The 40th anniversary of the Voyager launch was yesterday and the day before that Elon Musk predicted World War III. Because we only post on Mondays, Wednesdays and Fridays, I thought I would use Wednesday’s post to talk about science, or more specifically science education in the US.
I am a huge huge fan of Neil deGrasse Tyson. I listen to all of the StarTalk podcasts, read his books, watched all the Cosmos episodes on Netflix and of course I follow him on Twitter (and his Tweets are great). He was recently on the Daily Show with Trevor Noah and the interview was, as usual, fantastic.
Science education hits a sore spot with me. I went to a rural high school and our science program was terrible. Our science teachers were terrible. The science curriculum was terrible. I was fascinated by planets, galaxies, black holes and anything to do with outer space since I was a little kid and my high school and those terrible teachers ruined it all. In fact I was almost tempted to get into contact with some old classmates just to get his name and put it on here for all to see but decided against it. How terrible was it? For example my ‘chemistry’ class was us sitting in a classroom for an hour, looking at formulas. He would do zero teaching, pass out the required examinations, and encouraged those who didn’t ‘get it’ to find someone else who did and just copy off them. He encouraged us to cheat, facilitated it, and we learnt nothing. Oh and he was also the Physics teacher.
And it wasn’t until around 14 years later after reading Bill Bryson’s A Short History of Nearly Everything that I remembered that I loved science.
Ok rant over.
Neil deGrasse Tyson recently stated that science illiteracy in the U.S. is a serious threat. Of the 40 most advanced countries, the US is actually number 38 when it comes to students graduating with majors in science, or STEM degrees (BUT we’re ahead of the Netherlands!). If you compare education systems around the world and test skills and knowledge of 15-year-old students, you’ll see that the US is only slightly above average of the OECD average or even below average when it comes to Math. And though this is using only one test, there are countless others that are used and the results are the same. The US is behind other countries when it comes to STEM education and the trend is not improving.
So why is this happening? Especially when the US is still considered the most innovative country in the world, producing countless numbers of innovative products in Silicon Valley, hosts many of the top engineering schools, and leads the world in scientific research?
There are many reasons for this.
One reason many point to is that STEM has a branding problem. Kids are not excited enough about STEM majors, we still have a culture of calling those who are geeks and nerds and some have argued that schools are not teaching enough science in a creative enough way in elementary school. Students are simply losing interest in STEM when they reach high school and should they hold their interest when they get to college, out of the 40% of declared majors being STEM by college freshman only 16% actually receive a degree in that field.
Another reason is that there is a growing opinion gap between what the public believes to be true and what scientists believe to be true. Only 1/3 of Americans believe evolution is a myth, and many outspoken leaders in US politics believe that a snowball is proof that climate change isn’t real and vaccines cause autism.
A more telling and perhaps controversial reason is simply the influence that local populations have in dictating curricula in science classes. For example, Florida’s legislature recently approved a bill that would allow residents to question what educators teach students. Idaho removed references to climate change from state’s science standards and in Alabama and Indiana, resolutions were passed to support teachers who include different views on evolution and human cloning. As of May 2017, eleven bills have been proposed that are designed to alter science-education standards in the US. In short, parents and local communities are trying to influence the curriculum that students have in high school, and it’s not surprising that this is predominate in areas with more conservative and religious demographics.
Look, the US is a big place with a lot of different views on what is fact and what is fiction. The organization of elementary and secondary education has been a topic of debate for a long time and educators, politicians, and the general public generally agree that is has to be improved. The worry for me, as someone currently working in education, is allowing an environment where communities that have little to no academic, practical, or scientific educational experience or knowledge dictate what should and should not be taught on a wide scale. If the US wants to keep its status as dominating in scientific research, education and attracting highly skilled, highly intellectual people and education it needs to fix this problem.
Because I started with Neil deGrasse Tyson I will end with him speaking to Trevor Noah about the benefits of having a cosmic perspective.