PI POSTER ABSTRACTS<strong>The</strong> UCR <strong>Noyce</strong> <strong>Scholarship</strong> <strong>Program</strong> builds on innovative precredentialcurricular foundations established at UCR under theauspices of our CalTEACH Science Mathematics Initiative (SMI).UCR’s SMI and <strong>Noyce</strong> <strong>Scholarship</strong> <strong>Program</strong>s together create apathway of teacher preparation that can extend from the freshhalfof the 2010‐11 interns felt comfortable using video basedlearning and video cameras, changes were made to the <strong>2012</strong>internship design to expand this training. <strong>The</strong> 2011‐12 internswere exposed earlier and at a more advance level to video basedlearning and video production and editing procedures with thePI offering a whole day of individualized video shooting in aclassroom for each intern and also supervised editing training inthe media lab. Additional changes were made in the programdesign to increase intern’s ability to understand and developlesson plans.Internships are designed to serve as a recruitment tool for findingnew STEM teachers and as such 47% (2010), 27% (2011) and53% (<strong>2012</strong>) of the interns are unsure about pursuing a career inteaching and with the coming years of data we will find how wellthis internship achieves as a recruitment tool. Interns learn skillsof video production and editing to support them in Video Clubanalysis of developing pedagogical skills. Many videos will beshown along with the poster presentations. <strong>The</strong>se videos will beedited into documentaries on our program and as a recruitmentcommercial tool for teaching. As these Interns proceed to becomeScholars, their Video Club skills will be applied in onlinelearning communities, and they will also be trained in professionaldevelopment facilitation skills to encourage them to becometeacher leaders beyond their training at our university.Of the 2010‐11 interns, 63% were Caucasian or Asian, which hasincreased to 71% for the 2011‐12 Cohort. Of the 2011‐12 cohort,18% are identified as Hispanic. We believe this is partially due tothe demographics of UC Irvine undergraduate population. Aftercompletion of the 2011 internships, 90% of the cohort wouldpursue teaching because they enjoy teaching information toothers and working with children/teens. All three cohorts enteringthe program reported having weaker skills in some areas oftechnology, presentation techniques, and lesson planning. Takingthis into consideration, additional support and training toaddress these issues has increased throughout the three years ofthis program..Two female scholarship students have been accepted into theprogram. <strong>The</strong>ir duties include attending professional developmentseminars, and creating and facilitating professional learningcommunities (PLCs) in STEM disciplines. As part of the scholarship,scholars are active in teaching in the K‐12 environmentand video‐based learning. <strong>The</strong> scholars will continue to teach inhigh‐needs schools for the following two years.116Title: Tipping the Balance to STEM Teaching: Recruiting andSupporting UCLA STEM UndergraduatesNSF <strong>Noyce</strong> Award Number: 1035164Principal Investigator: Joseph RudnickEmail: russell@chem.ucla.eduInstitution: University of California, Los AngelesCo‐PI(s): Arlene Russell, Jody Priselac, and Bruce RothschildPresenter(s): Arlene A. Russell, University of California,Los Angeles, russell@chem.ucla.eduGrounded on the “Planned Happenstance” theory* that chanceand unexpected opportunities play a significant role in mostpeoples’ career decisions, Tipping the Balance provides a oneweek,paid summer internship for STEM students interested inteaching. <strong>The</strong> synergistic confluence of a late September startfor the UCLA quarter system and the social‐justice focus of theUCLA Teacher Education <strong>Program</strong> provides ideal <strong>Noyce</strong>‐typeenvironments for internships for our STEM students who areconsidering teaching careers. Thirty‐six students completed theinternship during the week prior to the beginning of UCLAclasses in summer 2010; another fifty‐six students participatedin 2011! Others who applied, but could not be accommodatedwere deferred to summer <strong>2012</strong>. Several from the original interncohort who have applied to UCLA’s credential program this fallcite the <strong>Noyce</strong> summer internship as a pivotal event in their decisionto teach in high‐need schools. Results of a survey of boththe 2010 and 2011 cohorts and a progress report on the sixteen2011 <strong>Noyce</strong> scholars will be presented.