NMSI FEATURED AS COVER STORY OF PRISM MAGAZINE'S APRIL ISSUE

NMSI and its programs were recently featured in a thought-provoking cover story in the April issue of PRISM magazine, the flagship publication of the American Society for Engineering Education.
Referencing the dramatic increase in students enrolled in the Advanced Placement Training and Incentive Program who have taken and passed an AP exam, the article notes, Margaret Loftus writes, "...NMSI may finally achieve a breakthrough that has eluded so many outreach programs on which hundreds of millions of dollars have been spent annually: helping underrepresented minority students succeed in the STEM fields - science, technology, engineering, and math."
Click here to read the entire article...
Cover illustration by Alex Nabaum
|
NMSI'S BOARD OF DIRECTORS
+ Tom Luce NMSI Chief Executive Officer, former Assistant Secretary, U.S. Department of Education
+ Bruce Alberts Former President, National Academies
+ Norm Augustine Lead Director, NMSI, former Chairman and Chief Executive Officer, Lockheed Martin Corporation
+ Gaston Caperton President, College Board, and former Governor of West Virginia
+ Roger A. Enrico Chairman of DreamWorks Animation SKG, and former Chairman and Chief Executive Officer, PepsiCo
+ Nancy Grasmick Superintendent, Maryland State Department of Education
+ Bernard Harris, Jr., MD President and founder, the Harris Foundation, Inc., former NASA astronaut, first African-American to walk in space
+ Susan Hockfield President, Massachusetts Institute of Technology
+ Shirley Malcom, Ph.D. Head of education and human resources for the American Association for the Advancement of Science
+ Sally Ride President and CEO, Sally Ride Science, former NASA Astronaut, first American woman in space
+ Arthur F. Ryan Chairman, CEO, and President, Prudential Financial, Inc.
+ Beverly Daniel Tatum President, Spelman College
+ Roy Vagelos, MD Former Chairman and CEO, Merck & Co., Inc.
+ Charles M. Vest President, National Academy of Engineering, President Emeritus, Massachusetts Institute of Technology
+ Carl E. Wieman, Ph.D. Director of the Carl Wieman Science Education Initiative at the University of British Columbia
|
|
|

Dear Friends - Difficult times call for strong, unifying ideas and the National Math and Science Initiative (NMSI) is rising to that challenge. I am pleased to share that in our first year, the overall AP science enrollment increase in our program schools was an impressive 79 percent, and the overall AP math enrollment increase in our program schools was 53 percent. I invite you to read on to learn more about the increased enrollment of minorities in NMSI-funded AP classes as well as a host of other positive developments this spring -- the student winner of our inaugural video competition; the legislative advocacy trip NMSI organized for our state partners in Washington, D.C.; our appointment of two esteemed, new board members; the first national graduates in the UTeach replication program; an exciting announcement regarding UTeach; and the nomination of a teacher in one of NMSI's programs for a prestigious award. I also encourage you to read the cover story article on NMSI in the April issue of PRISM magazine, which is one of the most thoughtful overviews of our programs to date. Please take a moment to visit our website, www.nationalmathandscience.org, to learn more about our programs. We continue to welcome your comments and suggestions and encourage you to share them with us by e-mailing
This e-mail address is being protected from spambots. You need JavaScript enabled to view it
. Tom Luce CEO National Math and Science Initiative
|
| NMSI BOOSTS MINORITY STUDENT PARTICIPATION IN AP CLASSES |
The statistics from the National Math and Science Initiative's inaugural school year show that our Advanced Placement Training and Incentive Program is attracting game-changing numbers of students, particularly from under-represented groups. In its first year, the APTIP program has been established in 67 schools across six states -- Alabama, Arkansas, Connecticut, Kentucky, Massachusetts and Virginia. The students in those NMSI-supported programs represent approximately five percent of the six states' high school enrollment and 13 percent of the states' African-American and Hispanic high school enrollment. Next year, NMSI expects to expand the program into a total of 145 schools and represent on average more than 10 percent of the states' total high school enrollment and over a quarter of the states' African-American and Hispanic high school enrollment.
