DOCSLIB.ORG

Conference 2016

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Conference 2016 UTeach Conference 2016 10th Annual May 24–26, 2016 THE UNIVERSITY OF TEXAS AT AUSTIN Program AT&T Executive Education and Conference Center • Austin, Texas Featured Speakers Keynote QUINCY BROWN Quincy Brown, Ph.D., is an AAAS S & MICHAEL MARDER T Policy Fellow and co-producer of the 2015 National Maker Faire. She Michael Marder is a professor of earned her Ph.D. in Computer Science physics in the Center for Nonlinear from Drexel University and was the Dynamics at the University of Texas at recipient of a CI Fellows Postdoctoral Austin. He is the co-founder of UTeach, Research Fellowship award. She is has served as its co-director since its also a Computer Science Professor at inception, and has helped organize its Bowie State University. Her research national expansion. interests include HCI, CS Education, and Broadening Participation in Computing. In 2011, she His research in physics focuses on why founded Girls Who Will, a summer program for middle and things break, with investigations that high school girls to engage them in game design, mobile app have ranged from comparisons of theory and experiments in development, wearable computing, and 3D printing. the fracture of brittle silicon to studies of hydrofracturing. He is the author of the graduate text Condensed Matter Physics. Through her research, she seeks to identify methods of facilitating human interaction with advanced technologies, Michael’s work in education includes development of including mobile devices, to support learning. Her current classroom observation protocols and examination of causal projects include exploring the ways in which young children effects in longitudinal data, drawing on scientific visualization use touch and gesture interactions with mobile devices, and statistical mechanics. first responders’ use of mobile devices during emergency evacuations, and modeling inquiry behaviors on mobile devices. Opening Plenary: Computer GAIL CHAPMAN Gail Chapman, Director of Outreach Science for All Panel for Exploring Computer Science, works with partner districts on OWEN ASTRACHAN strategic planning related to implementation of ECS, including Owen Astrachan is the Director of professional development, leadership Undergraduate Studies in Computer development, and sustainability. Science and Professor of the Practice at Duke University, where he has She is co-designer of the ECS taught in four decades and two curriculum and professional millennia. In addition to teaching development model and represents the ECS program as lead computer science, he builds curricula facilitator for the CS10K Community of Practice. and approaches to teaching intended for broad adoption and adaptation. Prior to joining the ECS team, Gail taught high school mathematics and computer science, including AP Computer Owen received an NSF Career award for introducing design Science, for 15 years and subsequently worked on the AP patterns into undergraduate courses, was an inaugural recipient Computer Science program at both ETS and College Board; of the NSF/CISE Distinguished Education Fellow Award for this work included assessment development, curriculum emphasizing problem-oriented approaches, and is the PI for the design, and professional development. NSF/College Board CS Principles Project designed to create a broader, more accessible AP course in computer science. In 1995, he received Duke’s Robert B. Cox Distinguished Teaching in Science Award; in 1998, he received the Outstanding Instructor Award while on sabbatical at the University of British Columbia; and in 2002, he received Duke’s Richard K. Lublin award for “ability to engender genuine intellectual excitement, ability to engender curiosity, knowledge of field and ability to communicate that knowledge.” He enjoys thinking, running, collaborating, and pushing limits gently. FEATURED SPEAKERS 3 Featured Speakers DEBORAH KARIUKI and policy. In 2014, she convened and chaired the Texas Computer Science Task Force, which resulted in the Deborah Kariuki came from Kenya in publication of a white paper called Building the Texas 1992 to attend Texas State University, Computer Science Pipeline: Strategic Recommendations where she completed her Bachelor for Success. She also helped to found the Texas Alliance for of Science in Computer Science and Computer Science Education and has served on the Texas Digital Electronics. After working for Association of School Boards (TASB) Legislative Advisory 12 years as a programmer, Deborah Council, the Comptroller’s Financial Allocation Study for decided to become a teacher and Texas Advisory Board, the Texas Business and Education obtained her Masters of Secondary Coalition (TBEC) STEM Action Team, the UTeach Steering Education. Committee, the Texas Education Agency’s (TEA) STEM Educator Standards Committee, TEA Math TEKS PD Advisory For the past five years, Deborah has taught a variety of Board, E3 Alliance College and Career Success Leadership classes in Round Rock Independent School District (Texas), Team, and NSF’s Texas Girls Collaborative Project Champions including IB computer science, AP computer science, and Board. independent studies in Computer Applications. She also has sponsored several clubs, including the Texas Alliance of Minority Engineers, the National Technical Honor Society, Computer Science Club, Skills USA, and Computer Closing Plenary: School 2.0: Applications