Sponsor the solution.
$500 puts one child through a full Screen-to-Builder Lab. $10,000 funds a school pilot. $25,000 launches a mobile creator-lab route.
OUR SOLUTION
We don't take technology away. We change what children do with it.
TechKids does not simply tell children to put screens away. We give them a better reason to look up: in our labs, the screen stops being the destination and becomes one tool in the building process.
THE CORE MODEL — SEVEN MOVES
1 Replace passive consumption with purposeful creation.
2 Give children real tools, not just lectures.
3 Make technology physical — robots, prototypes, sensors, printed objects.
4 Teach AI as a thinking partner that must be questioned, checked, and used ethically.
5 Build confidence through visible progress.
6 Connect each project to a real-world problem.
7 End with a demonstration: students explain what they built and why it matters.
Screen-to-Builder Labs
FROM SCROLLING TO SOLVING. FROM CONSUMING TO CREATING.Free or low-cost after-school and weekend cohorts for grades 5–9. Students transform passive screen habits into purposeful technology creation — building robots, designing 3D prototypes, using AI responsibly, and pitching solutions to real community problems.
16–24 STUDENTS PER COHORT8-WEEK PILOT · 12-WEEK FULL2 × 90-MIN SESSIONS / WEEKFAMILY + DONOR DEMO DAYSCHOOL · LIBRARY · MOBILE LAB
MODULE 1
The Wake-Up Lab
Understand the difference between passive use and purposeful use — without shame.
DELIVERABLE — Personal Screen-to-Builder commitment card
MODULE 2
Attention Under Attack
Build awareness of distraction and practice sustained focus in a timed no-phone build challenge.
DELIVERABLE — First physical build or digital design
MODULE 3
Robot, Respond, Repeat
Systems thinking, sensors, loops, and debugging with a test-observe-change worksheet.
DELIVERABLE — Working robot behavior demo
MODULE 4
AI Truth Lab
Ask an AI to solve a problem, then find what is useful, wrong, biased, vague, or unsafe.
DELIVERABLE — AI verification checklist
MODULE 5
Design It, Print It, Hold It
From basic 3D design to a printed prototype — comparing first draft and improved draft.
DELIVERABLE — 3D printed or printable prototype
MODULE 6
Build for Someone Else
Interview a real person, choose one real problem, and plan a human-centered solution.
DELIVERABLE — Problem statement and prototype plan
MODULE 7
Mini Startup Lab
Define the user, explain the problem, estimate materials cost, name the solution, pitch it.
DELIVERABLE — One-page product or project pitch
MODULE 8
Demo Day
Public proof that they can build — presentations, live demos, family showcase.
DELIVERABLE — Presented prototype + certificate
What we measure
- — Attendance, completion, and projects built
- — Robotics, 3D design, and AI-literacy knowledge
- — "I can build with technology" confidence
- — "I can solve a hard problem if I keep trying"
- — Parent-reported passive screen-time changes
- — Interest in STEM classes, careers, and mentoring
We track whether students report healthier technology habits and more purposeful creation. We do not claim to treat addiction or mental illness.
How we scale
PHASE 1
Pilot — 2 cohorts, 32–48 students, one school or community partner, pre/post surveys, demo day.
PHASE 2
Community Lab — 6–10 cohorts a year, parent workshops, mentor training, annual impact report.
PHASE 3
Mobile Creator Lab — portable kits, printers, and laptop carts rotating through underserved communities.
PHASE 4
Train-the-Mentor — certified instructors, partner toolkit, a replicable model for other cities.