[Congressional Record Volume 157, Number 53 (Tuesday, April 12, 2011)]
[Senate]
[Pages S2382-S2383]
From the Congressional Record Online through the Government Publishing Office [www.gpo.gov]
STEM EDUCATION
Mr. FRANKEN. Mr. President, I rise to talk about a matter that is
very important to our country, to Minnesota, and to me, which is
science, technology, engineering, and mathematics education or STEM
education for short.
As I have traveled around Minnesota, I have heard from many of our
high-tech businesses. They fear our students will not be ready to take
on the jobs waiting for them when they graduate and, as a result, these
jobs will go unfilled and our economy will founder. This is not just
true in Minnesota, of course, but across the country--in Pennsylvania,
the State of the Presiding Officer, and everywhere in our Nation.
That is why I am addressing our need for a well-trained STEM
workforce through the STEM Master Teacher Corps Act, which has been
cosponsored by my colleagues, Senators Lieberman and Shaheen.
We have been hearing concern about the state of STEM education in our
country for over a decade now. In 2000, a 25-member commission, headed
by former Senator John Glenn, published a report called ``Before It's
Too Late,'' which addressed the pressing need for high-quality math and
science teaching.
Five years later, another report--``Rising Above the Gathering
Storm''--presented the findings and recommendations of a National
Academies commission, chaired by former Lockheed Martin CEO Norm
Augustine, concerning the deteriorating condition of STEM education and
basic research.
Last year, a followup report, dramatically entitled ``Rapidly
Approaching Category 5 Hurricane,'' warned us that the ``gathering
storm'' is now threatening to wipe out U.S. leadership in global
science and technology if we don't act fast--and said so with good
reason.
According to the Bureau of Labor Statistics, nearly every one of the
top 30 fastest growing professions requires
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STEM skills. These include jobs in some of the fields that are most
critical to the future of our country--health care, energy, climate
change, and national security. Yet too few kids are graduating from
high school with the interest or the preparation to successfully pursue
STEM degrees in college. Well over half of college students in China
and Japan major in STEM fields, compared with only one-third of U.S.
students.
International standardized tests show that we rank only average or
below average in students' math and science performance. The 2009
Program for International Student Assessment placed American 15-year-
olds 25th in math and 17th in science out of 34 OECD countries--the
developed countries. What is worse is, we are spending more on
education per student than any other OECD country in the world, except
for Luxembourg.
As Congress works to reform No Child Left Behind this year--and the
Presiding Officer is working with me on that on the HELP Committee--I
urge my colleagues to consider strongly the importance of STEM
education and how to spend our limited resources most effectively.
President Obama has proposed recruiting and training 100,000 new STEM
teachers in the next decade and has requested $100 million to advance
this worthy goal.
However, many STEM teachers leave the profession within their first
few years of teaching, often drawn by far more lucrative salaries
elsewhere in science and technology fields. Those talents are valued in
the market. So if we are going to invest in recruiting and training new
teachers, we also need to invest in retaining and best utilizing those
individuals.
The STEM Master Teacher Corps Act is based on a proposal brought
forth by President Obama's Council of Advisors on Science and
Technology. It will provide the top K-12 STEM teachers in a
participating area with additional professional development, so they
can become leaders in their schools and in their communities.
Master teachers will mentor their younger or less-effective peers,
giving them guidance and inspiring them to stay in teaching. Master
teachers will also network with one another, sharing best practices and
resources. Together, these measures will improve the quality and the
ability of all teachers to impart strong STEM skills and an eagerness
to learn and pass it on to their students.
Providing career advancement opportunities to effective STEM teachers
and support to beginning teachers will help increase retention, so our
investments in recruitment and training will have an even greater
payoff.
In recognition of their excellent work and new leadership
responsibilities, it is only fair that these master teachers should be
compensated, so my legislation also gives them a salary bump. Our
teachers work just as hard as other STEM professionals, and it is time
we recognize that and pay them accordingly. According to the National
Association of Colleges and Employers, the median salary offered to
recent college graduates in certain STEM-related fields, including
physics, computer science, accounting, and engineering, is $24,000
higher than that offered to a new secondary school teacher and $30,000
higher than that offered to a new elementary school teacher.
