July 3, 2025

Don’t miss three all-new episodes premiering on July 23, featuring professionals who are pushing the boundaries in STEM and beyond. These powerful stories offer real-world inspiration for students, educators, and future innovators alike!

Ever wonder who makes sure airplanes, bridges, and even roller coasters are safe? Meet Muriel Magloire, a nondestructive test inspector who uses cutting-edge tech to detect hidden flaws before disaster strikes. In her upcoming episode, discover how her STEM career plays a crucial role in keeping the world running safely—and why it might be the coolest job you've never heard of. Read more here.

Eythan Jenkins is a software engineer at Northrop Grumman who contributed to the groundbreaking Manta Ray project—a first-of-its-kind autonomous underwater vehicle. Northrop Grumman developed and tested the Manta Ray prototype as part of the Defense Advanced Research Projects Agency (DARPA) program, pushing the boundaries of underwater technology and innovation. Read more here.

What if the future of technology were being built… in space? Dr. Jessica Frick is a microgravity chemist and materials scientist pushing the boundaries of what’s possible by using the weightless environment of space to create next-generation semiconductors. Tune in to her upcoming episode to discover how space might just be the ultimate factory. Read more here.

This 4th of July, let’s honor the American spirit of discovery by inspiring the next generation of STEM leaders. As educators and parents, you spark the curiosity and creativity that drive our nation forward — one young mind at a time.

Light up your world this July 4th with a creative STEM twist: Salt‑Painted Fireworks! Students will trace firework designs from a printable template using glue, sprinkle on salt, then add drops of red, white, and blue watercolor to watch the color travel through the salt, creating mesmerizing bursts. This experiment explores capillary action and color mixing — blending science, art, and fine motor skills into a festive and hands-on activity.

On July 20, 1969, Neil Armstrong took that historic first step onto the surface of the Moon: “That's one small step for man, one giant leap for mankind.” It marked a defining moment in human history and showcased the incredible power of science, technology, engineering, and math.

The Apollo 11 mission wasn't just a victory for space exploration — it was a testament to what’s possible when innovation, determination, and collaboration come together. It inspired generations to dream bigger, reach farther, and never stop exploring.

As we celebrate the anniversary of the Moon landing, it’s the perfect opportunity to encourage students to look up, stay curious, and imagine where STEM might take us next. From the Moon to Mars and beyond, the future is full of possibilities — waiting for the next generation of explorers to make their mark.

Reignite the excitement of the Apollo Moon landing with this Lunar Lander Design Challenge! Students will engineer a mini lunar module to protect an “astronaut” during landing — using everyday materials like cups, straws, and padding. They’ll test their creations by dropping them, learning about shock absorption, gravity differences, and the iterative design process. This hands-on STEM activity connects classroom learning directly to the real-world challenges NASA faced, making the moon landing come alive!