Additional data showing progress in the 67 APTIP schools includes: + The total number of passing AP science scores in 2008 by African-Americans in all of the public schools in the six states combined is 356. The total enrollment of African-Americans in AP science classes in NMSI's 67 schools for the first year of the program is 688, despite the fact that the participating program schools represent only 13 percent of the states' African-American high school enrollment. + NMSI's overall AP science enrollment increase in our program schools was a remarkable 79 percent. Even more impressive, the increase for African-Americans and Hispanics in AP science in our program schools was 154 percent. + NMSI's overall AP math enrollment increase in our program schools was 53 percent. The increase for African-Americans and Hispanics in AP math in our program schools was an even greater 94 percent. + In 2008, in all of the public schools in the six NMSI program states, there were 71,512 AP math and science exams taken. In 2009, in our 67 program schools, AP math and science enrollment is 7,176. Therefore, it is projected that our program schools will account for almost 10 percent of all math and science exams taken in the six states, despite the fact that our participating program schools represent only five percent of the states' high school enrollment. Many of these schools have not had robust AP math and science programs in the past, but their participation is now growing significantly.
State Specific Information: Alabama: + In 2008, in all of the Alabama public schools, there were 255 African-American AP science exams taken with 50 passing scores. In the 12 NMSI program schools, African-American AP science enrollment is 350; therefore, in 2009, it is projected that the 12 Alabama program schools will have more African-American students take, and also pass, AP science exams than the rest of the state combined. + In 2008, in all of the state's public schools, there were 2,307 AP science exams taken with 1,168 Passing scores. In the 12 NMSI program schools, AP science enrollment is 1,090; therefore, in 2009, it is projected that the 12 Alabama program schools will account for more than 30 percent of all AP science exams taken in the state. + In 2008, there were two African-Americans who passed AP physics exams in Alabama Public Schools, neither of which came from the 12 program schools. In 2009, it is projected that the 12 Alabama program schools will have 10 African-American students pass AP physics. + AP math and science enrollment for African-Americans and Hispanics increased 201 percent in the 12 Alabama program schools, from 162 to 487. Arkansas: + In 2008, in all of the Arkansas public schools, there were 6,708 AP math and science exams taken with 1,872 passing scores. In the 10 program schools, AP math and science enrollment is 1,354; therefore in 2009, it is projected that the 10 Arkansas program schools will account for more than 15 percent of all AP math and science exams taken and more than 20 percent of all the AP math and science exams passed in the state. + In 2008, there were 11 passing AP science scores by African-Americans in all public schools in the state. The 10 NMSI program schools have an African-American AP science enrollment of 83; therefore, in 2009, it is projected that the 10 program schools will have at least twice as many African-American passing scores than the rest of the state combined. + AP math and science enrollment for African-Americans and Hispanics increased 106 percent in the 10 program schools, from 132 to 272. Connecticut: + In 2008, in all of the Connecticut public schools, there were 31 African-American students passing AP science exams. In the nine NMSI program schools alone, AP science enrollment for African-Americans is 65.
+ AP math and science enrollment for African-Americans and Hispanics increased 167 percent in the nine NMSI program schools, from 78 to 208. Kentucky: + In 2008, in all of the Kentucky public schools, there were 802 AP chemistry exams taken with 279 passing scores. In the 12 NMSI program schools, AP chemistry enrollment is 239; therefore in 2009, it is projected that the 12 program schools, which account for only 5.5 percent of all Kentucky high schools that report AP scores, will account for more than 25 percent of all AP chemistry exams taken, as well as passed, in the state.
+ The number of AP math, science and English tests taken in the 12 program schools is expected to almost double - from 990 to over 1,800.
+ The Kentucky program, partly due to receiving two federal grants and local school contributions as well as NMSI support, will be adding 15 schools next year and have 27 schools in the AP training and incentive program, with an early 2009-10 estimate of over 5,000 enrollments in math, science and English AP courses. Massachusetts:
+ In 2008, in all of the Massachusetts public schools, there were 66 African-American students passing AP science exams. In the 10 NMSI program schools, AP science enrollment for African-Americans is 95.
