Under Armour is known for its innovative gear and technology. They were the first to introduce performance stretch and compression tech. It helped athletes by drying up sweat fast. Now, they keep producing products that are a must-have for athletes everywhere.¹

They support women in sports, too. Under Armour praises and backs female athletes and leaders. The brand stands for equality in sports and beyond. It also does a lot in the field of STEM education. They work to inspire future scientists. Their goal is to encourage hands-on learning, solve problems, and spark a love for science that lasts a lifetime.

Key Takeaways

• Under Armour’s STEM education programs emphasize empowering future scientists through innovative curriculum and hands-on learning.
• Science fairs and role models inspire students to develop problem-solving skills and a passion for scientific discovery.
• Community outreach initiatives aim to bridge the gap and foster diversity in STEM fields.
• Career exploration opportunities and cultivating scientific literacy empower students to chart their path to success.
• Cutting-edge teaching methods and premium resources revolutionize the learning experience for the next generation of innovators.

Igniting the Passion for STEM Education

Under Armour’s STEM programs spark excitement in science, technology, engineering, and math for young students.² These programs focus on hands-on learning. This means students dive into scientific ideas in a practical way.³ Sally Ride Science, started by astronaut Sally Ride, plays a big role. They offer workshops, summer camps, and class materials. Their aim is to make STEM enjoyable and easy to access.

Innovative Curriculum: Hands-On Learning

Under Armour’s STEM classes use cool teaching methods and new tech to immerse students.⁴ This makes learning stick and lights a fire for discovery. It’s shaping the future’s problem-solvers and inventors.

Science Fairs: Fostering Problem-Solving Skills

Science fairs are key in Under Armour’s STEM push. They let students shine with their problem-solving and creative skills.² At the Texas Science and Engineering Fair, over 1,200 students joined. They got judged by 350 experts. This shows off their science smarts and hones their problem-solving knack.

Role Models: Inspiring the Next Generation

Role models and mentors in Under Armour’s STEM programs wow the kids.³ They show how thrilling STEM careers can be. Sally Ride’s lasting impact in space and STEM is huge. She pushed for a more diverse and welcoming STEM world.

Youth Mentorship: Nurturing Scientific Curiosity

Under Armour’s STEM initiatives put a big focus on youth mentorship.⁵ Experienced scientists and engineers team up with students. They aim to grow their love for science and offer career advice.⁶ The program, “Empowering Future Scientists,” focuses on kids from various backgrounds. It invites them to discover the joys of scientific exploration.⁶

Empowering Future Scientists

Under Armour is dedicated to inspiring the next wave of scientific thinkers through its “Empowering Future Scientists” program.⁶ This initiative creates a supportive space for students. It gives them the tools needed to explore STEM and achieve their dreams.⁵ The goal is to encourage these young minds to challenge norms, question what they know, and push for new scientific milestones.⁵

Community Outreach: Bridging the Gap

Under Armour’s STEM projects reach farther than school walls, focusing also on the community.⁶ Thanks to teamwork and well-planned efforts, they link STEM with everyday life. This makes STEM more reachable to everyone.⁷ Their work in diverse areas and with varied people is boosting STEM education.⁶ It makes science more inclusive, regardless of background.⁶

Diversity in STEM: Fostering Inclusivity

Under Armour is making diversity and inclusivity key goals in its STEM efforts.⁶ They push to close the gender gap in science and support underrepresented groups in STEM.⁶ Their work includes offering role models, mentors, and tailored support. This helps make STEM more varied and represents society better.⁶

Under Armour’s approach is broad, aiming to shape future science leaders.⁵ They foster a spirit of curiosity, creativity, and openness. This prepares a future where science welcomes everyone.⁶

Career Exploration: Charting the Path to Success

Under Armour’s STEM programs teach more than just science. They also show students what jobs are out there. This helps them understand science and see where it can take them in the future.⁸ Students learn about different careers in STEM and get excited about their future possibilities.⁹ So, students can choose their path, whether in STEM or other areas.

Scientific Literacy: A Foundation for Growth

Under Armour’s STEM efforts aim to make students really understand science. This knowledge helps them in many areas, not just in science fields.⁸ They learn to make smart choices and follow what they love, thanks to their strong science background. This can lead to many different jobs or areas where they use science.

