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STEMSuperPowersUSA.org

Inspiring Future Innovators with Practical Kits, Engaging Learning, and Expert Advice


1776 - 2026

Featuring
America250
Commemorative LED
American Flag Soldering Kit

The Electronics Learning Hub
Introducing The LED American Flag Soldering Kit
Possibly the First LED American Flag Designed by a
U.S. Electrical Engineer

What Makes This Flag Different
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Designed by a U.S. engineer
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37 independently testable circuit zones, learn and verify as you go
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Clean topside, no exposed traces for a polished, display-worthy finish
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Powered safely with external 24VDC power supply.
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Comes with a complete digital learning pack: schematic, BOM, theory, assembly, and troubleshooting
This isn’t just a flag—it’s a hands-on electronics lab, a showcase of practical design, and a rewarding learning experience for students, hobbyists, and educators alike.
Not mass-produced. Not generic. Purpose-built for education, exploration, and skill-building.
Build knowledge. Build confidence. Build something you’ll be proud to display.

ESD Wrist Strap Warning!
The Potentially Deadly Myth Regarding ESD Wrist Straps:
Grounding Your Body Is NOT Shock Protection


Soldering Kits Comprehensive Overview Video
Soldering Kit Types -
Past, Present, and Future of Soldering Kits
Foreign Workers Filling U.S. STEM Jobs in the Millions Amid an Ever-Growing Domestic Shortage of Qualified Workers



Failing Grades, Failing Workforce:
America’s Talent Shortage Starts in High School
In the United States, millions of high-paying jobs in technology and advanced industries remain unfilled, not because the jobs don’t exist, but because we lack qualified workers to fill them. The real issue isn’t a shortage of manufacturing jobs, it’s a shortage of skilled candidates in science, technology, engineering, and advanced manufacturing.



Graduating Without Proficiency:
A National Emergency by the Numbers
Only One-Third of 2024 High School Graduates are Academically Prepared for College
Reading: 35% | Math: 33%
Estimated Annual Earnings Based on Education Level
Less than High School~$38,600
High School Diploma~$49,700
Vocational Training / associate degree~$57,000
Bachelor’s Degree~$91,200
Master’s Degree~$109,200
Doctoral Degree (PhD)~$114,400–$124,800

Global Electronics Component Fabrication & Assembly:
U.S. Share Shrinks to Near Zero
From Leader to Outsider:
U.S. Has Become Irrelevant in Electronics Manufacturing

Asia Dominates Global Electronics Manufacturing
90% of all electronic components are produced in Asia — with passive parts reaching 98%.
Breakdown by Component Type
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Semiconductors (chips): ~75–80% made in Asia (Taiwan, South Korea, China).
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Memory chips: ~90% from South Korea and Taiwan.
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Passive components (resistors, capacitors, LEDs, connectors): ~95–98% from China and Southeast Asia.
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Printed Circuit Boards (PCBs): ~90% manufactured in China.
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Sensors & precision parts: ~70–80% from Japan and Singapore.
Through self‑cannibalizing for short‑term profits, U.S. corporations that were once the world’s dominant manufacturers have either gone bankrupt or become sales channels for foreign‑made components. The few that remain are only marginally relevant in design, R&D, for what are increasingly viewed as commodity products such as microprocessors, smartphones, and computers—with the exception of high‑end defense electronics.
If these last bastions of the American electronics industry disappeared tomorrow, few would notice—just as with the countless thousands before them, destined for oblivion.
Rather than investing in their people and developing innovation in advanced manufacturing equipment, American corporate leaders chose to divest their manufacturing capabilities, knowledge, and know‑how to foreign producers—planting the seeds of their own demise for short‑term personal wealth. In pursuit of low‑cost labor, they stifled innovation in advanced manufacturing that would have occurred, if manufacturing had remained in the U.S., and hollowed out our nation’s industrial base.
In terms of volume manufacturing, component fabrication, and assembly, Asia is the undisputed center for electronic components, products, and advanced robotics. It is best positioned to dominate the future not only in advanced manufacturing and robotics, but also in innovation and new product development.
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5 Star Recommendation:
JLCPCB — Your One-Stop STEM Prototyping Powerhouse!
For anyone teaching, learning, or tinkering in STEM — from circuits and microcontrollers to robotics, enclosures, and mechanical parts — JLCPCB is hands-down the best bang-for-buck service out there.
They deliver world-class quality at bargain-basement prices:
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Professional PCBs starting at just $2
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Full PCBA (assembly) with a massive in-stock parts library
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High-precision 3D printing (SLA, MJF, SLS, FDM & more) for custom enclosures and prototypes from ~$1
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CNC machining for strong metal/plastic parts when you need durability beyond 3D prints
As a hobbyist and a professional manufacturing engineer, JLCPCB is the way to go from breadboard experiments to polished, functional projects without spending a fortune. Exceptional customer service, fast turnarounds, reliable results, and seamless integration across services make it a true maker's dream for: flawless circuit boards, beautiful 3D prints/machined parts, and unbeatable value.
Ready to bring your STEM ideas to life? Check out jlcpcb.com (and their sister sites like jlc3dp.com for 3D and jlccnc.com for machining) — highly recommended!

STEM-Inspired Apparel Coming 2026!
Stay tuned for unique, creative designs that celebrate your passion for science,
technology, engineering, and math—coming soon!