+ The Massachusetts program has already received grants from 27 partners, including several foundations, businesses and the Massachusetts Department of Education. Virginia: + In the 14 NMSI program schools in Virginia, AP math and science enrollment for African-Americans and Hispanics increased 164 percent, from 55 to 145.
+ The number of AP math, science and English tests taken in the 14 program schools is expected to more than double - from 1,006 to more than 2,000. |
| NMSI HOSTS SUCCESSFUL ADVOCACY TRIP TO WASHINGTON D.C. |
| In March, NMSI organized an advocacy trip to Washington, D.C. as part of our spring convocation. Each of our state partners brought a delegation that represented a strong coalition of support from all sectors: public, private and non-profit. The visit was designed to:
+ Inform key policy makers and legislators of NMSI's replication success in the past year of operations.
+ Highlight the impressive Advanced Placement Training and Incentive Program results in Alabama, Arkansas, Connecticut, Kentucky, Massachusetts and Virginia.
+ Demonstrate the demand for the Advanced Placement Training and Incentive Program in 22 additional states.
+ Position NMSI as the federal government's best hope for getting results quickly on a national scale. NMSI executives and state partners met with education policy makers legislators to highlight our first-year results. The group reinforced the message that immediate results are possible through replicating proven programs. |
TRAVIS GRENIER NAMED GRAND PRIZE WINNER OF NMSI'S STUDENT VIDEO COMPETITION
|
Travis Grenier has been selected as grand prize winner of NMSI's FILMS (Fun Is Learning Math and Science) Video Competition, a nationwide effort to raise American math and science achievement. Travis, a junior at Franklin County High School in Rocky Mount, Va., created an animated video with a hip-hop soundtrack called "Crank Dat Calculus." As the top national winner, Travis received a $3,000 college scholarship. His award was presented in March by U.S. Rep. Tom Perriello, D-Va., at the NMSI convocation at the National Academy of Sciences in Washington, D.C. Grenier also received an all-expenses-paid trip to DreamWorks Animation in Los Angeles. He currently is enrolled in AP Calculus, AP English and AP History classes.
Two other finalists tied for second place: "Trapezoidal Sum," produced by Matt Albritton and Seth Biazo at Springdale Har-Ber High School in Springdale, Ark., and "Math and Science are F=µN!," produced by Robert Henry Schmidt and Nicholas A. O'Connor of Northampton High School in Northampton, Mass. The second place winners received scholarships of $2,000.
Supported by DreamWorks Animation, Exxon Mobil Corporation and Texas Instruments, the contest was designed to engage high school students in promoting math and science education to their peers throughout the country.
We encourage you to view the entries on YouTube by clicking here.

Top image: Congressman Tom Perriello presents Travis Grenier with a scholarship. Bottom image: NMSI FILMS winners are pictured with representatives from Exxon Mobil and NMSI.
|
| FIRST GRADUATES OF NMSI'S NATIONAL UTEACH PROGRAM MAKE HISTORY |
Two college students are making history in May as the inaugural graduates of the UTeach program that is being replicated across the country by the National Math and Science Initiative (NMSI). Ricardo Garcia will be the first student in the teachHOUSTON program to receive his diploma at the University of Houston and Andie Grasmick Nye will be the first to graduate from the UKanTeach program at the University of Kansas. Because they entered the teaching program during their sophomore years, they both enrolled in an escalated number of education courses in order to complete the program and still graduate in four years. Both plan to begin teaching in the fall. "These graduates -- both honor students -- show the high caliber of students that these programs are attracting. They are the beginning of a new generation of teachers with a strong background in math and science. That's an infusion of talent that our country desperately needs," said Tom Luce, CEO of NMSI. More than 1,100 students are now enrolled at 13 universities in replicas of the successful UTeach program. The UTeach program was initiated 12 years ago by the University of Texas at Austin and is being replicated nationwide by NMSI. Since its inception in 2007, NMSI has issued nearly $30 million in grants to expand the program to universities throughout the U.S.