Career Inspiration: Opening Doors to Possibilities

Through their STEM programs, Under Armour wants to show students lots of jobs in STEM. They see all kinds of jobs from technology to health and more.⁹ This makes students very curious and confident they can be scientists or tech experts. It encourages them to aim high and follow their goals.

Innovative Teaching Methods: Revolutionizing Learning

Under Armour is changing education. They use innovative teaching methods to make learning exciting. These methods mix new tech with creative ways to teach. This helps kids remember what they learn and love exploring science. It’s preparing them to solve the world’s problems in the future.¹⁰

¹⁰ Teachers working together can share great ideas and plans. This helps them use innovative teaching methods. They get new tools to help all students learn well thanks to places like GroweLab. They offer different activities, plans, and courses to help teachers try new ways of teaching.¹⁰

¹¹ New teaching methods, like learning through hands-on projects, changing when classwork is done, and making learning like a game, are changing schools.¹¹ Hands-on projects are helping students at all levels and in many subjects to do better.¹¹ Changing when and how students learn is making classes more fun and useful, using tech a lot.¹¹ Games in class are also making a big difference, making kids more likely to come to class and do well on tests, if used wisely.¹¹

¹⁰ Making schools more about new ideas and working together is making lessons more interesting. Students are getting better at learning thanks to these new ways of teaching.¹⁰ Helping teachers learn new ways to teach helps a lot. With training in things like design and using tech in class, teachers can do more for their students.¹⁰

¹⁰ Using tech in class makes learning more personal and fun. This opens the door to a lot of cool learning tools. Making teaching more innovative can motivate students more. It makes them really understand what they’re learning.¹⁰

Science Outreach: Engaging the Community

Under Armour goes beyond just teaching STEM in classrooms. They focus a lot on bringing science out to communities. They host workshops that let people interact with science hands-on, letting everyone join in the fun.¹² This is made possible by groups like 3M, Abbott Fund, and more, who help fund these events.¹²

Hands-On Workshops: Making Science Accessible

People can learn and play with science through these workshops. It helps them understand and love science more. This shows that anyone, no matter where they come from, can be inspired to solve tomorrow’s problems.¹² Military organizations even back this up, showing how important it is to educate people in science.¹²

Public Lectures: Sharing Knowledge and Insights

Along with workshops, Under Armour holds talks and speaker events. Top scientists and experts share their knowledge. This helps the community stay up-to-date and excited about science’s impact.¹² The EPA also plays a role in this, aiming to make everyone more aware of environmental issues.¹²

By using varied methods, Under Armour is changing how people see science. They hope to make society more interested and knowledgeable in science. Several programs, like those for NASA and mental health, also work towards educating the public.¹² They aim to make a difference in how people see and understand important scientific topics.¹²

Next-Generation Innovators: Shaping the Future

Under Armour’s STEM education programs go beyond just teaching facts. They focus on next-generation innovators and problem-solvers.¹³ Students learn to think creatively and take smart risks. They get to explore new and exciting areas of science.¹³ There are chances for them to do cutting-edge research, too. This prepares them to lead important changes in science and technology.¹³

Fostering Entrepreneurial Mindsets

Under Armour’s STEM work helps young people develop an entrepreneurial spirit. It pushes them to think creatively and solve tough problems with new ideas.¹³ Students learn to take calculated risks. This equips them with important skills to be the next-generation innovators. They will help shape the future of science and tech.¹³

Cutting-Edge Research: Pushing Boundaries

Under Armour focuses on letting students do cutting-edge research. They get to explore new scientific knowledge and discover what’s possible.¹³ These experiences help students really understand scientific principles. They also encourage them to be innovative. So, they’re ready to push improvements in their fields.¹³

Empowering Partnerships: Collaborating for Impact

Under Armour knows working together can make a big difference in STEM education. They partner¹⁴ with top industry names and schools. Together, they help students see how what they learn connects to real life.

Industry Collaborations: Bridging Theory and Practice

Working with industries lets students put their learning into real use,¹⁴ helping them get ready for STEM careers with skills and confidence.

