SAN JOSE, Calif. – Mark Sinks, a student at Monta Vista High School in Cupertino, Calif., brought his TI 89 calculator hoping to get Rich Templeton to autograph it.
Sure enough the Texas Instruments chief executive was there and happy to sign the calculator. He also autographed one of the basketballs Sink’s team uses in its FIRST Robotics competition.
It was the kind of moment Templeton and many others at the annual dinner of Semiconductor Industry Association (SIA) love--stoking a fire for science, technology, engineering and math (STEM) in the next generation.
Mark Sinks (left) gets his TI 89 calculator autographed by Rich Templeton.
About half of U.S. high schools don’t even offer calculus and physics, Templeton told SIA members as he accepted its Robert N. Noyce award later that evening. “How are they going to have any fun in school without calculus and physics,” he quipped.
“The STEM challenge is not an immediate crisis—but this country doesn’t always respond well without a crisis,” Templeton told the chip executives. “If everyone here starts adopting schools in their own backyard, we can make a difference—it’s about the availability of great bright minds.”
It’s a cultural problem, said Dean Kamen, inventor and founder of the FIRST program which organizes technology competitions for hundreds of thousands of U.S. students. “I give this industry an A+ for making things work, but you get a C- for contributing to our culture,” Kamen said, using his keynote at the SIA dinner to rally chip makers to become mentors in FIRST.
“There are consequences for a world that has now so alienated science and technology and risk taking,” said Kamen who holds 440 patents. “We created a culture that is a conspicuous consumer of wealth—it’s unfair and unsustainable, so we need to get kids particularly women and minorities to do math and science,” he added.
In an effort to do just that, the SIA invited members of three local FIRST teams to their annual dinner. See the following pages for some moments from the event and a video below from the robotics demo three local FIRST teams provided during the SIA reception.
With platforms such as the Arduino and Raspberry Pi being widely adopted by the DIY/maker community, I wonder if the mindset can be brought into education.
What if classes such as carpentry/shop were replaced or offerred alongside a "Maker" class? Would you have taken that in school? I know I would have.
I don't know if any of you have seen a program called robot wars .... if kids can use robot to "battle" and "destroy" other things whilst learning....
have a look.... this is the way to go IMO
I'm with Sylvie on this. It's not about making it "cool." It's about giving the kids who are interested in fun stuff, like STEM, but not exclusively STEM of course, a way to pursue what intrigues them.
"Cool" is for losers. Losers who are so insecure that they shy away from what intests them, only because some half-wit classmates might disapprove of their interests. How pathetic is that?
Kids form their interests very early on. What the educational system has to do is to nourish those interests, and more generally, discourage the popular notion in schools that "it's cool to be stupid." Being stupid and sullen is hardly cool. Kids need to be encouraged to feel secure in what they like.
Stop trying to make it "cool" and start making it interesting and useful to young people's lives? If they see it as a way to make money, or make something they want, they'll do it. Ever seen Breaking Bad?? ;)
David Patterson, known for his pioneering research that led to RAID, clusters and more, is part of a team at UC Berkeley that recently made its RISC-V processor architecture an open source hardware offering. We talk with Patterson and one of his colleagues behind the effort about the opportunities they see, what new kinds of designs they hope to enable and what it means for today’s commercial processor giants such as Intel, ARM and Imagination Technologies.