PI POSTER ABSTRACTSand program content by providing internship opportunities forresearch, curriculum, and professional development in conjunctionwith the faculty; 5) provide a framework of support for newSTEM teachers; and 6) provide a comprehensive assessment toevaluate effectiveness of the program. <strong>The</strong> LVNTS program proposedto accomplish these goals by: (1) coordinating the STEMteacher training efforts of CAS and CEOL, (2) recruiting frommultiple institutions and with varied modalities (including enhancingfinancial aid literacy and early summer internship opportunities),(3) providing an undergraduate field experience forprospective teachers, (4) providing an exemplary credential program,and (5) continuously assessing LVNTS efforts at every levelof the program. We present data collected thus far (two yearsin) on the effectiveness of financial aid literacy, inquiry‐basedlearning, early field experiences, and new teacher support inrecruiting, success, and retention of diverse STEM teachers.132Title: <strong>The</strong> <strong>Noyce</strong> <strong>Program</strong> for Early START STEM Students andCareer Changers at the University of LouisvilleNSF <strong>Noyce</strong> Award Number: 0934787Principal Investigator: Nancy Caroline MartinEmail: nancymartin@louisville.eduInstitution: University of LouisvilleCo‐PI(s): Christine Rich, Thomas Riedel, Thomas Tretter, andWilliam BushPresenter(s): Nancy Caroline Martin, University of Louisville,nancymartin@louisville.eduOur <strong>Noyce</strong> <strong>Program</strong>, a partnership between the University ofLouisville, the Jefferson County Public School System and TEACHKentucky (TKy) currently has 12 scholars. <strong>The</strong>re are two ways toenter the program. <strong>The</strong> first is through a University of Louisville<strong>Program</strong> called EARLY START STEM which allows undergraduatesto complete up to nine credit hours of Masters in the Art ofTeaching (MAT) courses concomitant with completion of theirdisciplinary degrees. <strong>The</strong> second is a 'career changers' pathwaywhere science and math majors go directly into a four semesterMAT program. Six scholars will be entering the classroom asteachers of record in fall <strong>2012</strong>. Three will teach mathematics,two chemistry and one biology, all at the high school level. Twocame through the EARLY START pathway and 4 via the directMAT pathway. Four additional scholars, two in biology, one inchemistry and one in mathematics are mid way through theirMAT and two new scholars will start their MAT this summer.Recruiting remains a challenge. In addition to our previousstrategies, we posted new information in all science and mathdepartments, the College of Arts and Sciences posted <strong>Noyce</strong>information on their face book page and sent e‐grams to allalums, the College of Education and Human Development increasedtheir efforts to let all students know of the <strong>Noyce</strong> opportunityand specifically reached out to those applicants who metour strict qualifications. TKy also helped with recruiting and twoof their candidates interviewed for a <strong>Noyce</strong> and one accepted.Finally, we have done some social programming for <strong>Noyce</strong> Scholarsthis year. <strong>The</strong>y were included in two TKy events, two informaldinners with the grant PI and Co‐PIs and a banquet with theProvost. One scholar attended the national meeting in 2011 andthree will attend in <strong>2012</strong>. We will be doing an evaluation to determinewhether these activities are helpful to the scholars inbuilding relationships among the scholars and between thescholars and faculty.133Title: UMBC <strong>Noyce</strong> Scholars <strong>Program</strong>: <strong>The</strong> Use of an IntensiveSummer Inquiry‐based Teaching Experience for RecruitmentNSF <strong>Noyce</strong> Award Number: 0833316Principal Investigator: Neerchal NagarajEmail: jsinger@umbc.eduInstitution: University of Maryland, Baltimore CountyCo‐PI(s): Jonathan Singer, Susan Blunck, and Janice ZengelPresenter(s): Jonathan Singer, University of Maryland, BaltimoreCounty, jsinger@umbc.eduThis poster will address the ongoing work of a key component ofthe UMBC <strong>Noyce</strong> Scholars program: an intensive summer internshipconsisting of a 6‐credit hour pedagogical experiencethat satisfies certification requirements associated with curriculum,instruction, and student learning.<strong>The</strong> poster will describe:• <strong>The</strong> core elements of the introductory summer experience• <strong>The</strong> lessons learned• Qualitative findings associated with the quality of this earlyteaching experience and• <strong>The</strong> impact on recruiting summer participants into formallyapplying for NOYCE <strong>Scholarship</strong>s.This summer experience is marketed to STEM majors ideallyduring the sophomore spring semester. With no tuition cost andextensive opportunities to plan, construct and enact lessons foractual secondary students, it serves to entice STEM majors toconsider a career in teaching. <strong>The</strong> summer courses are modeledafter previously funded projects directed by Dr. Singer. Corecomponents include the integration of 2 extended practiceteaching sessions. <strong>The</strong> first utilizes a consecutive eight‐day (90minute per day) teaching opportunity led by the course instructor.During each lesson, Scholars work with small groups of middleschool students to enact the instructional activities. <strong>The</strong> studentsleave after 90 minutes and the remaining 45‐60 minutesare spent in discussion and reflection on the enacted lesson. <strong>The</strong>second session requires small groups of Scholars to adapt andenact an inquiry project consisting of 8 (90 minute lessons) to aA53<strong>2012</strong> NSF <strong>Robert</strong> <strong>Noyce</strong> Teacher <strong>Scholarship</strong> <strong>Program</strong> <strong>Conference</strong>
