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In May, the National Math and Science Initiative (NMSI) and AP Strategies (APS) announced a $1.3 million grant and formal partnership with a consortium of Texas and international companies that are leaders in creating private-sector transportation infrastructure.
The five-year grant will fund implementation of the nationally recognized and highly successful Advanced Placement Training & Incentive Program (APTIP), a program that dramatically increases U.S. student achievement in Advanced Placement* math and science courses. Three high schools in North and Central Texas - each affiliated with a specific, major Texas roadway project currently under construction - will participate in the grant.
"This unprecedented financial commitment from the transportation infrastructure development industry represents a significant, long-term investment in the future of our state's workforce," said Tom Luce, CEO of NMSI and former U.S. Assistant Secretary of Education. "In today's global, high-tech economy, proficiency in math and science are essential: More than 50 percent of the jobs of the future will require a background in science, technology, engineering and math (STEM)."
Charlotte Carlisle, president of AP Strategies, which will administer the AP program over the next five years, added: "This tremendous show of support from the private sector will ensure thousands of new students in Texas will have the tools they need to succeed - paving the way for a stronger future for our state and our country."
The participating high schools, which were selected through a competitive grant process for program implementation in fall 2011, include:
Each of these high schools is located in a community directly impacted by the following highway projects:
- SH 130 project (Segments 5 and 6) in the greater Austin area, led by Cintra US and Zachry American Infrastructure
- North Tarrant Express project in Northeast Tarrant County, led by Cintra US, Meridiam Infrastructure, the Dallas Police and Fire Pension System, Ferrovial Agroman and Texas-based Webber
- LBJ Express project in Dallas, led by Cintra US, Meridiam Infrastructure, the Dallas Police and Fire Pension System, Ferrovial Agroman and Texas-based Webber.
"In the transportation industry, we are absolutely dependent on a highly educated workforce that has a strong background in science, technology, engineering and mathematics," said Nicolas Rubio, president of Austin-based Cintra US. "We anticipate that our support of this program will drive local students' interest in rigorous, college-level math and science classes. This translates to success in college and will open the door for them to careers in STEM fields with companies like ours."
NMSI's national AP program is based on a proven model that was developed in 1999 by Dallas-based AP Strategies, which will administer the program in the three new schools, in addition to 61 other schools across 15 districts in the state of Texas. The program utilizes a combination of intensive teacher training, open enrollment, preparatory classes for students and financial incentives for teachers and students to boost student achievement. In the last two years, the APTIP has produced a 97 percent increase in AP math, science and English exams passed by students in participating schools - seven times the national average. In addition, the number of AP exams passed by participating minority and female students has increased 155 percent and 116 percent, respectively.
AP Strategies will officially launch the program in the three selected high schools in August 2011, although teacher training sessions are already underway and will continue throughout the summer.
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The board of directors of the National Math and Science Initiative (NMSI) has announced that Dr. Mary Ann Rankin, Dean of the College of Natural Sciences at The University of Texas at Austin, will assume leadership of NMSI following the retirement of CEO and President Tom Luce in late summer.
"It is my pleasure to hand over the reins of NMSI to Dr. Rankin, who has played a strong role in the success of NMSI since its inception and is well-prepared to take NMSI to the next stage of national growth," Luce said.
Dr. Rankin, who has been dean of the College of Natural Sciences at The University of Texas at Austin from 1994-2011, will assume her new duties at NMSI on Aug. 1. Her leadership was instrumental in establishing the highly-acclaimed UTeach program for training math and science teachers, which has tripled in enrollment in the last three years.
"I'm very excited about this opportunity to further promote programs such as UTeach that were started at The University of Texas at Austin," said Rankin. "It's a critical time in this country. The Obama administration is very focused on improving science and math education in the U.S., and I'm excited to be part of that national effort."
Rankin received her bachelor's degree in biology and chemistry from Louisiana State University, served as a National Science Foundation pre-doctored fellow at the University of Iowa and Imperial College Field Station, Ascot, England, and was awarded a doctorate in physiology and behavior from the University of Iowa in 1972. She was a National Institutes of Health postdoctoral fellow at Harvard University until joining The University of Texas at Austin in 1975 as an assistant professor of zoology. In 1986, she was promoted to professor. Rankin was chairman of the Division of Biological Sciences from 1989 until her appointment as dean of the college of Natural Sciences in 1994.
