By Tony Murphy, March guest blogger
We hear a lot about science, technology, engineering and mathematics (STEM), both as a K-12 education issue and a challenge to meet future business personnel needs. The Obama administration is clearly focused on this as a major initiative. Equally at the state level, there is a focus on STEM education, particularly with the introduction of engineering standards in the recently revised K-12 science academic standards. Why this focus and why now?
There are numerous reasons for this. Many reports over the last decade have pointed to the low numbers of STEM graduates in this country and the low numbers of people of color and women in particular STEM areas. If the U.S. is to maintain its economic power, then we need a well-educated workforce that can meet the demands of business in a growing technological era. In this state, one of the largest achievement gaps exists between white students and students of color in science and mathematics. As a state with many of the nation’s top STEM companies located here, we need to tackle this issue, as the students in the current classrooms are our future workforce, business leaders and policymakers. Finally, and by no means the least important is that we live in an era where technologies develop and evolve at an ever-increasing rate. Just witness the growth of the cell phone industry since the early 1980s or our almost total dependence on the internet for personal, educational and business matters. These technologies and associated developments have both positive and negative consequences on our lives, society and environment. Students in K-12, and indeed in post-secondary education, need to be STEM literate so that they have the skills and knowledge required to live in this technological age, and also the critical thinking skills to consider and decide about our growing reliance on STEM areas.
Given all this, how do we introduce our students to STEM — and equally as important — when do we start? As a high school life science teacher and university professor, I have come to realize that we need to begin as early as possible with our children, certainly in elementary school, and even possibly before that. Children, at birth, are natural scientists, engineers, and problem-solvers. They consider the world around them and try to make sense of it the best way they know how; that is by touching, tasting, probing, building, dismantling, creating, discovering, exploring and so on. Yet, by the time they reach 4th grade, a third of them have lost an interest in science and by 8th grade this has increased to almost 50%. By this point in the K-12 system, the STEM pipeline is reduced to half of what it should be. So, how do we go about reversing this? How do we encourage more children to maintain their interest level in STEM? In my next blog, I will propose one possible solution, but what do you think? Is elementary too soon or not soon enough?
Recent Comments