PI POSTER ABSTRACTSpopulation of high school students, drawn from a residentialUpward Bound program associated with UMBC.Four critical outcomes from this summer experience include:• Providing a highly engaging recruiting experience for STEMmajors• Interaction with high school students from high needs environments• An in depth experience with integrating technology to supportinquiry‐based instruction• <strong>The</strong> active participation of publicly sharing and critiquingexamples of teaching.134Title: S2TLC: Supporting STEM Teaching and Learning throughCommunitiesNSF <strong>Noyce</strong> Award Number: 1136392Principal Investigator: Kathleen S. DavisEmail: kdavis@educ.umass.eduInstitution: University of Massachusetts, AmherstCo‐PI(s): Sandra Madden, Barbara Madeloni, Steve Schneider,andPaula ReesPresenter(s): Kathleen S. Davis, University of MassachusettsAmherst, kdavis@educ.umass.eduS2TLC: Supporting STEM Teaching and Learning through Communitiesis a six‐year, $4.5 million project funded by a $3 millionNSF grant through the <strong>Robert</strong> <strong>Noyce</strong> Master Teacher (MTF) andTeacher Fellowship (TF) solicitation and $1.5 million in matchingcontributions from the University of Massachusetts and projectpartners. S2TLC is a collaboration among faculty in the UMassDepartment of Teacher Education and Curriculum Studies, theCollege of Natural Sciences, the College of Engineering and publicschools in the Pioneer Valley of Massachusetts, includingSpringfield Public Schools, Holyoke Public Schools, GreenfieldPublic Schools, Mahar Regional School District, and the HitchcockCenter for the Environment in Amherst. <strong>The</strong> UMass researchteam consists of Drs. Kathleen Davis, Sandra Madden,Barbara Madeloni, Stephen Schneider, and Paula Rees.A dynamic and interactive community of 20 inservice middle andhigh school mathematics and science teachers from partnerschool districts has been selected and 20 preservice teachers arecurrently being recruited to engage in the development of multiplelevels of professional communities of practice, both face‐tofaceand virtual. S2TLC proposes to increase the number ofhighly effective STEM teachers who will strengthen student engagementand achievement. In particular, the funding will 1)provide in‐service secondary mathematics and science teacherswith professional development in effective inquiry‐, place‐based,and culturally responsive instructional practices, leadership, andmentoring skills; 2) revise and implement an initial licensureteacher program for secondary mathematics and science teach‐ers in order to better ensure their retention in the professionand successful instruction; 3) develop virtual and face‐to‐facecommunities of practice to provide teachers with support foreffective instruction and to lessen the traditional isolation ofclassroom teachers; and 4) develop mathematics and sciencecontent courses that integrate the use of cognitive technologicaltools to facilitate learning.135Title: <strong>Noyce</strong> Scholars ‐ Perfecting Induction and on‐going NewTeacher SupportsNSF <strong>Noyce</strong> Award Number: 1035247Principal Investigator: Lisa M. GonsalvesEmail: lisa.gonsalves@umb.eduInstitution: University of Massachusetts, BostonCo‐PI(s): Brian WhitePresenter(s): Lisa M. Gonsalves, University of Massachusetts atBoston, lisa.gonsalves@umb.edu<strong>The</strong> University of Massachusetts <strong>Robert</strong> <strong>Noyce</strong> program continuesto grow and enjoy the support of our partner districts. Mostexciting is the news that our upcoming <strong>2012</strong>‐2013 class will support21 STEM teachers, eleven of whom are candidates of color.This is our most diverse class yet. <strong>The</strong>se future STEM teacherswill be supported by our <strong>Noyce</strong> Phase II grant and by a TeacherQuality Partnership grant that we received a few years ago.We continue to conduct research through our <strong>Noyce</strong> <strong>Scholarship</strong>programs. This year our research has focused on STEM teachers’ability to design, use and analyze both formative and summativeassessments for continuous student learning. As part of ourassessment curriculum, we have designed a cycle of inquiry thataccounts for the developmental trajectory of new STEM teachersand the beliefs, perceptions and experiences that influence theirteaching behaviors. We hope to present these findings at thisconference.<strong>The</strong> UMass/Boston <strong>Noyce</strong> Scholars program, in partnership withthe SUNY Cortland and the Drexel <strong>Noyce</strong> programs held our firstNorth East Regional <strong>Conference</strong> last year in Philadelphia, and willhost the second North East Regional <strong>Conference</strong> in Boston in<strong>2012</strong>. A number of current and former <strong>Noyce</strong> Scholars participatedon a panel on the experiences of STEM teaching.Last, we have finally been able to provide induction support toour new STEM graduates in both our Boston and Randolph programs.Graduates of our Teach Next Year residency programnow receive three years of induction support from both the districtand the university; members from both organizations haveworked as a team over the past year to build this new inductionprogram for <strong>Noyce</strong> scholars.<strong>2012</strong> NSF <strong>Robert</strong> <strong>Noyce</strong> Teacher <strong>Scholarship</strong> <strong>Program</strong> <strong>Conference</strong>A54
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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 ABSTRACTS1.8 Preparing Noy
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WORKSHOP ABSTRACTS2.9 Science NetLi
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PI POSTER ABSTRACTS1Title: Teachers
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