Students get an inside look into the exciting careers and inspiring personal journeys of diverse STEM role models through a lively Q&A session with a fellow STEM professional. The 30-minute max episodes will premiere throughout the school year and will be available on-demand to fit into your schedule.
Sign UpJoin the Hip Hop M.D. Maynard Okereke for a conversation with optical engineer and professor Dr. Alexis Vogt. Learn how optics is all around us and how this industry harnesses the power of light to drive innovation in STEM and everyday life.
Get to know exciting and in-demand STEM jobs in engineering, manufacturing, robotics and more that are critical for our national security.
April is Global Astronomy Month! These episodes feature trailblazing STEM role models whose work helps us explore the Universe.
National Robotics Week occurs only once a year in April but we can celebrate all month long with these episodes showcasing the world of robotics.
Visit our On-Demand library to browse all episodes by topic or speaker.
X-STEM All Access episodes come with free NGSS-aligned lesson plans designed for middle and high school classrooms. Each lesson includes an optional SEL component, links to a compatible X-STEM All Access episode featuring an inspiring STEM role model, and many lessons include a career connection component to help students see the real-world applications of STEM fields. Browse our library of lesson plans created by educators for educators!
Browse Lessons
Students explore how structure impacts material properties through data analysis and...
Students explore optics to infer how light behavior drives technological advances
In this hands-on lesson, students will explore various machine tools—such as...
 Students will explore energy transfer in circuits using hands on and...
Students test metal properties related to welding and use to solve...
Students investigate the effects of corrosion on different materials and apply...
Students explore the hands-on world of technology and metrology through the...
 Students use investigation to derive f=ma and apply it to hypersonic...
