NASA's next Mars rover Curiosity is on course to land Monday. This car-sized mobile laboratory will again investigate the tantalizing question: Could the Red Planet ever have supported life?
When NASA's first rovers, Spirit and Opportunity, landed on Mars in 2004, engineers and scientists at NASA's Jet Propulsion Laboratory in California went wild. Outlasting a life expectancy of 90 Martian days, Spirit beamed images and data back to Earth for more than six years. Opportunity continues to do so.
A single event — the Soviet Union's launch of Sputnik I on October 4, 1957 — ignited the space race, woke everyone up to the importance of science and technology, and led to the creation of the National Aeronautics and Space Administration (NASA). Sputnik was the size of a beach ball, but it spurred American engineers and scientists to land the first human on the moon, achieving a pinnacle of science and engineering. When Apollo 11's Neil Armstrong stepped onto the lunar surface July 20, 1969, the world was captivated.
But today I wonder if the excitement of space exploration is over?
According to a National Science Board 2010 report, only 5 percent of college graduates in the United States major in engineering, compared with 12 percent of European students and 20 percent of those in Asia. Recent research reveals U.S. students lag internationally in science education, making them less prepared for the global workforce.
Unfortunately in spite of the technological revolution, engineering is still undervalued in the U.S. Many kids dream of being sports stars or rock musicians, but astronauts – not so much. Part of the problem is they lack engineering heroes and so are unlikely to pursue the field. For example, how many people know that that after Chile's 2010 mining accident, it was NASA with Chilean engineers who built the escape capsule that pulled 33 miners up to safety?
We need a new Sputnik moment.
We need the vision, engineering ingenuity, and skills that enabled John Glenn to pilot our nation's first orbital mission. We need to motivate our kids to emulate innovators like Dr. Rafat Ansari who was inspired to be a scientist after he saw astronauts walk on the moon. As a NASA researcher studying particles in liquids, he saw that his work might help detect cataracts. Now his device is being adapted to identify other eye diseases, diabetes and possibly Alzheimer's. A silicon chip developed for NASA's Hubble Space Telescope makes breast cancer screening less painful, less scarring, and less expensive than a traditional biopsy.
The key to innovation is introducing children to engineering design skills that will motivate them to use their math and science knowledge to solve real problems. When government and business leaders worry about our preeminence in innovation, I say let's introduce engineering in schools and science museums nationwide.
For me, the romance of space will never be over. As a boy in Greece, I spent summers stargazing and fishing in the Bay of Corinth. When a teacher encouraged me to build on my fascination with the sea, I made a device that used solar power to take the salt out of seawater. I loved the thrill of creating something with my hands, of doing something with science. When I was appointed in 2007 to NASA's Advisory Council, I realized two dreams – becoming an engineer and working for NASA to improve engineering education. I only hope there are many boys and girls out there today who have similar dreams.
This article was originally published on August 03, 2012.
This program aired on August 3, 2012. The audio for this program is not available.