UIL, all in hopes of recruiting more girls into computer science and engineering. In 2015, Deborah was Creating the Schools We Need awarded a $5,000 grant from IBM to engage more girls in computer science. She was also recently nominated and unanimously appointed to the boards of TAME (Texas CHRIS LEHMANN Alliance of Minority Engineers) and ACET (Alliance of Computing Educators of Texas). She is the vice president of Chris Lehmann is the founding TACSE (Texas Alliance of Computer Science Education), which principal of Science Leadership is the CSTA chapter of Central Texas, and she is the 2015 Academy, an inquiry-driven, project- and 2016 recipient of the National Center for Women in based modern high school in Technology Educator Award for the Austin Affiliate. Deborah Philadelphia. The school is the first was selected as one of the top 100 Computer Science Dell Center of Excellence, was named teachers in the country and invited to attend the Hour of one of the Ten Most Amazing Schools Code in the White House in 2014. by Ladies Home Journal, was featured in the PBS documentary Digital Media: New Learners for the 21st Century, and CAROL FLETCHER: PANEL MODERATOR has been written about in publications including Edutopia Magazine, EdWeek and the Philadelphia Inquirer. Dr. Carol Fletcher is the Deputy Director of the Center for STEM In 2014, Chris won the McGraw Prize in Education. In Education at UT Austin, where she 2013, he was named Outstanding Leader of the Year by manages the day-to-day operations of the International Society of Technology in Education. In a statewide professional development 2012, Chris was named one of Dell’s #Inspire100, one of program for STEM teachers (the TRC), 100 people changing the world using social media. And in serving more than 9,000 educators 2011, Chris was honored by the White House as a Champion annually through 57 projects involving of Change. In 2013, Chris co-founded Inquiry Schools and all 20 Texas Education Service Centers, serves as chair of its board. Chris has spoken at many 40+ colleges and universities, and 800+ conferences, including TEDxPhilly, TEDxNYED, SXSW and school districts. Carol has also been elected to five terms on ISTE. Chris is co-editor of What School Leaders Need to Know the Pflugerville ISD Board of Trustees since 2001, serving as about Digital Technologies and Social Media, author of the Board President for five years. blog Practical Theory, and dad to Jakob and Theo. Carol is active in legislative and school finance issues as well as issues related to STEM education and school accountability. Her experiences as a teacher, policymaker, parent, and university administrator result in a unique perspective on the challenges and potential solutions our country faces regarding STEM education and workforce development. She has served in numerous leadership roles that bridge the gap between education, workforce, 4 FEATURED SPEAKERS Tuesday, May 24 FSU-TEACH GRADUATES IN THE CLASSROOM: AN 10:00 a.m. – 5:00 p.m. Registration INDUCTION REPORT ANALYSIS Ellen Granger, Director, office of Science teaching activitieS, floriDa State REGISTRATION | LEVEL 2 univerSity Sherry Southerland, co-Director, fSu-teach, floriDa State univerSity 11:00 a.m. FSU-Teach induction program provides teaching supplies, curricula, NCTM/NSTA membership, etc. to graduates. Importantly, graduates are visited twice a year by STUDENT ORIENTATION | 203 master teachers for their first two years of teaching. For UTeach students only! Join us for a student orientation This presentation is an analysis of common threads from from 11:00 am to 11:45 am. We will have lunch afterward in observations of our graduates’ teaching as recorded in The Carillon, including a welcome from the National Math induction visit reports. This analysis provides a classroom and Science Initiative. snapshot of FSU-Teach teachers early in the profession and is a first step toward data collection on this topic. 1:00 – 2:30 p.m. Opening Plenary UTEACH ACADEMY OF INNOVATIVE TEACHING AND OPENING PLENARY: COMPUTER SCIENCE FOR ALL | LEARNING: PROFESSIONAL DEVELOPMENT FOR K-12 STEM BALLROOM EDUCATORS| 102 Carol Fletcher,
Load more

Recommended publications
  • I Expanding and Strengthening the STEM Teacher Workforce Through
    Expanding and Strengthening the STEM Teacher Workforce Through UTeach Table of Contents Overview ................................................................................................................................... 1 A. Project Design ...................................................................................................................... 2 A.1. UTeach STEM Teacher Preparation and UTeach Computer Science –Exceptional Approaches ..................................................................................................................... 2 A.2. Improving STEM Instructional Practices Through UTeach Pre-Service and In-Service Teacher Development ..................................................................................................... 8 A.3. Leveraging Existing Partnerships .................................................................................. 17 A.4. Targeting High-needs Schools and Students.................................................................. 18 A.5. Addressing the Needs of High-needs Students .............................................................. 20 B. Project Significance ........................................................................................................... 21 B.1. National Impact ............................................................................................................ 21 B.2. Cost Effectiveness......................................................................................................... 23 B.3. Sustaining
