01
Understand
Learn how computers, networks, data, and algorithms work through experiments that make invisible systems tangible.
Logic · Systems · Digital foundations
SignalSeed Foundation
Curiosity into
capability.
Helping children in India and Sri Lanka understand technology deeply enough to question it, build with it, and use it to solve problems around them.
Sustainability
Why SignalSeed exists
Children should learn to shape technology—not grow up merely consuming it.
Access to a device is not the same as technological agency. Children need mental models, opportunities to make and repair, the confidence to ask how a system works, and the judgement to use digital tools safely.
SignalSeed combines computing, physical making, critical digital literacy, and community problem-solving. The aim is capable thinking that remains valuable even as specific tools change.
The SignalSeed learning arc
Four capacities, taught together.
The sequence moves from understanding to agency. Every cohort finishes by explaining and demonstrating something it has built.
02
Build
Move from screen-only learning to circuits, sensors, code, and simple machines that respond to the physical world.
Electronics · Coding · Robotics
03
Question
Practise checking sources, understanding AI limitations, protecting privacy, and recognising manipulation or unsafe behaviour online.
AI literacy · Media · Cyber safety
04
Solve
Investigate a local problem, test assumptions with people affected by it, and build a small, explainable prototype.
Research · Design · Communication
Delivery model
Designed for local delivery and repeat use.
The first operating geography is India and Sri Lanka. Delivery is built around trusted local institutions rather than short, one-off technology events.
Learners
Children aged 10–16, with entry routes that do not assume prior access to a computer or coding instruction.
Format
A twelve-week studio delivered with schools, libraries, and trusted community organisations in India and Sri Lanka.
Language
Core concepts taught through locally appropriate language and examples while preserving access to standard technical vocabulary.
Equipment
Reusable learning kits shared by each cohort so participation does not depend on a child owning hardware.
Educators
Local educators supported with lesson plans, facilitator preparation, safety guidance, and a repeatable studio method.
Evidence
Learner portfolios, demonstrations, reflection, and team projects—not rankings built around one high-pressure examination.
First programme
SignalSeed Foundations Studio.
A twelve-week foundation in technological thinking for children aged 10–16.
Weeks 01–03
Computational thinking
Break problems into steps, recognise patterns, test instructions, and explain why a solution works.
Weeks 04–06
Physical computing
Build circuits with sensors and outputs; write small programs that observe and respond.
Weeks 07–09
AI and digital judgement
Explore how models learn, where they fail, how information is verified, and how personal data should be protected.
Weeks 10–12
Community build
Choose a nearby problem, create a prototype, document trade-offs, and present the work to families and educators.
Programme standard
Learning must be safe, accessible, and honest.
Child safeguarding
Partner selection, facilitator conduct, consent, supervision, and escalation procedures are part of programme design.
Privacy by default
Collect the minimum learner information needed and do not turn children’s participation into advertising data.
Accessible entry
Avoid assumptions about prior exposure, English fluency, personal devices, or paid technical instruction.
No invented impact
Report participation and outcomes only after the method and evidence are sufficient to support them.
Schools, libraries and community partners
Help establish a SignalSeed learning site.
We are building the first partner network in India and Sri Lanka. Organisations should be prepared to provide a safe learning space, a consistent local coordinator, and time for a complete twelve-week cohort.