PI POSTER ABSTRACTSresources and support to ensure teacher retention. Pre‐NOYCEactivities such as teaching in the college's Summer Science <strong>Program</strong>are made available to freshmen and sophomores who wishto ultimately apply for NOYCE scholarships. <strong>Program</strong> objectivesare to provide: 1) scholarships for junior and senior majors fromBiology, chemistry, mathematics and computers, and physics,who have demonstrated an interest in obtaining teacher certification;2) a substantial curriculum that includes extensive clinicalexperience in the classroom and professional development forpreparation to enter the 7‐12 science and mathematics classroomas a highly qualified and highly effective teacher; 3) resourcesand support to ensure teacher retention.107Title: Reflections on the Third Year of the Towson University<strong>Robert</strong> <strong>Noyce</strong> Teacher <strong>Scholarship</strong> <strong>Program</strong>NSF <strong>Noyce</strong> Award Number: 0934751Principal Investigator: David A. VankoEmail: dvanko@towson.eduInstitution: Towson State UniversityCo‐PI(s): Jeff Passe, Todd Kenreich, Donald A. Thomas, and JaneL. WolfsonPresenter(s): Tissa Thomas (Project Administrator),TThomas@towson.eduTowson University’s (TU) <strong>Noyce</strong> program awards scholarships tojuniors and seniors and graduate stipends for those who areseeking certification to teach in the STEM disciplines through theMaster of Arts in Teaching. <strong>The</strong> program features recruitment,summer activities, induction activities and a monitoring/evaluation program. It reflects a strong and long‐standing collaborationof TU’s Jess and Mildred Fisher College of Science andMathematics and the College of Education. <strong>The</strong> program wasintentionally designed to attract high caliber students whosefinancial needs might otherwise prohibit their entry into teacherpreparation. This is being accomplished through careful coordinationwith our NSF STEP grant involving TU, Baltimore CityCommunity College and the Baltimore City Public School Systemcurrently in its third year, our Hackerman Academy outreachprograms, our two NSF S‐STEM grants, and several other existingprograms that provide opportunities to identify and mentor adiverse pool of teacher preparation candidates.In each of the first two years, five undergraduates and two MATstudents were awarded scholarships or stipends, respectively.Recruiting efforts focus on TU STEM majors, particularly TUSTEM‐secondary education students, and the five or six communitycolleges that traditionally supply almost half of Towson’sundergraduate population via the transfer pathway.In this third year of the program, we awarded 11 scholarshipsand 4 graduate student stipends. This is a doubling of new <strong>Noyce</strong>scholars relative to the last year. Much effort has been placedon providing opportunities for the Scholars to carry out hands‐on activities with children during various outreach activities. Forexample, our Saturday Morning Science series, led by HackermanAcademy of Mathematics and Science Director, and formerastronaut, Dr. Don Thomas, features an hour of hands‐on activitiestied to the topic of that Saturday’s presentation. Frequently,Scholars volunteer to develop and implement one of the handsonscience activities. Others volunteer as local science fairjudges, or they work with students during classroom visits to theuniversity arranged by their teachers or the Hackerman Academy.Feedback from the scholars suggests that these activitiesare highly valued.Our program continues to hold its Annual Fall Banquet welcomingnew scholars and introducing them to current ones, monthlymeetings, scheduled and ad hoc peer mentoring/tutoring, andother social events for community development. <strong>The</strong> programmaintains communication with all twenty nine scholars, includingthe 8 that have graduated and are teaching (7) or continuingtheir education (1).Graduates who are teaching report that one of their biggestchallenges is classroom management, which has led to rich discussionsabout this topic at the monthly meetings. This is oneexample of the benefit of maintaining contact with graduates,something that can benefit both the graduates and the teachersin training.108Title: Recruiting and Supporting STEM Career Changers: <strong>The</strong><strong>Noyce</strong> Teaching Fellows <strong>Program</strong> at Trinity UniversityNSF <strong>Noyce</strong> Award Number: 0934836Principal Investigator: Shari AlbrightEmail: jnordine@trinity.eduInstitution: Trinity UniversityCo‐PI(s): Patricia Norman and Jeffrey NordinePresenter(s): Jeffrey Nordine, Trinity University, jnordine@trinity.eduPatricia Norman, Trinity University,Patricia.Norman@trinity.eduHenrietta Freeman, henrifree@yahoo.comAbigail Drake, adrake1@trinity.edu<strong>The</strong> decision to change careers is typically a difficult one, andSTEM professionals face a variety of challenges when deciding totransition into teaching. <strong>The</strong>se challenges include family logisticsas well as social and financial concerns. In this poster, we presentstrategies utilized in Trinity University’s <strong>Noyce</strong> TeachingFellows <strong>Program</strong> as we recruit and support career changers asthey pursue a Master of Arts in Teaching degree and transitioninto their teaching career. Such strategies include individualizedpre‐enrollment preparation plans, interactions with previousTeaching Fellows, and coursework designed to encourage connectionsbetween theory and practice in STEM teaching. OurA43<strong>2012</strong> NSF <strong>Robert</strong> <strong>Noyce</strong> Teacher <strong>Scholarship</strong> <strong>Program</strong> <strong>Conference</strong>