* Mitchell, K.E., Levin, A., S., Krumbolz, J. D., Planned Happenstance:Constructing Unexpected Career Opportunities, Journal of Counselingand Development 77 1999, 115‐122117Title: University of California Riverside, <strong>Robert</strong> <strong>Noyce</strong> <strong>Scholarship</strong>for Excellence in STEM TeachingNSF <strong>Noyce</strong> Award Number: 0934297Principal Investigator: Pamela S. CluteEmail: paulbshirk@gmail.comInstitution: University of California, RiversideCo‐PI(s): Bradley C. HymanPresenter(s): Paul B. Shirk, paulbshirk@gmail.comA unique infrastructure in place at the University of California‐Riverside (UCR), within which STEM Departments have formedrobust collaborative alliances with our Graduate School of Educationand the ALPHA Center for Academic Partnerships, offers anovel platform for delivering the UCR <strong>Noyce</strong> <strong>Scholarship</strong> <strong>Program</strong>.Our goal is to provide exceptional STEM undergraduatemajors and credential year students, who are committed to secondarymathematics and science teaching careers, with innovativeprofessional development opportunities available both onthe UCR campus and within the classrooms of our neighboring,under‐performing, Moreno Valley Unified School District.A47<strong>2012</strong> NSF <strong>Robert</strong> <strong>Noyce</strong> Teacher <strong>Scholarship</strong> <strong>Program</strong> <strong>Conference</strong>
PI POSTER ABSTRACTSman year through the UCR Credential <strong>Program</strong> and teacher inductionphase. Relying on strong recruitment strategies thatfocus on attracting students from underrepresented groups, our<strong>Noyce</strong> Scholar cohort now includes 15 students‐‐5 undergraduatesand 10 credential year student53% of whom are non‐Caucasian/non‐White underrepresented minorities. Approximately50% of our <strong>Noyce</strong> Scholars concurrently pursue the Master’sin Education (M.Ed.) <strong>Program</strong> while completing the singlesubjectteaching credential certification program.In addition to academic year placements in the Moreno ValleySchool District, professional development opportunities alsoinclude summertime apprenticeships in STEM enrichment programsheld at local elementary and secondary schools under thesponsorship of UCR’s California Mathematics Science TeachersInitiative, College University School Partnership, Girls Excelling inMathematics with Success, and Mathematics Academy forTeaching Excellence programs, accompanied by enriched contentand pedagogy training via UCR’s Dynamic Genome andSMI’s Scientific Teaching intensive summer institutes. By longitudinalsurveillance of our <strong>Noyce</strong> Scholars via internal and externalevaluations, we are asking relevant questions that addressnew teacher retention.One specific research avenue investigates just how rapidly beginningin‐service teachers are able to introgress deep contentknowledge into their classrooms in the face of overwhelmingchallenges confronting young educators that may catalyze prematuredepartures from teaching careers.118Title: Undergraduate Mathematics and Science Education Initiative(UMSEI) at UCSDNSF <strong>Noyce</strong> Award Number: 0934223Principal Investigator: Amanda DatnowEmail: chalter@ucsd.eduInstitution: University of California, San DiegoCo‐PI(s): Jeff RemmelPresenter(s): Chris Halter, UCSD, chalter@ucsd.eduEducation Studies (EDS) and the Physical Sciences Division (PSD)at the University of California, San Diego (UCSD) are collaboratingon an initiative to significantly increase the number of undergraduateSTEM majors who pursue a career in public schoolteaching. <strong>The</strong> UCSD Undergraduate Mathematics and ScienceEducation Initiative (UMSEI) is part of the University of CaliforniaSystemwide California Teach <strong>Program</strong>. EDS and PSD implementedtwo undergraduate minors in mathematics educationand science education in 2006‐07. <strong>The</strong>se minors engage lowerdivisionSTEM students in early field