Rankin's research focuses on studies of the physiologic relationships governing the evolution of insect life history strategies. She is a member of the American Entomological Society, the Royal Entomological Society and the American Association for the Advancement of Science. She current serves as vice chairman of the board of directors of Southwest Research Institute in San Antonio, Texas.
Luce, who has served as the founding CEO of NMSI since 2007, previously served as an Assistant Secretary of Education in Washington, D.C. He will remain active with the non-profit organization as a member of the NMSI board. Under his leadership, NMSI has implemented the Advanced Placement Training and Incentive Program in 10 states and expanded the UTeach program for training math and science teachers to 22 universities. The White House recently showcased the expansion of the Initiative for Military Families, which Luce has pioneered, to a total of 32 schools across the country serving students from military families.
A non-profit organization, NMSI has been at the forefront of public-private efforts to raise math and science achievement in the U.S. since 2007, when it was created with foundational support from Exxon Mobil Corporation, the Bill & Melinda Gates Foundation and the Michael & Susan Dell Foundation
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The All American Teacher of the Year awards annually recognize outstanding math, science and English teachers in NMSI's Advanced Placement Training and Incentive Program (APTIP) for their contributions to their students and to the teaching profession. The awards were given to one teacher each in Advanced Placement* math, science and English from seven states that participate in APTIP, along with two new awards this year: a teacher from a school participating in the Initiative for Military Families, which provides APTIP for students in schools that support military families, and a teacher from NMSI's virtual AP program, Learning Power, in South Dakota.
Among the honorees included teachers who have produced outstanding results by finding innovative ways to inspire students - from building a pneumatic, bolt-action T-shirt cannon for use at pep rallies; using exercise, chanting and creative movement as a way to learn statistics or taking students on an out-of-town field trip to hear an author speak about homelessness, which is a book the students read as a result of the school's focus to learn about social issues.
"These teachers have demonstrated a total commitment to their students' academic growth," said Tom Luce, CEO of NMSI. "Their efforts will help more of our nation's young people succeed in school, work and life."
Teachers were able to nominate themselves or be nominated for the All American Teacher of the Year Awards by program content directors, board members from each state AP organization, school leaders, or colleagues. To be eligible, the candidates had to be a current AP math, science, or English classroom teacher in a public high school participating in the NMSI APTIP, the Initiative for Military Families, or in the virtual program; demonstrate positive results in APTIP; and demonstrate a commitment to teaching as a career and be an inspiring model of excellence to others. Nominations were reviewed by a NMSI judging committee of educators.
To view photos from the events, please click here.
Following are the 2011 All American Teacher of the Year Award winners:
Alabama
English: Susan Caraway, Clay Chalkville High School, Pinson
Math: Matthew Massey, Buckhorn High School, New Market
Science: Shani Forbes, Huffman High School, Birmingham
Arkansas
English: Marsha Hudson, Rogers High School, Rogers
Math: Brian Leonard, Lake Hamilton High School, Pearcy
Science: Jason Walker, Russellville High School, Russellville
Connecticut
English: Samuel Scheer, Windsor High School, Windsor
Math: Kathleen Pointek, Windsor High School, Windsor
Science: Joseph Mancino, Windsor High School, Windsor
Kentucky
English: Amiee Cantrell-Webb, Johnson Central High School, Paintsville
Math: Brian Sullivan, Henderson County High School, Henderson
Science: Carlos Verdecchia, Bryan Station High School, Lexington
Massachusetts
English: Jennifer Clapp, Malden High School, Malden
Math: Joseph Nystrom, South High Community, Worcester
Science: Maureen Melanson, Methuen High School, Methuen
Texas
English: Shirley Cooper, Lincoln High School, Dallas
Math: Kathleen Murrell, J. Frank Dobie High School, Houston
Science: Kyle Voge, W. Charles Akins High School, Austin
Virginia
English: Ann Drew Gibbons, Franklin County High School, Rocky Mount
Math: Benjamin Bazak, Patrick Henry High School, Roanoke
Science: Jeffrey Steele, Liberty High School, Bedford
South Dakota - Excellence in Online Teaching
Science: Jensi Kellogg-Andrus, Learning Power Online Program
Initiative for Military Families
English: Ashley Ashcraft, Harker Heights High School, Killeen, Texas (Fort Hood)
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Nobel Prize winner Carl Wieman and Change the Equation CEO Dr. Linda Rosen kicked off a record-setting UTeach Institute-National Math and Science Initiative conference May 24-26 that drew 445 educators from around the country.