    [Show full text]
  • Uteach Conference 2014
    UTeach Conference 2014 8th Annual May 20–22, 2014 THE UNIVERSITY OF TEXAS AT AUSTIN Program AT&T Executive Education and Conference Center • Austin, Texas Featured Speakers Keynote Opening Plenary JAMES GATES ARTHUR LEVINE Sylvester James “Jim” Gates, Jr., is a Arthur Levine is the sixth president University System Regents Professor, of the Woodrow Wilson Foundation. the John S. Toll Professor of Physics at Before his appointment at Woodrow the University of Maryland, College Wilson, he was president and Park, the Center for String and Particle professor of education at Teachers Theory Director, and serves on College, Columbia University. He President Barack Obama’s Council of also previously served as chair of the Advisors on Science and Technology, higher education program, chair of the and on the Maryland State Board Institute for Educational Management, of Education. He received two B.S. and senior lecturer at the Harvard Graduate School of degrees and a Ph.D. degree from Massachusetts Institute of Education. Technology. His doctoral thesis was the first thesis at MIT to deal with supersymmetry. Dr. Levine was also previously President of Bradford College (1982–1989) and Senior Fellow at the Carnegie Foundation In 2012, Dr. Gates was named a University System of and Carnegie Council for Policy Studies in Higher Education Maryland Regents Professor, only the sixth person to (1975–1982). He received his bachelor’s degree from be so recognized since 1992. He was recently elected to Brandeis University and his Ph.D. from the State University of membership in the National Academy of Sciences, the first New York at Buffalo.
    [Show full text]
  • The University of Tennessee Title Vi Implementation Plan 2012-2013
    THE UNIVERSITY OF TENNESSEE TITLE VI IMPLEMENTATION PLAN 2012-2013 Revised: September 2012 THE UNIVERSITY OF TENNESSEE TITLE VI IMPLEMENTATION PLAN 2012-2013 Table of Contents Overview of the University of Tennessee Compliance Program ......................................1 Goals .................................................................................................................................2 Major Objectives ...............................................................................................................2 Title VI Activities by Units ...............................................................................................3 Federal Program or Activities .........................................................................................10 Federal Assistance/Guidance ..........................................................................................12 Statement of Assurances .................................................................................................12 Effecting Compliance .....................................................................................................12 Organization of the Civil Rights Office/Civil Rights Coordinator .................................13 Data Collection and Analysis..........................................................................................14 Definitions.......................................................................................................................15 Discriminatory Practices .................................................................................................15
    [Show full text]
  • Cross Sections Fall 2010.Indd
    THE NEWSLETTER OF THE UNIVERSITY OF TENNESSEE DEPARTMENT OF PHYSICS AND ASTRONOMY CROSS SECTIONS Fall 2010/Winter 2011 Training the best students to meet the toughest energy challenges he sign on Professor Lee Riedinger’s new office door reads the tutelage of CIRE faculty—offer them the chance to work on T“Assistant Hall Director,” a vestige of the days when Greve large-scale, problem-oriented research with the combined resources Hall housed undergraduate students requiring supervision. The of the university and the national laboratory. Their doctoral office itself still looks very much like the non-descript dormitory degrees will bear the new major: energy science and engineering. room it once was. But Riedinger sees beyond the closets and “That’s the core unit of CIRE,” said Riedinger, who became the built-in bureaus and envisions this space for what it will be, as center’s first director on September 1. he sees the entire fourth floor of Greve Hall—a bustling, vibrant The first step along this path actually came about a year community of top students and faculty dedicated to solving energy ago, before CIRE, with the introduction of the UTK-ORNL challenges. Distinguished Fellowship Program. Designed for highly- In January 2010 the Tennessee General Assembly passed motivated doctoral students in three fields—materials science and legislation to develop an interdisciplinary program in energy engineering, computational science and engineering, and nuclear science and engineering at UTK that would provide students with science and engineering—these fellowships allow students to earn an opportunity to “undertake transformative research activities.” a Ph.D.
