As schools warm up to new possibilities like robotics competitions, it's hard to deny the potential for STEM to teach teamwork and collaboration to a generation that will need it.
The sciences or the arts. Which one do you or did you study in school? This question is pretty standard when talking about education.
When it comes to innovation, the sheer volume and depth of Thomas Edison’s 1,093 patents has not been duplicated. Helping to define the standard of living we enjoy today, Edison’s (1847-1931) inventions include the phonograph, the motion picture camera, the long-lasting, practical electric light bulb, and the first system for electricity distribution.
The United Nation’s 17 Sustainable Development Goals to “transform the world” speak to the idea that we need a cultural and societal shift. The aim of the goals is to try to find massive and overarching opportunities to solve the world’s greatest problems, such as educational deficits to food insecurity, economic stagnation, and income inequality. In order to attain these goals, we need a global culture that equips students with the ability to contribute to combating these challenges.
As adults, the way to make the biggest impact on the world is to cultivate something that will outlive us. In order to ensure that we’re making the future a better place to live, we should focus on cultivating the next generation of Philanthroteens.
In honor of this year’s National Week of Making, we celebrate the more than 400,000 students around the world who invented, tinkered and tech’d their way through the 2015-2016 FIRST season.
It was robot inspection time at our first FIRST® Robotics Competition event of the season in Spokane, Washington. Our rookie team just traveled 100 miles from our small logging town of Kettle Falls, Washington, and were stumbling into the field house dragging totes and a clunky robot.
Recently, I was in a faculty meeting, and we had an exercise to brainstorm qualities with which we want to imbue our students. The list included: able to solve problems, ease of teamwork, enthusiasm for learning, compassionate, innovative, curious, creative, fluent in critical thinking, etc.
Seymour Papert is a mathematician and computer scientist best known for his contributions to the understanding of children’s learning processes and to the ways in which technology can support learning.
According to TIME, there are more than 135 million makers in America who pump over $29 million into the economy each year. And these figures don’t even account for people under 18 years old. At FIRST, we know there are plenty. As we look to the future, it is increasingly important to empower the next generation of artisans, craftsman, tinkerers, entrepreneurs, and innovators who will help solve the world’s greatest challenges.