"There continues to be tremendous amount of interest and excitement about the UTeach program and the process for replicating it at other universities -- representatives from more than 50 universities attended the sessions this year," said Tracy Laquey Parker, Director of the UTeach Institute.
The UTeach Institute-NMSI Conference is an annual conference focused on the UTeach program, which is addressing the shortage of qualified secondary math and science teachers in the U.S. Attendees included UTeach students from across the country, donors, foundations, universities already implementing the program and other universities interested in future opportunities for replication.
In his UTeach plenary talk, "A Scientific Approach to Learning and Teaching Science," Dr. Wieman explained that students can learn to think scientifically just like they learn to play music or excel at sports - by practicing. "We need all students to think about and use science more like scientists," he said.
Saluting the progress made by UTeach and NMSI, Dr. Rosen said. "We know what works. We've got to scale it and spread it across the economy."
"Everyone needs to be STEM literate," she said, pointing out that only four of the top 10 companies receiving U.S. patents in 2009 were actually U.S. companies.
Nobel Prize winner Carl Wieman and Change the Equation CEO Dr. Linda Rosen kicked off a record-setting UTeach Institute-National Math and Science Initiative conference May 24-26 that drew 445 educators from around the country.
In his UTeach plenary talk, "A Scientific Approach to Learning and Teaching Science," Dr. Wieman explained that students can learn to think scientifically just like they learn to play music or excel at sports - by practicing. "We need all students to think about and use science more like scientists," he said. Click here to downlad Carl Wieman's conference presentation.
Dr. Wieman, who won the Nobel Prize in Physics in 2001, currently is Associate Director of Science for the White House Office of Science and Technology. He previously served as a member of the NMSI board and served as Director of the Carl Wieman Science Education Initiative at the University of Colorado at boulder and the Unviersity of British Columbia.
Wieman has most recently focused his research on science education, publishing a study in the May issue of the journal Science, for example, showing that undergraduates learn better through an active, iterative process that challenges misconceptions over traditional lectures. He speaks across the U.S. about research and improvement of methods in teaching undergraduates.
Saluting the progress made by UTeach and NMSI, Dr. Rosen said. "We know what works. We've got to scale it and spread it across the economy."
"Everyone needs to be STEM literate," she said, pointing out that only four of the top 10 companies receiving U.S. patents in 2009 were actually U.S. companies.
Dr. Rosen is leading Change the Equation (CTEq), a non-profit, non-partisan CEO-led initiative focused on solving America's innovation problem. The new nationwide network includes more than 110 CEOs who have pledged to connect and align their work to transform STEM learning in the United States. The initiative was launched last fall as part of the Obama administration's "Educate to Innovate" campaign in response to forecasts that the U.S. will be short as many as 3 million high-skills workers by 2018 and two-thirds of those jobs will require some post-secondary education.
Dr. Rosen told the UTeach attendees that science, technology, engineering and math (STEM) disciplines hold the most promise for an American economic recovery and competitiveness. She said STEM dependent careers have an annual growth rate of 6.2 percent, nearly four times the 1.6 percent growth rate for the total workforce.
In particular, she said, students who are the most needy aren't getting the teachers they need and UTeach can help fill that gap. Click here to download Linda Rosen's conference presentation.
Other speakers at the three-day event included Dr. Jere Confrey, Senior Research Fellow and Joseph D. Moore Distinguished Professor at the Friday Institute for Educational Innovation in the College of Education at North Carolina State University, and Dr. Alan Maloney, Senior Research Fellow and Extension Associate, also at the Friday Institute for Educational Innovation.
The UTeach Institute-NMSI Conference is an annual conference focused on the UTeach program, which is addressing the shortage of qualified secondary math and science teachers in the U.S. The UTeach Institute works in collaboration with NMSI to replicate the teaching program across the U.S. Attendees at the Austin conference included UTeach students from across the country, donors, foundations, universities working through the RFP process, and states and other universities interested in future opportunities for replication.
More than 100 workshops were offered in addition to general interest sessions. Topics included UTeach replication, instructional sequence, adaptations being implemented to expand and strengthen the UTeach model at universities across the country, fundraising and sustainability, state policy issues, and parallel initiatives to support STEM education and teacher preparation.
UTeach replication is now being implemented at 22 universities nationally. Ninety percent of students who enter the UTeach program go into public school teaching and 45 percent of UTeach graduates teach in high-need schools. Eighty percent of UTeach graduate hires are still teaching after five years, compared with fewer than 65 percent nationally.
