SCHOLAR/FELLOW POSTER ABSTRACTScertifications, teaching positions, and general demographic information.This data will serve as a starting point to which wewill compare data from subsequent surveys to understand howchemistry departments nationwide can take an active role inproducing a highly trained chemistry teaching workforce thatpersists in the career past five years.S/F25Title: STEM‐Plus: Louisiana Tech University's <strong>Noyce</strong> <strong>Scholarship</strong><strong>Program</strong>Presenter(s): Constance Xandy DeLaney, Current <strong>Noyce</strong> ScholarEmail: cad029@latech.eduInstitution: Louisiana Tech UniversityProject Discipline: Curriculum, Instruction, and Leadership(Basinger) /Biology (DeLaney)URLs: http://www.latech.edu/coes/stem‐plus.shtmlhttp://www.latech.edu/education/alternative_certification/In this poster, Scholar/Practitioners and <strong>Program</strong> Directors willprovide an overview of Louisiana Tech University’s <strong>Noyce</strong> <strong>Scholarship</strong><strong>Program</strong>. Few partnerships exist to create the environmentwhere teachers can learn to teach, teach well, and persevere(Zimpher & Howey, 2005); however, this program seeks todo just that. <strong>The</strong> program began in September 2008 and includedtwo major pathways: undergraduate Science, Technology,Engineering, and Mathematics (STEM) majors or Master ofArts in Teaching (MAT) candidates who teach a STEM disciplinein 6‐12 schools. Both programs result in scholars earning anMAT. <strong>The</strong> objective of the program, which continues throughAugust <strong>2012</strong>, is to produce highly qualified teachers through adual matriculation program resulting in teacher certification anda master’s degree with priority placements in partner schools inLouisiana. Scholars, who have recently completed their programs,will discuss their accomplishments.S/F26Title: Project‐Based Learning Experience: Developing an EngineeringSummer CampPresenter(s): Alexius Metten, Current <strong>Noyce</strong> ScholarEmail: alexius.metten@mu.eduInstitution: Marquette UniversityProject Discipline: EngineeringURLs: http://www.marquette.edu/engineering/coop_stem/<strong>The</strong> Project‐Based Learning (PBL) experiences offered throughMarquette University’s <strong>Noyce</strong> Scholar <strong>Program</strong> provide studentswith the opportunity to work in an educational setting. All experiencesare designed to provide the student with insight intothe work that is required to educate the next generation. Lastsummer, two Marquette students partnered with a faculty memberof Catholic Memorial High School (CMHS) for a PBL Experience.<strong>The</strong> objective was to develop an engineering summercamp for 7th and 8th graders. This project required the develop‐ment of activities, lesson plans, and a budget for the camp.Throughout the summer, the students, in conjunction with theCMH faculty member, designed and tested the activities. <strong>The</strong>final product was a week long, 3 hour /day summer camp thatincluded activities involving electrical and civil engineering, aswell as aspects of physics. <strong>The</strong> camp was designed to accommodate20 students and is to be implemented by its designers atCMHS this summer.This PBL experience allowed the students to practice writinglesson plans and developing activities that incorporated sciencelessons in a hands‐on manner.S/F27Title: Physics Education at MTSU: From <strong>The</strong>ory to PracticePresenter(s): William Russell, Current <strong>Noyce</strong> ScholarEmail: wdr2j@mtmail.mtsu.eduInstitution: Middle Tennessee State UniversityProject Discipline: Physics and AstronomyModeling Instruction has served as an inspiration for the IntroductoryPhysics courses at MTSU for 15 years. Working collaboratively,students are introduced to a new concept through aninquiry‐based, problem‐solving approach where they address anessential question, gathering the requisite knowledge and skillsfor a foundational understanding of the topic. Instructors modelone approach to the problem, and students are then challengedto solve a related problem in a novel context. Students presenttheir solutions to their peers, and with the use of Socratic dialogue,stimulate conceptual understanding. Using this very student‐centeredapproach as a springboard, the Physics teachercandidates at MTSU are attending workshops in Modeling Instruction(MI) and contributing to the critical mass of modelersin the state, as MTSU plans to begin a state‐wide pilot to incorporateMI into the high school science curriculum.S/F28Title: Physics Education at MTSU: From <strong>The</strong>ory to PracticePresenter(s): Paul Turner, Current <strong>Noyce</strong> ScholarEmail: pmturner211@gmail.comInstitution: Middle Tennessee State UniversityProject Discipline: Physics and AstronomyModeling Instruction (MI) has served as an inspiration for theIntroductory Physics courses at MTSU for 15 years. Workingcollaboratively, students are introduced to a new conceptthrough an inquiry‐based, problem‐solving approach where theyaddress an essential question, gathering the requisite knowledgeand skills for a foundational understanding of the topic. Instructorsmodel one approach to the problem and students are thenchallenged to solve a related problem in a novel context. Studentspresent their solutions to their peers, and with the use ofA79<strong>2012</strong> NSF <strong>Robert</strong> <strong>Noyce</strong> Teacher <strong>Scholarship</strong> <strong>Program</strong> <strong>Conference</strong>