experiences and upperdivisionstudents in education foundation coursework, disciplinespecificpedagogy and intensive apprenticeship experiences toprepare students to enter the UCSD graduate intern credentialprogram. <strong>The</strong> focus of the minor is to support the developmentof content specific pedagogy, powerful teaching practices coupledwith deep content knowledge, within perspective K‐12mathematics and science teachers. <strong>The</strong> work around the CaliforniaTeach project has also supported deep and consistent collaborationbetween EDS and PSD about teacher knowledge andpreparation. <strong>Noyce</strong> <strong>Scholarship</strong> funding is utilized to recruit 65mathematics, chemistry, physics, geoscience and engineeringmajors into the undergraduate minors and graduate intern credentialprogram.119Title: <strong>Noyce</strong> Master Teacher Fellowship (MTF) @ UCSDNSF <strong>Noyce</strong> Award Number: 1136369Principal Investigator: Amanda DatnowEmail: christopher.halter@gmail.comInstitution: University of California, San DiegoCo‐PI(s): Jeff Remmel, Christopher HalterPresenter(s): Chris Halter, UCSD, chalter@ucsd.edu<strong>The</strong> Education Studies <strong>Program</strong> and the Physical Sciences Divisionof the University of California San Diego have established aMaster Teacher Fellowship (MTF) program as part of their CaliforniaTeach (CalTeach) <strong>Noyce</strong> Teacher <strong>Scholarship</strong> <strong>Program</strong>.This effort is a partnership with local high‐needs school districts,mentor teachers, and local community colleges.<strong>The</strong> intellectual merit is realized through the professional developmentoffered to 42 local STEM teachers to serve as mentorsand education leaders in high‐needs school districts. Throughoutthe academic school year, Fellows participate in targeted onlinecourses to further develop specific content and pedagogicalskills. During the summer, Fellows join UCSD faculty for institutesin either mathematics or science instructional topics. UCSD hasalso established a Master Teacher in Residence program thatrecruits an MTF to join the university faculty each year, engagingthem in teaching university coursework and supervising <strong>Noyce</strong>Scholars.Expectation for broader impacts result from the project's furtherunderstanding of four vital components of learning and expertisedevelopment for teachers: the importance of mentorship,expertise development through experience, social networks, andblended learning. Finally, by enhancing the quality of mentorshipthat UCSD prospective teachers in the STEM fields receive, theproject helps support the recruitment of highly qualified teachersin high need schools.120Title: Math for America San Diego <strong>Noyce</strong> Teaching Fellows andMaster Teaching FellowsNSF <strong>Noyce</strong> Award Number: 0934695Principal Investigator: Guershon HarelEmail: bedwards@ucsd.edu<strong>2012</strong> NSF <strong>Robert</strong> <strong>Noyce</strong> Teacher <strong>Scholarship</strong> <strong>Program</strong> <strong>Conference</strong>A48
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NSF Robert Noyce Teacher Scholarshi
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NSF Robert Noyce Teacher Scholarshi
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CONTENTSAbout the NSF Robert Noyce
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AGENDAWEDNESDAY, MAY 23, 20123:30 p
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HOTEL FLOOR PLANS2012 NSF Robert No
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SPEAKER BIOGRAPHIESL’Oreal USA an
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WORKSHOP ABSTRACTSSession I: Thursd
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WORKSHOP ABSTRACTSTarget Audience:
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WORKSHOP ABSTRACTS1.8 Preparing Noy
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WORKSHOP ABSTRACTSentation, three o
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WORKSHOP ABSTRACTS2.9 Science NetLi
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WORKSHOP ABSTRACTS2.14 Understandin
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WORKSHOP ABSTRACTSThis session will
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POSTER ABSTRACT INDEXZZaikowski, Lo