SCHOLAR/FELLOW POSTER ABSTRACTSS/F50Title: Forensics in the ClassroomPresenter(s): Cristina D'Agostino, Current <strong>Noyce</strong> ScholarEmail: cedagost@uncg.eduInstitution: University of North Carolina at GreensboroUniversity of North Carolina at Greensboro<strong>Noyce</strong> Scholars with UNCG’s Project ExSEL seek to find opportunitiesthat support the National Science Foundation’s aim toencourage high school students to consider a career in scienceteaching. Forensics is a popular science topic that bringstogether many different science disciplines and is represented inCSI series in the media. <strong>The</strong> curriculum for forensics may bedesigned in a way that weaves together standard objectivesfrom multiple science courses with real‐life simulations. A classlike forensics involves real‐world applications of biology, chemistryand physics in a modern, exciting way. One <strong>Noyce</strong> Scholarhas been working with a high school forensics teacher to evaluatethe effects that such a course has on the students’ learningand their science interests. <strong>The</strong> purpose of this research poster isto determine if this type of science course truly helps studentsgain a better understanding of the different sciences and ifstudents become more interested in science as a result.S/F51Title: Designing Equitable Lessons in MathematicsPresenter(s): La Keisha Leonard, Current <strong>Noyce</strong> ScholarEmail: lakeishaleonard@my.unt.eduInstitution: University of North TexasSchool Name & District Currently Teaching:Project Discipline: Mathematics<strong>The</strong> College of Education and Teach North Texas <strong>Program</strong> at theUniversity of North Texas have introduced several tools that willhelp me become a more diverse educator. Through literatureand various activities, I have learned how to better meet theneeds of my future students. Through my Teach North Texascourses and Teaching Diverse Populations course, I was able todesign and present (for peer feedback) an inequalities lesson,based on hypothetical classroom demographics. In this lesson, Iwas able to not only appeal to different learning preferences,but promote diversity within my hypothetical classroom. As apre‐service teacher, the creation of this lesson has opened myeyes to how equity and diversity fit in the classroom. It alsotaught me that the promotion of diversity and equity in theclassroom can be a creative and rewarding experience for boththe teacher and students. I found that in a mathematics classroom,the promotion of equity and diversity can be presentedthrough real life. Not only will my students be learning howmathematics relates to the real world, but theirs as well.S/F52Title: Puerto Rico Master Math Teacher <strong>Program</strong>Presenter(s): Tomas Diaz, Current <strong>Noyce</strong> ScholarEmail: tomas_mat301@hotmail.comInstitution: University of Puerto Rico at Rio PiedrasSchool Name & District Currently Teaching: Jose Rojas CortesSchool District: Orocovis, Puerto RicoProject Discipline: MathematicsURLs: http://alacima.uprrp.edu/MMT<strong>The</strong> University of Puerto Rico (UPR) in Rio Piedras (Faculty ofNatural Sciences) is developing a <strong>Robert</strong> <strong>Noyce</strong> Master TeacherFellowship initiative in collaboration with the Puerto Rico Departmentof Education (PRDE) to establish the first Puerto RicoMaster Math Teacher <strong>Program</strong> (PRMMTP). This project will certifyten 7‐12 grade mathematics teachers, who teach in highneedschool districts, as Master Math Teachers (MMT) throughthe PR Rio Piedras Campus' Division of Continuing Education.Tomas Diaz is a 2009 Master Teacher Fellow of the Puerto RicoMaster Math Teachers. He has a Master’s degree in MathematicsEducation and currently teaches Elemental and IntermediateAlgebra I & II, Geometry I & II, and Pre‐calculus I & II at the JoseRojas Cortes High School in Orocovis, PR.In addition, since 2004, he is part time mathematics professor ofInteramerican University at Barranquitas Campus, where heteaches core math courses. Also he was selected as a MathTeacher Liaison for the Orocovis and Morovis educational districts.As a Liaison he mentors other math teachers in mathcurriculum, designs items for the Puerto Rico national math test,and is a collaborator in Math Competitions. His poster is a descriptionof his professional experiences with the project, hisexperience modifying and transferring activities to the classroom,and his expectations. As a MMT he will serve as rolemodel of exemplary mathematics teaching practices, expert incontent knowledge, integrating technology and use of manipulatives,and a leader among his peers to promote improvements inthe student’s academic achievement. He is receiving an intensiveprofessional development program, that includes inductive anddeductive reasoning, mathematical models: linear, quadratic andexponential, and the Integration of Math Education and Research.S/F53Title: Using Technology to Connect At‐Risk Youth with PositiveRole Models in Scientific FieldsPresenter(s): Ana Cristina Lee Escudero, Current <strong>Noyce</strong> ScholarEmail: A.C.LeeEscudero@gmail.comInstitution: University of Southern CaliforniaSchool Name & District Currently Teaching: Richard E. Byrd MiddleSchool, Los Angeles Unified School DistrictProject Discipline: Life ScienceA85<strong>2012</strong> NSF <strong>Robert</strong> <strong>Noyce</strong> Teacher <strong>Scholarship</strong> <strong>Program</strong> <strong>Conference</strong>