SCHOLAR/FELLOW POSTER ABSTRACTSSocratic dialogue stimulate conceptual understanding. Usingthis very student‐centered approach as a springboard, the Physicsteacher candidates at MTSU are attending workshops in MIand contributing to the critical mass of modelers in the state, asMTSU plans to begin a state‐wide pilot to incorporate MI intothe high school science curriculum.S/F29Title: Developing Mathematical Self‐Concept in Algebra II, AdvancedAlgebra, and Trigonometry StudentsPresenter(s): Kendrick Savage, Current <strong>Noyce</strong> ScholarEmail: savage.kendrick@yahoo.comInstitution: Mississippi State UniversityMississippi State UniversitySchool Name & District Currently Teaching: Columbus HighSchoolProject Discipline: MathematicsMathematics teachers receive their motivation for teaching fromsolving mathematics problems and inspiring students to conquermathematics. Further, mathematics teachers are encouraged topush students farther once they see the instant confidence thatstudents receive from solving “hard” math problems. This posterdescribes techniques and strategies that I have used to developthe mathematical self‐concept of my Algebra II, Advanced Algebra,and Trigonometry students. <strong>The</strong>se are students who representdifferent economic, racial, and academic backgrounds.Through action research, I offer conclusions about how an improvedmathematical self‐concept impacts students’ academicperformance in high school and their interest in going to college.S/F30Title: On the Other Side of the Interview Table: Adventures ofa Second Career <strong>Noyce</strong> Scholar in a Tight Job MarketPresenter(s): David Giacherio, Former <strong>Noyce</strong> ScholarEmail: dgiache1@naz.eduInstitution: Nazareth CollegeProject Discipline: General InterestIn his previous life as an R&D executive, the author interviewed(and hired) a large number of scientists, engineers, and technicalpeople. Now, as a second career teacher and <strong>Noyce</strong> Scholar, hefinds himself on the other side of the interview table, in a geographicarea where few teaching jobs are to be had. This posterpresentation will focus on anecdotes: ironic, touching, and a bitcrazy, from the job seeking process. It will conclude with somepersonal reflections about maintaining hope, altruism, and selfesteemin difficult job hunting situations.S/F31Title: 21st Century Assessment in SciencePresenter(s): Patrick Clark, Current <strong>Noyce</strong> ScholarEmail: PPathfinder1@aol.comInstitution: Newberry CollegeSchool Name & District Currently Teaching: Student Teaching:Mid‐Carolina High School / Newberry County School DistrictProject Discipline: BiologyThis poster includes a variety of assessments that have beensuccessfully implemented into the science classroom. <strong>The</strong>seassessments use 21st Century skills and students’ naturalinclination toward movement and technology to engage them inthe learning process while assessing their progress in the subjectmatter taught.S/F32Title: Why Flip the Classroom?Presenter(s): William Glace, Current <strong>Noyce</strong> ScholarEmail: william.glace@newberry.eduInstitution: Newberry CollegeSchool Name & District Currently Teaching: Dutch Fork HighSchool, Lexington‐Richland District 5Project Discipline: MathToo often students complain about being unable to understandtheir homework problems in high school mathematics courses.Many factors may contribute to this problem including how studentslearn, how well students take notes, the classroom environment,and more. Regardless of the situation, the FlippedClassroom may provide a solution. In a Flipped Classroom, studentstake notes at home using video instruction and other webbasedresources. <strong>The</strong>n, during class, the teacher builds uponthe skills learned from the videos, clarifies any misconceptionsthe students may have, and leads students through the correctsolution processes. <strong>The</strong> Flipped Classroom creates a platform forboth whole‐class and student group discussions of the mathematicalconcepts. As a result, students are doing more duringclass which leads to an increase in student comprehension. Thisposter will present information on how one <strong>Noyce</strong> Scholar andMentor worked to improve student learning through flipping theclassroom.Abstract by: Enevelyn Hyatt, Mathematics teacher, Dutch ForkHigh School and William Glace, Student Intern, Newberry CollegeS/F33Title: From Music to MathematicsPresenter(s): Adrienne Long, Current <strong>Noyce</strong> ScholarEmail: Adrienne.Long@newberry.eduInstitution: Newberry CollegeSchool Name & District Currently Teaching:Project Discipline: Summer Internship<strong>2012</strong> NSF <strong>Robert</strong> <strong>Noyce</strong> Teacher <strong>Scholarship</strong> <strong>Program</strong> <strong>Conference</strong>A80
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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 ABSTRACTSColleges for Teac
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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 ABSTRACTSof the group at
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PI POSTER ABSTRACTSopportunities. E
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PI POSTER ABSTRACTS3. Partnership w
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PI POSTER ABSTRACTSpated in four ty
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PI POSTER ABSTRACTS41Title: Teacher
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PI POSTER ABSTRACTSpost‐baccalaur
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PI POSTER ABSTRACTSThe internships
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PI POSTER ABSTRACTSin the degree pr
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PI POSTER ABSTRACTSPresenter(s): Ro
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PI POSTER ABSTRACTSSanthi Prabahar,
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- Page 131 and 132: POSTER ABSTRACT INDEXLandon, Laurie
- Page 133 and 134: POSTER ABSTRACT INDEXRodriguez, Jen
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