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Coding clubs. Workshops. One-to-one coaching.
Kids who build things don’t quit themselves. We turn what they love into a real project—with real support, movement inside the session loop, and a parent-visible record of what they actually did.
The game they won’t stop talking about. The world they want to build. The question with five follow-up questions. The medium matters: Minecraft, creative coding, VR, and personal tools can restore the novelty and immersion that make attention possible.
We turn that curiosity into a project with a next step they can actually take. The brain learns through play, so we build attractive, low-stakes, high-reward environments—not one-size-fits-all lesson lists.
Students build at their own pace, with an instructor to unblock them fast, teach the missing concept when it matters, and stop the “I’m stuck, so I’m quitting” spiral. They try, test, change—and explain why it works.
In the club, they build alongside other learners. Community, purpose, and technical novelty—not passive screen time—create space for collaboration, creativity, and healthy comparison. The work is guided by 10+ years of teaching, hundreds of students and workshops, neuroscience, and a specialty with neurodiverse learners.
What did I make? What finally clicked? What will I try next? Each short session report is a plenary: a record of the day’s work and the next place to begin.
Projects live inside Poiesis Pathways—curriculum-rooted, student-chosen programs where proof of learning is the learner’s own work. Plenaries build better habits, make progress visible to parents, and turn reflection into self-coaching.
A regular place to build, a focused creative session, or time that’s entirely theirs. Each can draw from Scratch, micro:bit, Minecraft, game design, creative coding, robotics, and web development.
Weekly sessions with a consistent cohort. Personal projects, shared momentum, instructor support, creative play, confidence, friendships, and a reason to keep coming back.
FOR: motivation, consistency & long-term projects
Short themed builds in Minecraft logic, game design, creative coding, and AI basics—for learners, holiday programs, schools, community groups, and special events.
FOR: trying it out or sharing a creative challenge
A personalised Pathway around the learner’s interests and profile, with an instructor’s full attention for fast skill growth, executive-function support, confidence rebuilds, or catch-up plans.
FOR: a personal project or a specific learning goal
Kids feel safe when the shape is predictable. The shape is predictable so the work inside it can be wild: catch up, move, build, write a plenary, then showcase and play.
A stretch of focused making, with an instructor nearby. Students work on their own projects, ask questions, and learn the next concept when they need it.
A typical club rhythm. One-to-one classes and workshops are tailored separately.
The same idea, in another form: tools that support the learner’s thinking, rather than do it for them. Meet the software side of Poiesis.
s("bd ~ ~ ~ bd ~ ~ ~")
s("~ ~ sd ~ ~ ~ sd ~")
s("hh hh hh hh hh hh hh hh")
An interactive illustration. The full app teaches music through code.
A guided music-coding workspace that connects code, sound, and visual feedback. Change a pattern, hear what happens, and build from there.
Hear it. Change it. Explain what changed.
Which move keeps both sides equal?
The next step is a decision, not an animation.
A two-step illustration, not the full algebra engine.
An algebra tutor where students choose each move and an engine checks it. Hints and coaching support the process without taking over the problem.
Choose a move. Check it. Understand why.
City parks are important. They make cities better.
What does “better” mean here?
Authored sample questions—not a live AI response.
An AI essay coach built around a five-stage revision process. Paragraph-level feedback helps students plan and revise rather than handing them replacement prose.
Map → Diagnose → Plan → Revise → Reflect.
7 × 8
8 × 7= 56
Different order.
Same product.
One pattern from the times table. The full app adds structured practice.
A math-facts workbench that makes the structure of the times table visible, then uses spaced practice for the facts that still need work.
Notice the relationship before memorising the fact.
A ship came to the shore. Sam found a shell beside a little shop.
An authored story fragment. This page does not use your microphone.
A reading tutor that creates stories around sounds a learner is practising, follows their reading aloud, and gives teachers a view of progress.
Practise particular sounds in the context of a story.
A manual pacing example. Not a claim about reading speed or comprehension.
An EPUB reader with word-by-word reading modes, adjustable pacing, and progress that can sync across devices.
Choose a reading mode and control the pace.
Think of an answer first.
A local timer illustrates response time. It is not a score or mastery estimate.
A flashcard app that uses response time alongside correctness to help decide what comes next. Built for short study sessions, not endless card flipping.
Practise with attention to hesitation as well as accuracy.
Name the ink colour.
Not the word.
Two signals. One instruction.
One colour-matching example—not a clinical test. Colour differences may not be accessible to everyone.
An interactive version of the classic Stroop task: match the ink colour while the word may say something else. Compare the task’s phases and read the accompanying references.
Experience an interference task. Then ask why it happens.
Small interactive illustrations, not the full apps. Nothing you do in these examples is saved. Each full app opens separately; access and sign-in may vary.
MADE BY POIESISTry an idea here. Take it further with a person.
Ask how a workshop or one-to-one session could fit what you’re working on.
What did I make? What clicked? What will I try next? We’re designing a clearer way to connect those reflections over time.
This is a separate product concept—not an available parent portal or a shared dashboard connecting all eight apps.
A preview of the progress experience we’re designing.
This is a concept, not a live student dashboard.
No prior coding experience is needed to start a conversation. Tell us what they enjoy and what they’ve tried; we’ll discuss a suitable starting point and level of support.
No. VR is one option, not an entry requirement. Sessions can also use ordinary video calls or take place in person. We’ll confirm the equipment needed for your chosen program before you begin.
Typically K–12, placed by readiness and fit rather than age alone. We work with homeschool students, ADHD and autistic learners, gifted and twice-exceptional students, and learners seeking enrichment or a confidence rebuild.
Projects are parts of Pathways, and each daily session report is called a plenary. Together they make problem-solving, planning, debugging, communication, confidence, and next steps visible. We’ll agree on how updates will be shared for your program. The Poiesis Progress concept above shows the direction of our reflection tools, not an available parent portal. The learning apps are separate projects, not a shared reporting system.
Yes. Core curriculum is built around CSTA standards and Science Practices, adaptable to K–12 requirements and individual learning plans. The project is chosen by the student; the curriculum spine keeps the learning rigorous.
Poiesis is eligible for ESAs, homeschool grants, and education savings accounts. We can provide progress logs, attendance records, curriculum-alignment reports, and other documentation a funding agency requests.
They are separate projects from the Poiesis studio. Classes remain instructor-led; we’ll discuss which tools and activities suit the learner. App access and sign-in requirements may vary by project.
These depend on the program, format, and support needed. Get in touch and we’ll confirm availability, session details, and pricing before you commit.
Yes—let’s talk about your learners, the time you have, and what you’d like them to make. We’ll work out the scope, equipment, and format together.
A free 20-minute intro call. We listen, you ask, nobody pitches. Tell us about the game, big idea, or project they can’t stop talking about. If it fits, we line up the first session.
A conversation first. A plan that fits.