More Evidence That Our Education Policy/Practice Is Munged

How to Educate Young Scientists

As if we needed more evidence that our current approach to education is ineffective, we still find ourselves declining in the areas of science and technology. We are now importing more scientific knowledge workers from other countries than we can afford. If we take a look at the engineering credentials of many of the terrorists, many are using Western schools (especially British and American) to obtain the knowledge to conduct terrorist actions against us. We need to raise the bar in our education systems and provide a means for our talented students and scholars to obtain the credentials and experience to be highly productive and successful in the scientific and technical world or work and academia.

The United States could easily fall from its privileged perch in the global economy unless it does something about the horrendous state of science education at both the public school and university levels. That means finding ways to enliven a dry and dispiriting style of science instruction that leads as many as half of the country's aspiring scientists to quit the field before they leave college.

The emerging consensus among educators is that students need early, engaging experiences in the lab — and much more mentoring than most of them receive now — to maintain their interest and inspire them to take up careers in the sciences.

Some universities have already realized the need for better ways of teaching. But this means revising an incentive system that has historically rewarded scientists for making discoveries and publishing academic papers, not for nurturing the next generation of great minds.

The Howard Hughes Medical Institute, the country's largest private supporter of science education, is well ahead of the curve, and has been pushing universities in this direction for several years under the leadership of Thomas Cech, a Nobel laureate. The institute recently announced its latest batch of 20 "million dollar professors," who will use their grant money to explore and expand innovative approaches to teaching science.

The institute has also awarded grants to 50 universities aimed at providing richer undergraduate science education as well as mentoring and early research experiences with working scientists. Many of the grants will be used partly to advertise the virtues of scientific study not just at universities but also in high schools and middle schools.

These programs send a powerful message at a time when the country needs to be paying attention to remaking science education. Congress, which has been casting for ways to address this problem, would do well to emulate them.