"I can't read." Imagine the dropped jaws and stunned silence around the office conference table if a co-worker made that admission. Yet no one would blanch if that same co-worker announced, "I can't do long division."

While literacy is considered a requisite in most workplaces, basic math skills and science knowledge are considered a specialty, vital to the folks in IT and accounting but not for the rest of the staff. That kind of attitude — found in classrooms, lunchrooms and living rooms across the country — threatens to cripple the United States in global competition.

"There are consequences to a weakening of American independence and leadership in mathematics, the natural sciences and engineering," warns a recent report to President Bush from the National Mathematics Advisory Panel. "We risk our ability to adapt to change. We risk technological surprise to our economic viability and to the foundations of our country's security. ... Sound education in mathematics across the population is a national interest."

In the 2007 results on the National Assessment of Educational Progress, a standardized test given in schools across the country, 30 percent of U.S. eighth-graders scored below the basic level in math. The failure rate was higher in Georgia, where 36 percent scored below basic.

"Whether filling white-collar or blue-collar positions, employers today want workers with pocket-protector skills — creative problem solvers with strong math and science backgrounds," says U.S. Education Secretary Margaret Spellings.

At a meeting earlier this month of the Georgia Partnership for Excellence in Education, a researcher explained to school leaders from around the state that the problem wasn't that the U.S. was losing ground in its math achievement. The rest of the world was simply improving faster.

"Other countries are zipping past us," said Daria Hall, a policy analyst at the Education Trust.

National standards for science and math education are part of the answer. Surely the principles of algebra remain the same whether taught in Boston or Ball Ground, and the chemical properties of water don't vary across state lines. National standards — backed by testing — would also make it quite clear which states and school districts were failing their students.

But a strong national curriculum would be only half the battle; the other challenge is creating a teaching force capable of teaching to those higher standards. Like many other states, Georgia suffers from a serious shortage of teachers qualified as math and science instructors.

Only 8 percent of students in Georgia public colleges are majoring in engineering, technology or the natural sciences. Within the teaching profession, the numbers are even more stark. A new report by the Governor's Office of Student Achievement notes that Georgia public colleges produced 3,822 new teachers in 2007. Of that number, only 3.4 percent were trained in math and 2.5 percent were trained in science.

That helps explain why the state graduated only three new high school physics teachers in 2006, up from one in 2005. And that lack of qualified teachers — not just in Georgia, but around the country — in turn helps to explain why only about 15 percent of American high school students earn math or science credit in rigorous Advanced Placement or International Baccalaureate programs.

That represents a lot of missed opportunity in a country that adds 100,000 new computer-related jobs a year. As Bill Gates pointed out in his March testimony before the House Committee on Science and Technology, "Only 15,000 students earned bachelor's degrees in computer science and engineering in 2006, and that number continues to drop."

As Gates knows better than anyone, the jobs are waiting. It's up to the education system to make sure the students are ready. And to get more teachers into the classroom qualified to teach those students, Georgia and other states ought to use every tool at their disposal — including scholarships, college loan forgiveness and higher pay for math and science teachers — to persuade more bright students to enter teaching careers in the so-called STEM fields of science, technology, engineering and math.

— Maureen Downey, for the editorial board