qualify as “High Need”?To qualify as “high need” according to the National Science Foundation for the purposes of the Robert Noyce Grant requirements, a school district must meet one of the following criteria:
Do I Have to Teach in Washington?Noyce Scholars are encouraged to teach in Washington state, though it is not required.Download a list of school districts in Washington that meet the high-need standard. (236 KB PDF) |
“There is nothing more rewarding than to experience a student’s
realization of a previously abstract concept — one they never
thought they could understand.”
Leah Safstrom, 2008–09 Noyce Scholar |
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