    [Show full text]
  • Uteach Conference 2015
    UTeach Conference 2015 9th Annual May 19–21, 2015 THE UNIVERSITY OF TEXAS AT AUSTIN Program AT&T Executive Education and Conference Center • Austin, Texas Featured Speakers Keynote Opening Plenary ROBERT KRULWICH TRICIA BERRY Co-host of NPR’s Radiolab, Robert Named one of the 100 Women Leaders Krulwich is one of the most original in STEM by STEMconnector, Tricia Berry and widely listened to broadcasters in leads efforts to recruit and graduate the world. women in the Cockrell School of Engineering as Director of the Women in Krulwich illustrates hard-to-see Engineering Program at The University of concepts in science with anything at Texas at Austin. She concurrently serves his disposal, using drawings, cartoons, as Collaborative Lead for the Texas Girls videos, and more. Early in his career, Collaborative Project (TxGCP), leading he applied his signature style to the dissemination of STEM best prac- technology and economics as well as science. Over the years, tices and informal curriculum across Texas in coordination with he has explored the structure of DNA with a banana; created the National Girls Collaborative Project. Through both roles, she his own Italian opera, “Ratto Interesso,” to explain how connects and supports organizations and individuals working to the Federal Reserve regulates interest rates; and explained advance gender equity in STEM fields across Texas and beyond. arbitrage by wearing Groucho glasses. Berry is also Co-Founder and Executive Vice President for 825 Basics, helping people with tools to craft their career strategies, “I like talking about big ideas, and I especially like creating find their passions, and achieve career and life success.
    [Show full text]
  • Uteach-Annual-Report-Sept-2017.Pdf
    2017 UTEACH UTeach at 20 Celebrating success and envisioning the future We prepare teachers. They change the world. UTeach expands access to STEM education and improves STEM learning outcomes for all students by supporting a national network of universities and STEM educators committed to increasing the number of high-quality teachers and expanding access to inquiry-based curriculum. 20 years of innovation Since 1997, UTeach at The University of Texas at Austin has offered a unique pathway for STEM majors to earn their secondary teaching certification without adding additional time or cost to their degree. This innovative solution allows UTeach to produce secondary teachers with deep content knowledge and inquiry-based pedagogical strategies. Forty-five other universities in the U.S. have adopted the UTeach model since 2008. Together, we have produced 3,272 graduates. UTeach programs produce teachers at a lower cost than other leading programs, and our graduates stay in teaching longer, improve student performance in math and science, and influence students to enter STEM fields. The next 20 years We envision a future where every student develops an appreciation for the critical role that science, technology, engineering, and mathematics play in our everyday lives and in driving future progress and solving human problems. We envision a future where scientists, engineers, mathematicians, and computer scientists reflect the diversity of the United States, where STEM fields welcome everyone regardless of background or circumstance, and where all students can see themselves reflected in the larger STEM community. We envision a future where all students have teachers who can spark inspiration and help them develop a passion for STEM subjects.
