Secretary Arne Duncan Speaks at the National Science Teachers Association Conference
Good morning. Thank you so much for inviting me.
As you can imagine, it's been a pretty eventful couple of weeksfrom starting a new jobto moving my familyto passing a massive stimulus bill that includes over $100 billion in new funding for education.
And nowjust when I thought I could catch my breath and get really focused on the president's bold education agendathe NCAA basketball tournament is starting.
The American Recovery and Reinvestment Act is a historic opportunity to lay the groundwork for a generation of education reform and I want to talk about that for a few minutes before discussing science education.
This historic opportunity comes at a time of economic and education crisis in our country. Families today are hurtinglosing jobs, scaling back, and facing an uncertain future.
Many of our schools are also strugglinglosing our young people to the streets or graduating students who are not ready for college or work. And with states cutting education budgets, our schools and our children are placed even more at risk.
But, even amid these crises, I believe there exists a feeling of hope. I'm hopeful because I believe we are experiencing something I often talk about now, which is the "perfect storm for reform."
It starts with what I call the "Obama Effect." It's the combination of having a president and a first lady whose extraordinary lives reflect the immense opportunity that hard work and education can bring. Together, they have made learning cool and hip. They are excellent role models not just for our African-American and minority children, but for all children who aspire to make their lives, and the world, better.
The perfect storm also includes the great leadership on Capitol Hillon both sides of the aislefrom Lamar Alexander and Senator Michael Enzi to Ted Kennedy and George Miller.
It includes the fact that we have proven strategies that work in the classroom thanks to all of your hard work and the work of many others both in and outside of education.
And, finally, it includes the new money we have available now under the economic stimulus packagemore than $100 billion in new funding for education over the next two years.
Before this bill was signed into law, we were facing a potentially devastating situation: thousands of education jobs lost, vast increases in class sizes, and massive cuts to state and district education programs and capital improvement projects.
The American Recovery and Reinvestment Act provides swift aid to states that they can use to avoid teacher layoffs and other education program cuts, modernize school buildings, and provide programs that protect the needs of special education and disadvantaged students.
As you know, the primary goal of the stimulus is to save jobsbut the larger goal is to drive a set of reforms that we believe will transform public education in America.
The four issues are: higher standards, data systems, turning around underperforming schools, and teacher quality.
First, we are encouraging states to adopt rigorous standards that are internationally benchmarked. A nation without true career- and college-ready standards is lying to its children. A nation with low academic standards is telling students and parents that our kids are doing wellwhen, in fact, they are not.
A nation that does not benchmark its standards against the highest international standards is crippling our children in the competition for jobs.
That competition is not just coming from the next street or even the next state. It's coming from India and China, Singapore and Korea.
Second, we want to see states building robust data systems that allow districts to better track the growth of individual students. We know that raising standards alone will not make a difference unless teachers and principals are provided with the information they need to make sure that students are learning.
Third, we want failing schools to be turned around. We need innovative, new instructional models. One of the first areas where we can foster innovation is the amount of time our students spend learning. Other top-performing countries do not take two months off in the summer. They do not dismiss students at two in the afternoon. Instead, they spend 30 or 40 more days per year in school and offer safe, constructive activities that keep kids learning. We must expand quality after-school programs and rethink the school day to incorporate more timewhether that's by extending hours or offering more summer school.
Fourth, we are looking to incent states to invest heavily in teacher and principal quality initiatives that both elevate the teaching profession and help recruit and retain the best and brightest. Talent matters tremendously. Teachers are the most important factor for student success. We must find ways to get great teachers into underserved schools in our cities and in our rural areasand I am wide open to ideas.
The law requires states to commit to these reforms in order to get the first round of fundingand to begin moving toward them for the second round of funding.
For those states that move fastest and furthestwe have a $5 billion "Race to the Top" fundand we will use that money to incent a handful of states that are really pushing the envelope.
Now you're probably wondering just how much of this $100 billion will go to science education.
If I told you that right now, you probably wouldn't listen to the rest of my speechso let's hold the thought for a moment.
Let me begin by saying that science education is central to our broader effort to restore American leadership in education worldwide, and I want to start with a little story.
Last week, I had my first opportunity to testify on Capitol Hill about the president's proposed education budget.
As you know, this is both an opportunity for me to testify, but it's also an opportunity for elected officials to speak.
And several of the members of the House Budget Committee spoke about science education. In fact, they reached all the way back to Sputnik to affirm their commitment to science in the classroom.
On the one hand, it's good to remember where the modern era of science education beganbut on the other hand, it reminded me that we have much further to go.
America won the space race but, in many ways, American education lost the science race.
