STEM Education

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High Schools Need to Use Social Media to Spur STEM Engagement

April 13, 2012 RSS Feed Print

William Broman is a biomedical engineering major at George Washington University. He can be reached on Twitter @bromanw.

In our private lives, we use Twitter and Facebook every day. Yet, in a society as technologically advanced as the United States, it seems that we are not using social media to their maximum potential in education. During my last two years of high school, social media and new technology were just beginning to be used in science and math classes.

Over the last four years, things have improved, but we still have a long way to go. Grosse Pointe Public Schools, my home school system in a suburb of Detroit, has been increasingly using Twitter and Google+ in classes.

In mid-March, when I was home for spring break, I went back to my old high school. What I saw was awesome--the physics teachers were putting on the "cardboard boat regatta," in which students compete to design and build the best cardboard boat. What was unique about this event was the integration of Twitter. As someone who was not involved in the project, I was able to follow the progress of the boat building on Twitter when students used hashtags. It was evident from reading the tweets that the use of hashtags and Twitter had generated much more excitement for the event.

STEM education lacks excitement for students who have only a mild interest in the subject matter. There is no better way to generate excitement for science and math--subjects that can be seen as boring--than by fostering competition through social media.

Imagine a scenario in which students from different school districts across the country are competing on Twitter to see who can build the best cardboard boat. It is only a matter of time before someone tweets to the U.S. Navy or a shipbuilder asking for design help. Perhaps a struggling student who is not interested in science is then E-mailed by a Navy engineer about his/her project. This may spark the interest necessary to keep that student involved in STEM subjects throughout high school and into college.

Sitting through lectures where professors teach the different aspects of engineering is boring. There is no interaction with other students in class on a regular basis, there are few group projects, and there is little group discussion, because science and math problems are often seen as having only one "right" answer.

Higher education, including my school, and businesses are using Twitter and Facebook to communicate effectively with students or customers and solve problems--it's time for high schools to do the same.

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I agree that these social digital tools can add excitement and interest, not to mention the added bonus of true collaboration with peers globally as well as contact with experts in the field. Unfortunately most districts, including mine, block any and all social networks as well as any software that has any kind of ramification aspect. We continue to teach in a mode of past centuries primary out of fear of liability.

Gridjumper of FL 8:16AM May 03, 2012

Your viewpoint is very interesting, but only a small part of the rapidly declining American STEM education picture. Yes, social media can have it place as a tool in helping assist STEM education, but the scope is FAR larger in scope than you are addressing.

Powerful STEM education MUST begin very early in elementary school, AND, be fostered by exciting hands-on STEM activities, field trips, physical competitions and energizing presentations that employ audience participation.

All of this must begin with dedicated STEM-only educators having dedicated hands-on and minds-on STEM labs in elementary schools. When not conducting exciting, amazing and energizing face-to-face work with students, those full-time STEM educators (one per every elementary school in our nation), would be busy performing professional STEM education development with all of the other educators in the school and with families and the community after school.

Then, that strong beginning must be coupled with robust STEM education programs in middle and high school.

Students must become physically engaged, which means dramatically stronger STEM education programs inside AND outside of our schools, with STEM enrichment events on weekends and robust STEM education summer camps and internships.

But, America has its head buried in the sand, just like the people who fail to understand the ramifications of climate science and other technical issues that are becoming critically important to our nation and the world. America's growing political and commercial war against STEM will end up destroying our nation's future if we do not turn this around immediately. We are actively pulling the rug out from under our children's future and giving the store away to other countries.

To that end I am working with a brand new team of dedicated volunteer educators, business leaders and community personnel in pursuing enhanced STEM education experiences for our children via our new Central Coast STEM Education Collaborative on the coast of California www.ccstem.com.

Walter Reil of CA 11:02PM April 13, 2012

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