SCHOLAR/FELLOW POSTER ABSTRACTSMany youth who come from low socioeconomic backgroundsalso have low social capital because they live in communities andhomes that predominately have members of the working class.Thus, these youth do not have opportunities to get directly acquaintedwith professionals in scientific fields who can serve aspositive role models in influencing these students' future careerpaths. Many students from underprivileged neighborhoods believethat it is too hard to enter these career fields, have unrealisticperceptions of who science professionals are and what theydo, and/or they simply do not know what educational steps totake to reach those fields. This activity proposes using new technologieslike Skype and Google+ to bring these working professionalsinto the classroom through live video and allowing thestudents to interview them, learn about what they do, and hearabout their educational and personal experiences that led themto where they are today. <strong>The</strong> selected science professionals willcollaborate with the classroom teacher to “visit” the classroomon several occasions throughout the school year so that thestudents and professionals can develop familiarity and to givethe students time to explore ideas and questions with theseprofessionals.S/F54Title: Parent Involvement: An Investigation of Perceptions andthe Implementation of StrategiesPresenter(s): Michael Lawson, Current <strong>Noyce</strong> ScholarEmail: mlawso13@utk.eduInstitution: University of Tennessee, KnoxvilleSchool Name & District Currently Teaching: Central High School,Knox CountyProject Discipline: Secondary Teaching, MathematicsFocus: Parent InvolvementResearch has shown that parent involvement and communicationbetween parents and teachers can provide many benefitsfor students, especially in mathematics. However, this parentinvolvement shows a decline as student’s progress from elementaryto secondary schooling. Since student achievement andbetterment is the goal for any educator, many secondary educatorsneed to see parents as an untapped resource in helpingraise their students’ achievement. Thus, the purpose of thisstudy is to investigate the perceptions of parent involvement in asecondary school and implement parent involvement strategiesto keep parents informed about the classroom, involved in studentwork and classroom activities.<strong>The</strong> poster presentation will describe strategies and provideartifacts that were used to assess parent involvement and toinvolve parents at the high school, as part of an action researchproject. Participants of this study were high school teachersand administrators, and the parents and students of an AlgebraII class. <strong>The</strong> strategies and artifacts include parent surveys, classnewsletters, progress reports, interactive homework assignments,and a Family Math Night. Also included on the poster arelessons learned and implications for further research revolvingaround parent involvement.S/F55Title: <strong>The</strong> <strong>Noyce</strong> Grant and Pre‐Service UTeach Students at theUniversity of Texas at DallasPresenter(s): Georgia Stuart, Current <strong>Noyce</strong> ScholarEmail: gks090020@utdallas.eduInstitution: University of Texas at DallasProject Discipline: MathAt the University of Texas at Dallas, students in the UTeach scienceand mathematics teacher preparation program receive<strong>Noyce</strong> funds in the form of scholarships and internship support.This poster will demonstrate some of the ways <strong>Noyce</strong> fundinghelps our students become better science and math teachers.S/F56Title: Determination of Isomorphism Class Using Cayley GraphsPresenter(s): Katherine Horn, Current <strong>Noyce</strong> ScholarEmail: khorn@patriots.uttyler.eduInstitution: University of Texas at TylerSchool Name & District Currently Teaching:Project Discipline: Mathematics ‐ Abstract AlgebraWhen specific colors have been assigned to Cayley sets of aCayley graph and the edges have been colored accordingly, wecall this a complete colored Cayley graph. Once Cayley sets havebeen identified, we can construct two different multiplicationtables: one of the group and the other of its opposite group.Ambiguous groups have complete colored Cayley graphs thatcannot be distinguished from their opposite group. We establishthe Subgroup <strong>The</strong>orem and conclude that the complete coloredCayley graph does determine the isomorphism class for ambiguousgroups. n this paper we extensively detail the publishedwork of Goldstone, McCabe, and Weld (2010).Instead of looking at directed Cayley digraphs, we examine whatknowledge can be gained from certain undirected Cayley graphs.In these graphs, each vertex represents an element of the group.<strong>The</strong> identity vertex is given and the edges connecting verticesare colored according to an associating Cayley set. Involutionsand inverses are easily determined with this complete coloredCayley graph. Because the direction of the group operation isnot given, the relationship between elements cannot be certain.We must list the possible relations for each element in both directionsof multiplication. At this point we must choose one possibilityfor a specific element rather than the other. Throughprocess of elimination and a technique similar to solving Sudokupuzzles, we are able to determine the full tables for mostgroups. But when the other option is chosen, the transpose ofthe original multiplication table is produced. This is the operationtable for the group whose multiplication is opposite that of<strong>2012</strong> NSF <strong>Robert</strong> <strong>Noyce</strong> Teacher <strong>Scholarship</strong> <strong>Program</strong> <strong>Conference</strong>A86
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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 ABSTRACTStutorials for usi
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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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WORKSHOP ABSTRACTSlesson and will p
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PI POSTER ABSTRACTS1Title: Teachers
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PI POSTER ABSTRACTSJulie A. Luft, A
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PI POSTER ABSTRACTSClinical experie
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PI POSTER ABSTRACTSon topics includ
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PI POSTER ABSTRACTSpated in four ty
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PI POSTER ABSTRACTSSanthi Prabahar,
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PI POSTER ABSTRACTSNicholle Stark,
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PI POSTER ABSTRACTSprograms and dis
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