4-H Attempts to Break World Record for Largest Electrical Engineering Lesson

In the same week that 4-H received a major grant from Google to advance computer science education, the youth development organization today has set even bigger sights for STEM education: For the 10th anniversary of National Youth Science Day (NYSD), 4-H plans to break the Guinness World Record for the World’s Largest Electrical Engineering Lesson.

NYSD attracts thousands of youth every year to participate in science experiments that surround a central challenge. Last year, more than 100,000 K–12 students nationwide engaged in engineering through coding and experimenting with drones for NYSD’s Drone Discovery Challenge.

After building a wearable fitness tracker, students can monitor their heart rate. Image: 4-H.

On Oct. 3, 4-H expects to draw in thousands of youth to address NYSD’s newest challenge: Incredible Wearables.

4-H, in collaboration with researchers at the University of Nebraska-Lincoln, created an Incredible Wearables kit for the event that will enable youth to build their own wearable fitness trackers. Through completing the 70- to 90-minute hands-on project, students program a computer sensor to act like a fitness tracker, “learning about electrical engineering and healthy eating in the process,” according to a statement from 4-H. The kit is priced at $24.95; it is geared toward students in grades 4-12 and supports about 4-8 individuals.

Interested teachers and students can purchase kits and register to participate in their classrooms; the “World’s Largest Electrical Engineering Lesson” will happen at an event in Brooklyn, NY, according to information from 4-H.

Event details can be found on the 4-H site.

About the Author

Sri Ravipati is Web producer for THE Journal and Campus Technology. She can be reached at [email protected].

Featured

  • blue wooden cubes block texture abstract background

    Gartner Estimates Worldwide IT Spending at $6.31T for 2026

    Gartner recently forecast that worldwide IT spending will total $6.31 trillion in 2026, a 13.5% increase from 2025. Sectors experiencing the largest growth include data center systems, software, and IT services.

  • Neon blue security locks with a single red highlight

    AI Shifts Cybersecurity Focus from Finding Flaws to Fixing Them

    For decades, one of cybersecurity's most difficult challenges has been finding vulnerabilities before attackers do. A growing number of security professionals now say artificial intelligence is changing that equation, shifting the focus from discovering flaws to fixing them quickly enough to prevent exploitation.

  • Jason Palm

    AI, Identity, and Speed: Cybersecurity Priorities for Higher Ed

    Fortinet Security Operations Specialist Jason Palm explains how AI is raising new security challenges for higher education, requiring stronger governance, identity protection, threat detection, automation, and incident readiness.

  • CIS Sandbox Tutor Eli Blouin at Bentley University imagines a future technology learning partner that supports curiosity, critical thinking, feedback, and personalized learning.

    Student Voices: Technology as a Future Learning Partner

    A data analytics and marketing major at Bentley University and a distinguished lecturer at the university explore the future of "technology learning partners" — technologies that participate in the learning process by asking questions and giving feedback, not just information search results.