About Ricardo Garcia
Ricardo Garcia, 21, is an honors mathematics major at the University of Houston. As valedictorian of his high school class and a whiz at mathematics, Ricardo could have chosen all manner of careers in college, from finance to engineering. But he chose teaching, because he wants to help ignite the talents of young people. On May 14, Ricardo will make history as the first graduate of the teachHOUSTON program when he receives his math degree from the University of Houston. Thanks to the innovative program, he also will have the education courses necessary to become certified as a math teacher and will be able to start teaching next fall. Ricardo's mentors at teachHOUSTON use words like "stand out," "self-motivated" and "trailblazer" to describe him. "He truly has a heart for teaching," says Susan Williams, one of the master teachers in the teachHouston program. Perri Segura, also a master teacher in the teachHOUSTON program, said Ricardo had a special talent for technology and had often volunteered to help improve the technology applications in the program. "When we got a new Active Board, Ricky volunteered to go through all 50 of the tutorials and then teach us. And he did," Segura said. Ricardo says he knew the minute he heard about the teachHOUSTON program that he wanted to participate. "I've always liked helping people, and I figure teaching is one of the best ways to do that," he explains. So when he received an email announcement about the program, he signed up immediately. Because he was a sophomore and had to complete the program in three years instead of four, he doubled up on some of his classes so he could still graduate on time. Ricardo was convinced that he was on the right track when he taught his first practice class. "It was exciting. You get a lot from the students. It was not the grade level that I wanted to be teaching, but it was good because I got to get in front of real students and see what it was going to be like in the classroom. I was hooked." He has nothing but high praise for the caliber and warmth of the teaching staff at the Houston program. "The teachHOUSTON program has meant the world to me. The people here are like my family and this has been like a home," Ricardo says. The University of Houston is one of the 13 universities around the country now offering the teaching program, which is being replicated nationwide by NMSI. The University of Houston was the first UTeach replication site and was launched in 2006 thanks to a $1.05 million grant from the Texas High School Project (THSP), which is a public-private partnership in Texas designed to increase high school graduation rates. As part of the program, Ricardo served as a student teacher at Clements High School in Sugar Land, Texas, (Fort Bend ISD) and says taking charge of a classroom has gotten easier with practice. "When I started practice-teaching, I thought teaching Algebra I would be a piece of cake. But you have to communicate very clearly with students so they will understand the material and understand what you are asking. I like students to be interactive with their own learning, so they can figure things out. My job is to give them the tools they need so they can make the connections they need." Known to his friends as "Ricky," Ricardo was a valedictorian of Santa Fe High School in Galveston County in Texas, and he is graduating magna cum laude from college. His older brother, Tomas Garcia Jr., also is graduating in May from the University of Houston at Clear Lake and also intends to be a teacher. "We've had two uncles and an aunt in our family who were teachers, so it's something we've seen and admired," he said. "And our parents have shown us the value of helping others." For his first two years of college, Ricardo worked part time and holidays at a local department store to help pay for his education, and subsequently, he worked in the teachHOUSTON project office. Thanks to that assistance, as well as scholarships, he graduated debt-free. This fall he plans to begin his career as a high school math teacher in Fort Bend County. As he prepared to celebrate his graduation, Ricardo observed, "Teaching may not pay as much as some fields, but it's not about the money. It's about the students and being able to push them to do what they can. We need people who can communicate clearly with students so more people can go out and shape the world. I want to make a difference...and I believe this is the way for me to do it." About Andie Grasmick Nye Andie Grasmick Nye, 22, is an honors mathematics and political science major at the University of Kansas. Andie offers this good advice for younger students trying to decide which career to pursue: "If you like math and don't want to work in an office all day, teaching is a GREAT opportunity -- and you get the chance to change people's lives. There aren't many careers where you can have that kind of impact." When she was in high school in Denver, Colorado, Andie says that initially she wasn't particularly keen on math. "I didn't dislike it, but I didn't necessarily like it," she admits. Then she took pre-Calculus her junior year and "absolutely loved it and loved my teacher." The teacher encouraged her to take more calculus classes, and she soon realized, "I could do math." By the time she arrived at the University of Kansas in Lawrence, Kan., Andie knew she wanted to be a math teacher, but she wanted to keep her options open, so she pursued a double major in political science and mathematics. "I definitely wanted to major in math, but I also had an interest in