In Peter Balyta’s unique role as president of Education Technology and vice president of Academic Engagement and Corporate Citizenship, he interacts with students and educators at all levels. In this second in a series of “Inspire STEM” articles, Peter talks about one easy way to bring STEM to life for any student.
In my last post, I painted an alarming picture of the high-stakes problem of insufficient science, technology, engineering and math (STEM) education in the United States. I asked you to join me in my quest to make STEM more accessible to all students.
The response to my rally cry – from teachers, industry partners, TIers and students – has been delightfully overwhelming. I am encouraged by all the emails and calls I have received from people asking what they can do to help.
My answer is simple: Get involved in a robotics program. Robotics mentorship and volunteerism isn’t just for engineers. No matter your background or education, there is a role for you. I speak from experience: As a dad who has volunteered with my son’s middle- and high-school robotics teams, I’ve done everything from ordering pizza to providing feedback on ideas, and the experience has been very rewarding.
The “why” is in the numbers
FIRST (For Inspiration and Recognition of Science and Technology), a robotics partner with whom we work closely, released a report in April 2017 on the impact of its robotics programs. The FIRST study, which just completed its third year of data collection, reveals that young people who participate in robotics programs make significantly greater gains in STEM measures than students who do not. These measures include interest in STEM subjects, involvement in STEM-related activities, STEM identity, STEM knowledge, and intent to pursue a STEM career[i]. Here’s what the FIRST data says about students who are involved in robotics programs:
This is music to my ears. Two additional robotics programs with whom we work – VEX and BEST – also provide helpful resources explaining why robotics competitions are an impactful way to get kids interested in STEM subjects.
“Our 150-pound robot was only possible because we worked together”
Admittedly, I am a numbers guy. But numbers illustrate only a partial picture of the power of robotics programs.
I recently had the pleasure of hearing students, teachers and mentors from five North Texas robotics teams tell personal stories about how robotics competitions are helping shape their lives. One student really drove home the value of diversity when he shared this message:
“We love that our team comes from so many different backgrounds because that means we have more diverse minds to expand what our future robots will look like. We also learned that even though we’re individuals, we are a family on the field and our 150-pound robot was only possible because we worked together.” Benny Reyna, FRC team 1745, J.J. Pearce High SchoolRichardson, Texas
The concept of family rang true across all the teams. One robotics group talked about their annual “Friendsgiving” dinner, which they host near the U.S. Thanksgiving holiday each year to encourage inclusion and emphasize family. Another team created an outreach program for hearing-impaired students to encourage them to participate in robotics. Yet another team is planning to design and print a 3D playing field, which will make it possible for a sight-impaired student to prepare for competitions. The goal is to remove barriers to the student’s full participation.
All of these stories reflect why I am an ardent believer in robotics competitions. They level the STEM education playing field so that any student can become a STEM student, regardless of background, family environment, aptitude, physical ability or socioeconomic status. Name a reason or potential roadblock: None of them matter in the robotics competition pits. Robotics competitions open a pathway to STEM learning, and they teach the very values and skills urgently needed to take the U.S. forward: leadership, teamwork, problem-solving, diversity of thought, volunteerism, ethics, confidence, commitment, compassion and communication.
“When you have enough mentors so the kids can learn, they become mentors themselves.”
– Steve Clynes, TIer and volunteer robotics mentor at Woodrow Wilson High School in the Dallas Independent School District
When you get involved in robotics mentorship and volunteerism, you have an opportunity to transform the life of a student. And just think of the lives that student will touch in the future. Your investment, even if it’s only once a week, has the potential to pay powerful dividends. I speak from my own experience.
When my son was in middle school, I became a mentor for his VEX robotics team. Full disclosure: I was hesitant to commit due to my work and travel schedule, but I decided that I could find time during weeks when I was not traveling, even if it meant foregoing other things. I began to join the team once a week, and my role was to be a thought partner with whom they could bounce around ideas. Soon I was as motivated as they were. I discovered that their creativity, excitement and self-confidence were contagious.
What started as a once-a-week commitment with my son’s team has become a long-term journey. I’ve spent time cheering on teams at various robotics competitions sponsored by TI, and I’ve participated as a judge during various FIRST competitions in the Dallas area. I’m also involved with my son’s Allen High School Eagle FRC 5417 robotics team.
I’m on a quest to narrow the gaps in STEM education in the U.S., and student robotics competitions are a proven way to do that. Here’s how you can get involved, too:
Check out STEM education programs and resources from our company.
Passionate about STEM? Have your own story to tell? Share your thoughts in the comments.
[i] FIRST Longitudinal Study: Findings at 36 Month Follow-Up (Year 4 Report)
As you engage in robotics guides and volunteers, you have the opportunity to change the life of a student. And thinking of the lives that the student will touch in the future.
All content and materials on this site are provided "as is". TI and its respective suppliers and providers of content make no representations about the suitability of these materials for any purpose and disclaim all warranties and conditions with regard to these materials, including but not limited to all implied warranties and conditions of merchantability, fitness for a particular purpose, title and non-infringement of any third party intellectual property right. No license, either express or implied, by estoppel or otherwise, is granted by TI. Use of the information on this site may require a license from a third party, or a license from TI.
TI is a global semiconductor design and manufacturing company. Innovate with 100,000+ analog ICs andembedded processors, along with software, tools and the industry’s largest sales/support staff.