    [Show full text]
  • Uteach National Expansion 2020 SPRING
    UTeach National Expansion 2020 SPRING UTeach answers the challenge for universities to train more science, mathematics, computer science, and engineering teachers by enabling students studying these disciplines to earn teaching credentials without additional time or cost beyond their degrees. A unique collaboration among colleges of science, education, and liberal arts, UTeach prepares teachers with deep content knowledge and proficiency with pedagogical strategies that promote student mastery of science, technology, engineering, and mathematics (STEM) principles and concepts. UTEACH NATIONAL EXPANSION PROGRAM UTEACH PROGRAM GRADUATES UTeach is at 45 universities in (CUMULATIVE) 23 states and the District of Columbia. Actual graduates 2018 2019 2020 4548 5270 6053 Projected graduates 2021 2023 2025 6767 8195 9623 UTeach graduates are projected to teach more than 800,000 STEM students annually by 2025. The UTeach Institute supports a national community that improves STEM education by increasing the number and diversity of high- quality teachers and improving access to inquiry-based curriculum. The University of Texas at Austin | College of Natural Sciences | [email protected] | www.uteach-institute.org ANNUAL NATIONAL UTEACH GRADUATE PRODUCTION THROUGH 2019–2020 800 783 ANNUAL UTEACH GRADUATES 722 NATIONWIDE 700 655 n = 6,053 611 620 600 514 522 500 478 400 367 300 200 169 86 100 66 74 74 71 66 54 2 33 46 40 0 2010–112011–122012–132013–142014–152015–162016–172017–182018–19 1999–002000–012001–022002–032003–042004–052005–062006–072007–082008–092009–10
    [Show full text]
  • Project South Texas Academic Program Working Groups Final Report Uteach Working Group Co-Chairs Roger Contreras (UTB), Kristine
    Project South Texas Academic Program Working Groups Final Report January 31, 2014 Working Group Name UTeach Working Group Co-Chairs Roger Contreras (UTB), Kristine Lowe (UTPA) Working Group Members James Curts (UTPA), Reynaldo Ramirez (UTB), Timothy Sears (UTPA), Gustavo Valencia (UTB) Executive Summary The UTeach program at The University of Texas-Pan American (UTPA) and The University of Texas at Brownsville (UTB) is an excellent avenue toward success in achieving the goals of improving education in the Rio Grande Valley (RGV) of Texas. UTeach trains high quality STEM teachers who could train current educators in subjects they are assigned to teach. The program addresses the need for high-quality educators and provides UTeach students a secondary teacher career option in addition to their respective degrees in mathematics or science. In addition, these well-trained STEM teachers will have a great effect on student performance in secondary schools across the LRGV and the state. UTB and UTPA are working together not only to fulfill the goals of the program, but also to help develop a better future for residents of the RGV. UTPA and UTB are two of seven universities in the State of Texas replicating the UTeach model developed at The University of Texas at Austin in 1997. The UTeach Institute was established in 2006 in response to national concerns about the quality of K-12 education in the STEM fields. Since 2006, the UTeach Institute has supported the replication of UTeach at 35 Universities across the United States and has led efforts towards continuous improvement of the UTeach Model.
    [Show full text]
  • Chronicling the Success of Uteach
    Chronicling the Success of UTeach 2011 Annual Report: Transforming the System. Changing the Culture. In the national movement to better prepare students to achieve academic success, more emphasis is being placed on equipping students with the problem-solving and analytical skills most often associated with STEM (science, technology, engineering and math) education. As a result, the need for more math and science teachers is on the rise. In fact, some analysts say that the U.S. will need 200,000 more math and science teachers by 2015 in order to meet ongoing education demands. They also say that the pool of math and science teachers with strong content knowledge is on the decline. UTeach was created at the University of Texas at Austin in 1997 to respond to national concerns about the quality of K-12 STEM education. The program's premise is to recruit the brightest science, math and computer science majors into secondary teaching careers. It also prepares students through an advanced field-intensive curriculum and promotes retention through support and ongoing professional development. Helios Education Foundation invested $3 million into the UTeach initiative in 2007 at the University of Florida, Northern Arizona University and Florida State University, providing a $1 million match at each school to help establish each program. Since then, all three programs have successfully recruited, taught and graduated math and science students. "We started with two master teachers and a handful of students," said Tom Dana, Associate Dean, Academic Affairs, College of Education at the University of Florida. "Now we have four master teachers and 177 students enrolled in various coursework," he added.
    [Show full text]
  • Taking the Lead Expanding Multidisciplinary Research and Tech Commercialization Talented Students Matched with Exceptional Researchers
    The magazine for the College of Science and Technology Outlook FALL 2011 Taking the Lead Expanding multidisciplinary research and tech commercialization Talented students matched with exceptional researchers. Advanced theory matched to hands-on experience. Your contribution matched by our commitment. The Undergraduate Research Program offers CST students the opportunity to work alongside Temple’s most experienced researchers. But many URP students have to work at jobs off campus, and that means less time in the lab working on today’s most difficult challenges. Your gift to URP will provide students with hourly stipends for lab work. CST will then match your financial contribution—on a one-to-one basis— so that your gift will go twice as far. Together, we can help URP students spend more time in the lab, earn money for living expenses and learn what it takes to excel in advanced research before they graduate. To make a gift to the Undergraduate Research Program, use the enclosed envelope or go to myowlspace.com/giving. Outlook Outlook is a magazine for all Temple 14 20 alumni who earned a degree in the sciences and friends of the College of Science and Technology (CST). College of Science and Technology 400 Carnell Hall 1803 North Broad Street Philadelphia, PA 19122 (215) 204-2888 [email protected] Hai-Lung Dai, PhD Dean and Laura H. Carnell Professor of Chemistry Victoria Blevins Director of Development Gregory Fornia Director of Communications Design and Photography Temple University Creative Services Ryan Brandenberg, Photographer Joseph Labolito, Photographer features Betsy Manning, Photographer Expanding Research Across Campus F ind us on CST is taking the lead in multidisciplinary research and F acebook 14 tech commercialization.