political science. I learned a lot in those classes about racial and income disparities in education, which are the kind of social issues that you will run into as a teacher, so it will be helpful background." When Andie heard about the UKanTeach program her sophomore year, she realized it would be a perfect fit for her interests in math and teaching. "I used to think teaching was standing up in front of a class and just showing examples. The UKanTeach program opened my eyes about how exploratory studying math can be. They are on the cutting edge of teaching math. The fact that you get a degree in your field means that I will go into my job knowing more math content. I have taken tons of math and engineering and science classes, which will help me be well-rounded." Andie says she particularly liked that the UKanTeach faculty treat the program participants like their colleagues rather than their students. "They definitely respect our opinion and when I felt something could be better, I definitely let them hear about it. They are really great about encouraging feedback. It is easy to respect them because they have been teachers themselves and have direct experience in the classroom, so they can speak from experience and with authority. They are always trying to meet our needs as learners, always working to help us." Her UKanTeach mentors return the compliments by pointing out that Andie was in almost every one of their first UTeach replication courses as they were rolled out at KU. "As one of our 'guinea pigs,' she has been incredibly valuable to us as we work to meet the UTeach curricular expectations and fine tune our courses," says master teacher Margie Hill. "She is a delightful young woman. I just got back from watching her in action in the classroom, and she is GREAT." Even with a double major, planning her wedding her senior year and preparing for her practice teaching classes, Andie is graduating this May with a 3.61 grade point average on the 4-point system. She has also been recognized as an honor roll student multiple times. During her sophomore year, Andie also worked as a tutor in the KU athletic department, teaching math to a half-dozen student athletes from various sports, including football, track, golf and swimming. She says the experience taught her a lot about teaching. "Only one was an engineering student, so they weren't necessarily the best math students, and I had to modify the way I explained things. It really helped me learn how to explain things several different ways, because what makes sense to one student may not necessarily make sense to another student." Andie applied some of what she learned as a tutor to her practice teaching for the UKanTeach program and searched for ways to help the students relate to the subject matter. When teaching quadratic equations, for example, she offered projects that they might be find fun, such as going shopping at their favorite store to see how to maximize cost savings and then graphing the data. "It makes it more interesting to make it personal," she says.
As a special graduation bonus, Andie learned just as she was on her way to her graduation dinner, that she has been offered a teaching position at the high school she attended in Denver. "Being able to return to Colorado to teach is perfect," she said. "I'll have a sense of belonging, since it is my old high school, and I'll be close to the Colorado outdoors -- skiing, hiking, bike riding. I love being active, which is probably why I didn't want a regular office job."
Becoming one of the first graduates of the national UTeach program was not something she anticipated, Andie said, but she definitely plans to recommend the program to others. "It's really a great program, very progressive. I think they are definitely ahead of the curve." |
| UTEACH NAMED ONE OF THE TOP 50 INNOVATIONS IN AMERICAN GOVERNMENT |
Harvard's Ash Institute for Democratic Governance and Innovation recently named UTeach Natural Sciences one of the Top 50 Innovations in American Government.
According to the announcement from the University of Texas at Austin, the Top 50 were selected from more than 600 applicants. Six of the selected 50 will be named Innovations in American Government award winners in September.
UTeach Natural Sciences was chosen for its record as an innovative secondary math and science teacher preparation program. Successes of the program include increased graduating class size (now 70 graduates annually), excellent teacher performance and retention (80 percent of teachers are still teaching after five years, compared with 70 percent nationally) and national replication expansion.
Click here to read the entire announcement...

|
NMSI ELECTS NOBEL PRIZE WINNER AND LEADING EDUCATOR TO BOARD OF DIRECTORS
|
 In late April, NMSI named Nobel Prize winner Carl E. Wieman, Ph.D., director of the Carl Wieman Science Education Initiative at the University of British Columbia, and Shirley Malcom, Ph.D., head of education and human resources for the American Association for the Advancement of Science, as the newest members of its Board of Directors. The appointments were announced at the NMSI spring board meeting in Washington, D.C.  "It is critical that our Board of Directors is filled with strong business, academic and philanthropic leaders, and we are honored that Dr. Malcom and Dr. Wieman have joined our board," said Tom Luce, CEO of NMSI. "Their deep knowledge of our nation's education system, coupled with their individual passion for improving math and science education, will be invaluable." Click here to read more...