This year's UTeach conference was held in conjunction with the Physics Teacher Education Coalition (PhysTEC) Conference and featured joint speakers and sessions. "Physics education is one of the areas of greatest need in the U.S. Just one third of high school physics teachers hold degrees in physics or physics education. It just made sense to bring together the universities across the country currently implementing UTeach with the 17 PhysTEC institutions to share ideas and best practices related to strengthening physics education," said Kim Hughes of the UTeach Institute.
For more information on UTeach, please click here.
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Seventy-three of the U.S. high schools recognized in May for excellence in preparing their students for college by The Washington Post are implementing NMSI's Advanced Placement and Incentive Program, more recognition that NMSI is having an impact across the nation.
In 1998, Jay Mathews, The Post's influential education editor, began ranking Washington-area public high schools using the Challenge Index, his measure of how effectively a school prepares its students for college. In 2011, the ranking was expanded to include high schools across the United States.
The formula is simple: Divide the number of Advanced Placement, International Baccalaureate or other college-level tests a school gave in 2010 by the number of graduating seniors. While not a measure of the overall quality of the school, the rating can reveal the level of a high school's commitment to preparing average students for college.
The rankings note the percentage of a school's students whose family incomes are low enough to qualify for federally subsidized lunches and who also apply for that program. The portion of subsidized-lunch applicants is a rough indicator of a school's poverty level.
They also note the Equity and Excellence rate, the percentage of all seniors who have had at least one score on an AP, IB or Cambridge test that would qualify them for college credit.
Inclusion in the list of 1,900 schools is more recognition that NMSI program schools are raising the bar for their students.
The 73 NMSI schools include:
Alabama
Jefferson County Intl Baccalaureate School, Birmingham
Booker T. Washington Magnet High School, Montgomery
Lamp Magnate High School, Montgomery
Arkansas
Arkadelphia High School, Arkadelphia
Ashdown High School, Ashdown
Conway High School, Conway
Dumas High School, Dumas
Greenbrier High School, Greenbrier
Hamburg High School, Hamburg
Kipp Delta Collegiate High School, Helena
Mills University Studies High School, Little Rock
Parkview Fine Arts Magnet, Little Rock
Pea Ridge High School, Pea Ridge
Lake Hamilton High School, Pearcy
Rogers High School, Rogers
Har-Ber High School, Springdale
Springdale Senior High School, Springdale
Rivercrest High School, Wilson
Connecticut
Westhill High School, Stamford
Kentucky
Bowling Green High School, Bowling Green
Holmes High School, Covington
Highlands High School, Fort Thomas
Barren County High School, Glasgow
South Laurel High School, London
Massachusetts
Match Charter Public School, Boston
Boston Collegiate Charter School, Dorchester
Malden High School, Malden
Mashpee High School, Mashpee
Marlboro High School, Marlboro
Peabody Veterans Memorial High School, Peabody
Salem Academy Charter School, Salem
Springfield Central High School, Springfield
Winthrop High School, Winthrop
South High Community School, Worcester
Texas
William B. Travis High School, Austin
W Charles Akins High School, Austin
Newman Smith High School, Carrollton
Creekview High School, Carrollton
Coppell High School High School, Coppell
School of Business & Management, Dallas
Booker T. Washington High School, Dallas
School of Health Professions, Dallas
School of Government, Law & Law Enforcement, Dallas
Hillcrest High School, Dallas
James Madison High School, Dallas
Lake Highlands High School, Dallas
School of Science & Engineering, Dallas
School for the Talented & Gifted, Dallas
Warren T. White High School, Dallas
Woodrow Wilson High School, Dallas
Bel Air High School, El Paso
Eastwood High School, El Paso
KIPP Houston High School, Houston
Lubbock High School, Lubbuck
The Science Academy of South Texas, Mercedes
High School for Health Professions, Mercedes
Plano Senior High School, Plano
Plano East High School, Plano
J.J. Pearce High School, Richardson
Richardson High School, Richardson
Lloyd V. Berkner High School, Richardson
South Texas High School, San Benito
Virginia
Patrick Henry High School, Ashland
Lloyd C. Bird High School, Chesterfield
Matoaca High School, Chesterfield
Jefferson Forest High School, Forest
Deep Run High School, Glen Allen
Martinsville High School, Martinsville
Cosby High School, Midlothian
Monacan High School, Richmond
Patrick Henry High School, Roanoke
Initiative for Military Families - Texas
Killeen High School, Killeen
Here is a link to the full list of schools:
http://apps.washingtonpost.com/highschoolchallenge/schools/2011/list/national/
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