    [Show full text]
  • The Florida State University College of Education
    THE TORCH THE FLORIDA STATE UNIVERSITY COLLEGE OF EDUCATION LIGHTING THE WAY FOR HIGHER EDUCATION FOR OVER A CENTURY FROM THE DEAN TABLE OF CONTENTS FEATURES Welcome to the 2009 edition of The TORCH. We are delighted to share with you many of the wonderful things 7 Strength in the Storm that have happened at the College of Education over the past year. From being ranked in the top 50 Colleges of STRENGTH Education in America by U.S. News and World Report in 15 Building for the Future 2009 America’s Best Graduate Schools to opening a new wing of the Mode L. Stone Building, it has been a busy and SKILL exciting time for us all. THE TORCH 26 Bringing Hope to Afghanistan MAGAZINE ,QWKLVLVVXH\RXZLOOÀQGLQVSLUDWLRQDOVWRULHVDERXWDOXPQL CHARACTER Marcy P. Driscoll, Dean ARTICLES College of Education who have overcome great odds and offered personal 850.644.6885 VDFULÀFH WR SURPRWH WKH JUHDWHU JRRG RI KXPDQNLQG FSU-Teach: Two majors. Four Years. 4 Editor Dillard University President Marvalene Hughes speaks to A Lifetime of Opportunity Nash McCutchen rebuilding the Dillard community, physically and spiritually, Snapshot: 6 Contributors after the harrowing destruction of Hurricane Katrina, Candice Franco Educational Leadership & Connie Harris and Lieutenant Micah Chapman relays his experience Policy Studies Emily Keeler Brittany Loney with building schools for children in Afghanistan. Barry Ray Snapshot: 14 Bayard Stern School of Teacher Education Andrew Watkins We will introduce to you the beautiful new wing of the Stone Building which has secured a more promising College of Education Rankings 20 Designer Emily Keeler IXWXUHIRURXUIDFXOW\DQGVWXGHQWV:HZLOODOVRSURÀOH )DFXOW\3URÀOH 21 Photography one of our newest faculty members who is engaged in Feeding Off Kryptonite Emily Keeler cutting-edge research in disability studies.
    [Show full text]
  • In Touch with Tuteach, June 2014
    In Touch With TUteach, June 2014 2014 TUteach Graduates Set High Standards. The TUteach class of 2014 maintained a tradition of academic excellence, and includes honors graduate Nicole Guynn, B.S., Biology with Teaching, and inorganic chemistry award winner Nicole Dunn, B.S. Chemistry with Teaching. The 18 future math and science teachers of the Class of 2014 also distinguish themselves through their dedication to careers in education. Tran Vo, a Mathematics with Teaching graduate, exemplified this excellence and dedication during her apprentice teaching at Philadelphia High School for Girls. The students in Tran’s classes earned top scores in school- wide tests. This year also saw TUteach’s first Physics with Teaching graduates, Colette Weaver, in February, and Calvin Wang, Noyce Scholar, in May. Colette and Calvin are seeking Physics teaching positions, an area of critical need regionally and nationally. TUteach Class of 2014, May 2014, mostly: Left—Front: Roshni Patel, Kim Pohl (Feb.), Rear: Eugene Levitsky, Donna Griffis, Former TUteach Co-Director Linda Jones, Nicole Guynn, Lisa Hansen, Alex Rotzal, and Tran Vo. Right: Linsa Sunny, Tran Vo, Nicole Dunn, Alex Rotzal, Ashley Devoy, Donna Griffis, Calvin Wang and Lisa Hansen. Not Pictured: Alyssa Jarrell. TUteach Continues Steady Enrollment Growth. In 2013-14, TUteach set a record for enrollment in its introductory course, “Step-1.” Combining fall and spring semesters, 89 students registered for Step-1, exceeding the old record of 71 by 25%. In Fall, 2014, direct admission of TUteach majors will accelerate the enrollment growth experienced since the program started; for the first time ever, incoming freshman and transfer students are now able to declare a TUteach major when they apply.
    [Show full text]