PI POSTER ABSTRACTSTeaching Fellows are high achieving professionals who have reporteda high level of satisfaction with the Trinity program and astrong sense of efficacy as they enter the teaching field.109Title: Recruiting Outstanding STEM Majors: <strong>The</strong> <strong>Noyce</strong> SummerInternship at Trinity UniversityNSF <strong>Noyce</strong> Award Number: 0934835Principal Investigator: Shari AlbrightEmail: pnorman@trinity.eduInstitution: Trinity UniversityCo‐PI(s): Patricia Norman and Jeffrey NordinePresenter(s): Patricia Norman, Trinity University,Patricia.Norman@trinity.eduJeffrey Nordine, Trinity University, jnordine@trinity.eduAbigail Drake, adrake1@trinity.eduHenrietta Freeman, henrifree@yahoo.comWith a large number of STEM undergraduate majors, a superlativeteacher education program, and a “minority‐majority” city inneed of highly qualified K‐12 science and mathematics teachers,San Antonio’s Trinity University is ideally suited to implement aPhase II <strong>Noyce</strong> scholarship and stipend program. For manyyears, Trinity has enjoyed a 100% placement rate for certifiedteachers who have completed its Master of Arts in Teaching(M.A.T.) program.Thus our problem is not how to place such prized graduates, buthow to encourage the very best undergraduate STEM majors tobecome teachers in the first place.After studying the shortage of math and science teachers carefullyand learning from our past <strong>Noyce</strong> experience, Trinity’s Departmentof Education concluded that several specific issuesmust be addressed in our Phase II activities: recruitment, preparation,early‐career support, and opportunities for life‐longlearning. This four‐pronged agenda mirrors recommendationsfrom the National Commission on Mathematics and ScienceTeaching for the 21st Century (2000). This poster focuses on aninnovative recruitment strategy: the <strong>Noyce</strong> Summer Internship.To support STEM majors to consider teaching early in their collegiatecareers, the <strong>Noyce</strong> summer internship program targetsfour rising sophomores and juniors. <strong>Noyce</strong> summer interns completea 10‐week on‐campus internship with two distinct components.First, interns serve as teaching assistants and peer mentorsfor local high school students taking math and sciencecourses through Trinity’s Upward Bound program. UpwardBound is an academic enrichment program for aspiring firstgenerationand low‐income college students.Second, interns simultaneously complete a laboratory‐basedresearch project in cooperation with a faculty advisor in theiracademic major. Summer interns receive a stipend of $4,500,free on‐campus housing, training and support for working withhigh school students in a classroom, an opportunity to collaboratewith a faculty member on original research in their academicdiscipline, and faculty assistance preparing an end‐ofsummerresearch presentation and poster. We report resultsfrom the first two years of this recruitment program, 2010 and2011, including findings from focus group interviews and surveydata.110Title: <strong>The</strong> Urban Math and Science Teacher CollaborativeNSF <strong>Noyce</strong> Award Number: 1035342Principal Investigator: Eric Todd QuintoEmail: todd.quinto@tufts.eduInstitution: Tufts UniversityCo‐PI(s): Linda Beardsley, Barbara Brizuela, Hugh GallagherPresenter(s): Eric Todd Quinto, Tufts University MathematicsDepartment, todd.quinto@tufts.edu<strong>The</strong> Tufts University <strong>Robert</strong> <strong>Noyce</strong> Teacher <strong>Scholarship</strong> <strong>Program</strong>,the Urban Mathematics and Science Teacher Collaborative(UTTC), is a partnership between the Tufts Education, Mathematics,and Physics departments, the Center for Applied SpecialTechnology (CAST), and three Boston public schools. UTTC wasdesigned to address the critical demand for highly qualifiedmathematics and science teachers in high‐need districts, especiallythose that serve urban communities.In 2011, the program recruited its first cohort of 8 Master of Artsin Teaching (MAT) students; each had a bachelor’s degree inmathematics, physics, or engineering. Five are focusing on highschool mathematics, 1 on middle school mathematics, and 2 inhigh school physics. <strong>The</strong> second cohort is being admitted now,and we have a 20% increase in applications in the past year.Applications to our mathematics and science teacher preparationprogram have more than doubled in the last 4 years. Wethink this is in no small part due to the <strong>Noyce</strong> <strong>Scholarship</strong> <strong>Program</strong>.This <strong>Scholarship</strong> <strong>Program</strong> was built on the successes from manyNSF‐supported projects at Tufts, as well as the UTTC, a residencyprogram in which interns work under the supervision of experiencedmentor teachers who are leaders in their school communities.This mentoring relationship will continue, especially duringthe first four subsequent years of teaching. Teaching Fellowsenroll in either of two graduate‐level courses that integrate subjectmatter and pedagogical content knowledge in the areas ofmathematics or physics. <strong>The</strong>se courses have been developedexpressly for this program by PIs in the Mathematics, Physics,and Education Departments, but other teachers and studentsare invited to enroll in them. <strong>The</strong> mathematics course is offeredat the participating school sites and Master Teaching Fellowsparticipate by discussing content and providing perspective.Additionally, Teaching Fellows work on a project with CAST thatcan lead to Special Education certification.<strong>2012</strong> NSF <strong>Robert</strong> <strong>Noyce</strong> Teacher <strong>Scholarship</strong> <strong>Program</strong> <strong>Conference</strong>A44
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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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