The Importance of Science and Math Education


Lilly’s CEO, Dr. John Lechleiter, delivered a speech in June at the Detroit Economic Club about America’s growing innovation gap.  John cited a number of issues that require our attention if we are to maximize the innovative capacity of the American economy.  One critical issue he mentions is the importance of K-12 science and math education.

Unfortunately, by some measures, America’s students are falling behind in these subjects.  Last November, in an address entitled “Educate to Innovate,” President Obama cited an assessment that shows American 15-year-olds rank 21st in science and 25th in math when compared to their peers around the world.

Many agree that we must do better.  As John stated in his speech in Detroit, “what we need is not an intensive program to produce an elite cadre of brilliant scientists, but a common effort as a society to develop whole new generations of Americans with knowledge and skills in math and science … a large pool from which great scientists and breakthrough ideas will emerge.”

At Lilly, we are working to do our part.  For example, we have committed $1.5 million in our home state of Indiana for the implementation of inquiry-based learning in grades K-8.  Inquiry-based learning taps into children’s natural creativity and curiosity, allowing them to explore and problem solve while building knowledge and understanding of science concepts.  I will be providing updates on our work in future blog posts.

Related Posts:

1. Science and Math Education (With a Quiz Question)

2. Does the U.S. have high achieving math students

See more in Corporate Responsibility

Comments

Inqury-based learning is definitely a great investment. As a science education consultant who has facilitated IBL seminars and workshops in Singapore, Hong Kong, and the US - I have heard of great results in student engagement and learning after teachers implement IBL. Of course, a clear understanding of what is and is not IBL is required, along with practical ways to implement it. I also strongly suggest a framework that transforms teacher-student and student-student dynamics. A framework I have designed is based on Respect, Trust, and Joy. More details will be coming in a soon to be released book. Also, inquiry-based interactive digital replacements for traditional books, such as amBook (active media Book) can greatly support the transition to an IBL classroom.
Hi, I want just to say thanks a lot to Lilly by giving opportunies to the humanity to have the humanity. Education, fighting TB and so, this company will always go ahead from success to success. My NGO and I want to say to Eli Lilly and Company that you're doing all the best you can and you will also receive all the best that the humanity have. My NGO that I'm the founder since 1995 never meet such partner. God bless Lilly God bless people of America Amen! Banding
Hi, I want just to say thinks a lot to Lilly by giving opportunies to the humanity to have the humanity. Education, fighting TB and so, this company will always go ahead from success to success. My NGO and I want to say to Eli Lilly and Company that you're doing all the best you can and you will also receive all the best that the humanity have. My NGO that I'm the founder since 1995 never meet such partner. God bless Lilly God bless people of America Amen! Banding
I am becoming more and more frustrated by the lack of passion for science in my local school system. True not all schools are the same but I do have experience with my children and the 9 schools they have attended over the past 10 years. We recently moved into the top school system in our state, on purpose. I was dismayed when I heard the intermediate school advanced science teacher say "I don't do science fairs because I didn't like them growing up." Thinking it was a fluke, the next year in middle school advanced science we got the message, "Science fairs have been cut out of the budget, so I don't do them." Sigh... how will future scientists learn to be inquisitive and experimental if they are not given the opportunity to openly experiment!
I was in a top notch MBA program in California, where I was surprised to see some students struggle with basic math. One didn't even know how to multiply a fraction and a whole number.
Lisa, yes, elementary school teachers need better training in math. It seems to me, however, that teachers don't want to be challenged by their students, which leads to minimal learning no matter what the teacher's expertise in subject matter may be.
As a former High School math teacher, I would like to add a comment to John Mack's reply. Certification to teach math at the middle school and high school levels requires a focus on math and mathematics education (I hold a BS in Mathematics plus a teaching certification). Degree requirements for teaching math at the elementary school level are minimal - at least they have been in the past in Indiana. As a high school teacher seeing 9th graders enter and not know basic multiplication facts or possibly being taught math by Math-o-phobes at the elementary level, I would like to see the state consider math specialists or higher requirements for math education in elementary education. I agree that parents should also monitor their childrens' homework, but for those parents who do not have the skills themselves, it is necessary to have the teachers be expert at their content areas.
A little personal story related to K-12 math education. When my son was in the fifth grade (I believe) he had some math homework. One problem, I noticed, required him to plot "ordered" number pairs on an X-Y plot. First, he had to know what an "ordered" pair was -- the first number is the "X" and the second is the "Y." Then he had to know that X was the horizontal axis of the plot and Y was the vertical. Well, he actually plotted the first number of the ordered pair (X) along the Y-axis and the 2nd number (Y) on the X-axis. Of course, this was incorrect, which I pointed out to him. He said that was how the teacher did it in class. I should have known not to put him in conflict with his teacher, but I went ahead and suggested he point out to the teacher that she was incorrect. Well, he did what I told him to do -- poor kid -- and the teacher actually said "both ways are correct!" I don't think that endeared him to his teacher, but my son went on to get AP math credit and scored almost perfectly on his SAT math. He is now an engineer. Just a little story maybe about how parents and children need to question the authority of teachers who themselves are products of our faulty educational system.