This legislation has been endorsed by more than 60 national and
regional groups, ranging from educational organizations such as the
National Education Association, the American Federation of Teachers,
the College Board, and Education Minnesota, to business groups such as
LifeScience Alley, the BioBusiness Alliance of Minnesota, and the
Minnesota High Tech Association. The bill is also supported by rural
groups, such as the National Rural Education Association and the Rural
School and Community Trust and numerous science and math societies.
I am particularly pleased to have the endorsement of two leading
national businesses that also happened to be headquartered in my State,
Medtronic and 3M. Both of these companies recognize and support the
importance of acting now to ensure a well-trained workforce for the
future, and they have already shown a proactive interest in supporting
and engaging students in STEM activities.
I was recently at a first robotics event at the University of
Minnesota that was astounding. They had two huge auditoriums of these
over-130 teams competing in Minnesota in this robotics competition. So
I am very grateful for the support of 3M and of Medtronic.
Mr. President, I have a very impressive list of the number of
endorsers to the bill, and I ask unanimous consent to have printed in
the Record the full list of endorsers.
There being no objection, the material was ordered to be printed in
the Record, as follows:
Organizations Endorsing Senator Franken's STEM Master Teacher Corps Act
of 2011
3M; Alliance for Excellent Education; American Association
for the Advancement of Science; American Association of
Physicists in Medicine; American Association of Physics
Teachers; American Federation of Teachers (AFT); American
Institute of Physics; American Mathematical Society; American
Physical Society; American Society for Engineering Education;
American Society of Civil Engineers; America's Promise
Alliance; Arlington, MA STEM Coalition; ASME Center for
Public Awareness; Association of Science Materials Centers;
Biobusiness Alliance of Minnesota; Campaign for Environmental
Literacy; Central Jersey Modeling Institute; College Board;
College of Education at Purdue University; Council of State
Science Supervisors.
ECOCAD DESIGN GROUP, LLC; Education Development Center;
Education Minnesota; Engaged Education Now; For Inspiration
and Recognition of Science and Technology (FIRST); HMC
Architects; IEEE-USA; International Renewable Energy
Technology Institute; Iowa Mathematics and Science Education
Partnership; LearnOnLine, Inc.; LifeScience Alley; Materials
Research Society; Math for America; Medtronic; Minnesota
Center for Engineering and Manufacturing Excellence;
Minnesota Council of Teachers of Mathematics; Minnesota High
Tech Association; Minnesota Intermediate District 287.
National Association of Secondary School Principals;
National Association of State Boards of Education; National
Board for Professional Teaching Standards; National Council
of Teachers of Mathematics; National Education Association
(NEA); National Institute of Building Sciences; National
Institute for Excellence in Teaching; National Rural
Education Association; National Science Center; National
Science Teachers Association; New Teacher Center; Ohio
Technology and Engineering Educators Association; Ohio
Technology Education Advisory Council; The Optical Society;
NV STEM Education Coalition; Project Lead The Way; Rural
School and Community Trust; School Science and Mathematics
Association (SSMA); South Carolina's Coalition for
Mathematics and Science; SPIE, the International Society for
Optics and Photonics; STARBASE Minnesota; STEM Education
Coalition; TIAX LLC; Triangle Coalition for Science and
Technology Education.
Mr. FRANKEN. Mr. President, the Master Teacher Corps Program
addresses the recommendations presented in the President's Council of
Advisers on Science and Technology's 2010 K-12 STEM education report
and tracks the priorities laid out more than 10 years ago in the Glenn
Commission report.
Specifically, it would establish an ongoing system to improve the
quality of mathematics and science teaching in grades K-12, and it
would improve the working environment and make the teaching profession
more attractive for K-12 mathematics and science teachers.
With the planned reform and reauthorization of No Child Left Behind
this year, we have a rare and, indeed, ideal opportunity to implement
real change in K-12 STEM education in this country. So let's act now,
before it is too late, before the storm has fully gathered, and before
that rapidly approaching category 5 hurricane destroys the competitive
technological edge and the prosperity our country has worked so hard to
build and maintain.
I urge my colleagues to join Senators Lieberman, Shaheen, and me in
supporting a sustained investment in K-12 STEM teacher quality and in
raising the standards of the teaching profession through the STEM
Master Teacher Corps Act.
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