|
|
ALABAMA TEACHER IN NMSI PROGRAM NAMED TEACHER OF THE YEAR
|
A science teacher in the NMSI Advanced Placement Training and Incentive Program, Yung Thi Bui-Kincer has been named Alabama Teacher of the Year. Joe Morton, the State Superintendent of Education, announced in Montgomery, Ala., that Bui-Kincer, who teaches at Booker T. Washington Magnet School in Montgomery County Schools, is the winner of the statewide honor. Morton called the award a "true accomplishment," and said choosing the 2009 Teacher of the Year from the outstanding group of finalists was a challenging task for the state judging committee.
The 2009-2010 Alabama Teacher of the Year award was broadcast in live-broadcast awards ceremony, "The 2009 Alabama Stars in Education," on May 13, which was held at the Renaissance Hotel and Convention Center in Montgomery.
Alabama's Teacher of the Year spends the majority of the school year serving as the spokesperson for education and the teaching profession as well as presenting workshops to various groups. Additionally, Alabama's representative is a candidate for the National Teacher of the Year Award.
The other finalists for the Alabama 2009 honor included Ann Marie Corgill, Riverchase Elementary School, Hoover City Schools; Shannon Finley, Alexandria Elementary School, Calhoun County Schools; and Virginia Vilardi, Wetumpka High School, Elmore County Schools.
|
TOM LUCE TO SPEAK AT GRANTMAKERS FOR EDUCATION STEM MEMBER BRIEFING IN WASHINGTON D.C.
|
Tom Luce, CEO of NMSI and former Assistant Secretary of the U.S. Department of Education, has been invited to participate in a roundtable session during a STEM member briefing held by Grantmakers for Education (GFE) in June in Washington D.C.
The roundtable will address "Advocating for Effective STEM Policies Locally, State-wide, and Nationally: How Foundations, Corporations and Government can Work Together to Move a STEM Agenda." Other panelists include Michelle Cahill of the Carnegie Foundation and Bob Corcoran, President of the GE Foundation. Participants will share examples of what is happening at each level of government and what the effective strategies are to advocate for policy change.
Grantmakers for Education has a national network of more than 230 foundations, corporate giving programs and individual donors, which represent a diverse, experienced cross-section of grantmakers who improve programs, systems and institutions from pre-kindergarten through higher education.
|
May 27-29, 2009 - UTeach Conference, Austin, Texas Each year, the UTeach Institute hosts a conference in Austin, Texas. The UTeach Institute Annual Conference provides valuable opportunities for learning more about UTeach and our progress in replicating this nationally recognized program. The conference serves a variety of audiences, which may include teams from the current cohort of replication sites, other interested universities, donors and foundations and universities working through the RFP process. The conference is an opportunity to: + Learn more about the highly successful UTeach program for preparing secondary math and science teachers + Learn more about the work of the UTeach Institute and the national replication of UTeach + Network with university faculty, administrators and others currently implementing UTeach programs across the country To Register for the conference, visit http://surveys.uteach-institute.org/se.ashx?s=2511374569DFAE0C
|
|
AP TRAINING AND INCENTIVE PROGRAM GRANTEES
|
|
Alabama A+ College Ready Arkansas Arkansas Advanced Initiative for Math and Science Connecticut Project Opening Doors Kentucky Kentucky Science and Technology Corporation Massachusetts Mass Insight Education Virginia Virginia Advanced Study Strategies
|
Arizona Northern Arizona University
California University of California at Berkeley
University of California at Irvine
Colorado University of Colorado at Boulder
Florida Florida State University
University of Florida
Kansas University of Kansas
Kentucky Western Kentucky University
Louisiana Louisiana State University
Pennsylvania Temple University
Texas University of Houston University of North Texas University of Texas at Dallas
|
|
To advance math and science education in the United States by expanding programs with proven results on a national scale in order to have a positive impact on America's 50-million-student public school system.
|
|
AP and Advanced Placement Program are registered trademarks of the College Board, which was not involved in the production of, and does not endorse, this product.
|
|
|
|