A decade ago, the Trends in International Mathematics and Science Study (TIMSS) benchmarking study showed that our best districts could compete with anyone in the world, but our worst districtswhich, of course, were in low-income communitieswere on a par with third-world countries.
This kind of extreme inequity in education is not unique to science, but it has enormous repercussions in the workforce where science-based industries are desperate for skilled workers.
Studies show that interest in science is strong in high school but it drops dramatically at the college level.
We need to change that. We need more people in engineering. We need them for the healthcare and the green energy industries. We need them in technology.
And we need them in the classroom. Too many middle school students are being taught by a generalist. We've known about this for years, but we haven't done enough to address it.
Part of the problem is the labor pool just isn't there. Too much of the talent is going into other areas and that's especially true among womenwho are underrepresented in several fields of science.
Another part of the problem is that math and science teachers leave the profession in greater numbers than othersbecause there are better job opportunities out there. Not everyone is as dedicated to teaching as all of youand I want to thank you for that.
But we need to respond to the market by paying more to teachers in high-need subjects like science and math.
I'm a big believer in differential pay. I want to reward excellence by paying teachers and principals who do a great job in the classroom.
I want to reward them for going into struggling school districts. That's where the challenge isif you're going to take on a tough job, you should be rewarded.
I want to incent schools to attract and support great talent in the STEM subjects.
In his education address last week, the president called for a lot of things:
- Lifting charter caps;
- Expanding performance pay;
- Longer school days and a longer school year;
- More parental responsibility; and
- And greater access to college.
That's a very aggressive agenda. Some say it's too aggressivebut I say we don't have a choice.
I'm just grateful that we have a president who is willing to fight for schools. Given that we are facing two wars and the worst economy since the Great Depression, it's remarkable how much he keeps coming back to education.
He understands that we need to educate our way to a better economy. He understands that the nation that out-teaches us today will out-compete us tomorrow.
He understands that a nation not only needs its poets and scholars to give us words and wisdom, but also its inventors and engineers to design new cell phones, rebuild the levees of New Orleans, and find new sources of energy and new treatments for disease.
Moreover, he is a president who will not allow scientific research to be held hostage to a political agenda. Whether it's global warming, evolution or stem cell research, science will be honored, respected, and supported by this administration.
The president sent a strong signal when he picked a Noble-Prize winning physicist to be our energy secretaryand I plan to work closely with him and with all of the other key agencies from NASA to the EPA to the National Science Foundationto launch a new era of science education in America.
But, the challenge of getting more young people into science is not something we can successfully implement in Washington. That falls to you and your colleagues in classrooms all across America.
You need to challenge yourselves and each other to move the curriculum beyond dinosaurs and volcanoesand I know that many of you already havebut we need to take the best ideas to scale in tough inner-city districts like this oneas well as rural areas that cannot find qualified teachers in every subject.
You need to make inquiry-based science relevant to kidsstimulate their curiosityconnect it with their lives. Together we need to change the national dialog about scienceto prepare our kids to be honestly critical and technically competent.
Science is all about questioning assumptions, testing theories, and analyzing facts. These are basic skills that prepare kids not just for the labbut also for life. We're doing kids a disservice if we don't teach them how to ask tough and challenging questions.
In Chicago, we began one of the most comprehensive science initiatives in the countryupgrading curriculum, training teachers, and expanding programs. We need to do that everywhere and I welcome your ideas and input for how we can get that done.
Above all, I just want to thank you for your commitment to education and to children. We don't say thank you nearly enough to the men and women who do the hard work every day of teaching children.
So, on behalf of the president and his wife, Michelle, as well as the vice president and his wife, Jill (who is a teacher), I want to say "thank you" for all that you do. America depends on you. Our future depends on you.
As I mentioned before, you probably want to know how much off the $100 billion will be going into science.
I can't put a hard number on itbut I can promise you that many of the teaching jobs we will save with stimulus dollars will be in science labs all across America.
I can promise that some of that money will help modernize those science labsalthough those decisions will be made at the local and district level.
There is also a pot of $650 million for education technology grants.
I am also confident that dollars from other funding streamsTitle I, special education, and school improvementwill find their way into science classrooms.
Lastly, there is the $5 billion Race to the Top fund, which will reward the school districts doing the most to advance reformsand that includes science education.
So the money supply is there. Now we need to drive the demand. We need to get kids and parents engaged, and make our case forcefully that science education is critical to America's future.
We have the leadership in the White House, we have the support on Capitol Hill, and now we have the funding.
Now we need youyour ideas, your energy, and your leadershipto build on the great tradition of inquiry, research, and theory that produced Edison and Einstein to create a new generation of scientists and make the world smarter and healthier.
America's economic security tomorrow is directly tied to the quality of education we provide today. This is our task. This is our challenge. Now let's get to work.