Academic Alliances: Fostering Cross-Disciplinary Synergies

Academic partnerships show students different ways to think and come up with new ideas.¹⁴ This keeps Under Armour’s programs fresh and meaningful, readying students to lead in science.

In FY 2022, NASA worked with 25 partners under formal agreements and 21 more without formal deals. They shared science with students, leading to over 7 million digital actions, like watching videos.¹⁵

NASA and NOGGIN, Nickelodeon’s digital platform, put together videos and games about Artemis in late 2022. This free content helps educate kids. Focus is on getting more diverse students into STEM.¹⁵

Project Scientist has helped over 20,000 girls in the US and Mexico. They team up with big STEM firms for 370 student outings¹⁶. In 2023, they impacted 4,196 girls with 15,632 exciting STEAM lessons. Their work encourages girls to enjoy and excel in STEAM¹⁶.

Premium Resources: Elevating Learning Experiences

Under Armour boosts STEM education with premium resources. They offer state-of-the-art facilities with top-notch tech for students. This lets them dive into science and research at top levels.¹⁷

State-of-the-Art Facilities: Enabling Scientific Excellence

With advanced labs and workspaces, students get to use top tools. This encourages their scientific curiosity and innovation. The state-of-the-art infrastructure helps students reach new heights in science and tech.¹⁷

Cutting-Edge Equipment: Unleashing Potential

Under Armour’s STEM programs also give out cutting-edge equipment. These tools help students bring their scientific ideas to reality. With new technologies, they can study further, polish their skills, and lead in innovation.¹⁷

Measuring Success: Tracking Impact and Growth

Under Armour is dedicated to promoting STEM education. This commitment goes beyond creating programs. They also focus on tracking how these initiatives are making a difference.¹⁸ The company uses various methods to measure the outcomes. This includes looking at both numbers and people’s stories.

Quantitative Metrics: Evaluating Outcomes

They look at hard data to see if their efforts are working. This data includes things like how well students are doing and if they are meeting their educational goals.¹⁸ These findings help them understand what’s working and what needs to change.

Qualitative Assessment: Capturing Testimonials

The stories and experiences of those involved are just as important. These personal accounts from students, teachers, and others show the real impact of their programs.¹⁸ Hearing people’s experiences gives a fuller picture of the initiatives’ effects. It makes the success more personal and meaningful.

Under Armour blends numbers with people’s stories to get a full view of their work. They want to make sure their STEM programs keep inspiring the future generation of innovators.¹⁸¹⁹

By using this mix of methods, Under Armour can fully grasp their impact. They can both measure outcomes directly and understand the program’s real-world effect on individuals.¹⁸¹⁹

Conclusion: Empowering the Scientific Minds of Tomorrow

Under Armour deeply invests in STEM education, committing to shape the scientists of the future.²⁰ This dedication is seen through creative learning tools, hands-on experience, and mentorship. Their work inspires a love for science in students, preparing them to innovate and solve issues ahead.²⁰

With strong alliances and top-notch educational experiences, Under Armour dreams of a bright future in science.⁴ They reach out to communities with programs like All Things Science, making STEM easily available to all. This effort boosts student interest in science and technology, creating a path towards excellence.⁴

In a world advancing rapidly, with pressing challenges demanding new ideas,²⁰ STEM’s role in creating future science leaders is more significant than ever. Under Armour lights the way, encouraging youth towards a limitless future in scientific exploration. Their commitment points the way to a world where improving lives through science is possible.

Source Links

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14. https://www.biorxiv.org/content/10.1101/2024.03.15.585231v1.full
15. https://www.nasa.gov/learning-resources/partnering-with-nasa-stem-engagement/
16. https://projectscientist.org/
17. https://www.linkedin.com/pulse/empowering-innovators-tomorrow-smart-communities-steam-gillard-8h4xc
18. https://www.nature.com/articles/s43586-022-00144-4
19. http://deepblue.lib.umich.edu/bitstream/2027.42/170318/2/cpe6099.pdf
20. https://www.linkedin.com/pulse/empowering-tomorrows-innovators-role-stem-education-jglpf