IoTClass.org CIC
No learner should be excluded from understanding important technological ideas because they lack the standard background, learning style, hardware access or institutional pathway.
Sammy
Physics Phoebe
Packet Pete
Data Dora
Shield Shelly
What we provide: a full IoT curriculum with a guide for every subject, simulations and animations for every hard idea, labs and tutorials on free tools, a Design Studio that grades your system, and books for the youngest learners. All of it free, all of it connected to the same knowledge map.
Direction
One purpose, written down when the company was founded, and one way of working that follows from it.
Vision
To make complex technological knowledge accessible to everyone through an inclusive, AI-enabled, multimodal learning ecosystem.
That means designing many routes into the same underlying ideas, while keeping technical honesty, learner choice and a path toward deeper understanding.
Mission
To teach complex IoT and technology concepts to a wide audience, and use AI to deliver text, questions, animations, simulations, tools, labs, games and deeper material efficiently and effectively.
These routes should help people learn hard concepts faster, build breadth, go deeper where they need to, and prepare to work alongside AI agents.
Why now
AI increases what educators and learners can create. It also increases the need for breadth, judgement and the ability to collaborate with AI agents.
To grasp hard concepts faster, and to connect ideas across disciplines rather than one subject at a time.
Deliver simulations, animations, tools, labs, questions and games at a scale a small team could never draw by hand.
Judgement: what to ask, what to trust, what to build, and when depth is enough.
Learning model
A learner might want a playful first contact with an idea, a question-and-answer route to clear up confusion, a simulation to watch a system behave, or a full chapter to go deep. The routes are deliberately different. They stay connected to the same concepts.
In shortA useful route gives a learner enough understanding for their purpose, then makes the next layer of breadth or depth visible.
The guides
Every part of the curriculum has a guide. The same character meets you in a chapter, a lab, a slide deck and a children's book, so a returning idea arrives with a familiar face. Here they are, in their own words.
Hi, I'm Sammy. I show new learners around: where to start, how progress works, and which guide to ask next. In the Kids Books, I do the storytelling.
I'm Physics Phoebe. I teach how a real-world quantity becomes a signal you can trust: the fundamentals, the sensors, and what they are used for.
I'm Voltage Vera. Electronics is mine: circuits, components, and how to measure without letting the smoke out.
I'm Motor Max. When a system has to do something in the world, turn, push, open, that's actuators, and that's me.
I'm Packet Pete. I look after how devices find each other and how data finds its way: core networking, topologies, routing, transport and sensor networks.
I'm Broker Bex. I handle the conversations between devices and services: application protocols, CoAP, MQTT and AMQP.
I'm Radio Remi. Every wireless link is mine, from Bluetooth and Zigbee to Wi-Fi, RFID, LoRa and cellular. If it goes through the air, ask me.
I'm Blueprint Bina. I show how the pieces fit into one system: reference architectures, design patterns, and the ideas arriving next.
I'm Edge Eddie. I decide what should be computed close to the device instead of far away: edge and fog computing.
I'm Cloud Clara. Cloud services: what they promise, what they cost, and exactly where their responsibility ends and yours begins.
I'm Gateway Gus. I connect things that don't speak the same language: integration, bridging and gateways.
I'm Data Dora. Once the data arrives it's my turn: storing it, streaming it, making sense of it, and showing it.
I'm Shield Shelly. I keep systems honest: the threats, the cryptography, and proving who is who.
I'm Privacy Priya. I make sure people's data is treated with respect: privacy by design, and the rules around it.
I'm UX Uma. I speak for the person using the thing: interfaces, accessibility, and design that makes sense to them.
I'm Battery Bruno. I count every milliwatt: energy budgets, power sources, and how long a device really lasts.
I'm Test Tessa. Nothing ships on my watch without evidence: testing, validation, and proof that it works.
Community benefit
The shared need is not identical content. It is a meaningful route into complex technical knowledge, entered at a level that is useful to you.
Curiosity, story and pictures first, with the real idea kept intact underneath.
Foundations, revision, labs and projects, with a path when a topic gets hard.
Reviewed material and production patterns that can be adapted and reused.
Systems awareness across disciplines, and judgement about trade-offs.
Clear concepts, risks and costs, at a useful level of abstraction.
No hardware, no institution, no prerequisite background required.
In shortThis principle shapes what gets built, who it is built with, and what happens to any surplus. Community benefit, responsible AI, accessibility, safety, provenance and evidence of learning stay visible over time.
Responsible AI
AI helps create richer routes. Every route still needs educational purpose, review, sequencing and trust before it reaches a learner.
The boundary: the value is educator-led design, connected knowledge, interactive routes and evidence of learning. Not volume.
Roadmap
Where the work goes from here, in order, from the public launch onward.
February 2027first milestone
IoTClass.org opens to everyone: chapters, simulations, animations, games, labs on free simulators, teaching decks and the Design Studio, with the Sensor Squad as guides throughout.
Spring 2027planned
The illustrated series for young readers: the same ideas, told as stories, with the Sensor Squad doing the explaining.
Summer 2027planned
Educators and learners use the routes for real. Feedback and records show what actually improves understanding, and that shapes the next round of material.
2027planned
The Design Studio grows into a full design tool: draw a whole IoT system, simulate how it behaves, and have it graded against what the curriculum teaches, without any hardware.
Autumn 2027planned
Narrated animated lessons built from the written scripts, one mechanism at a time.
Where this goes
Help more people understand hard technologies faster, build breadth, and make responsible decisions with AI agents in the loop. That is the whole of it.
