For schools with a STEM centre
Bulgaria has more than 2,400 schools that have opened, are opening, or are planning to open a STEM centre. That investment matters. This page is for the educators and school leaders inside those rooms — and for anyone, anywhere, planning a similar space. What goes in it, who staffs it, and how a tool like Now I See It fits as the classroom compass that points the work in the right direction every day.
A STEM centre that is well equipped but understaffed is a stalled investment. A centre that is well staffed but under-equipped is a stretched team. The point of this page is to keep both sides moving together.
A STEM centre is staffed by people who, in many cases, were trained in a single subject. They are now expected to teach across subjects, with technology they did not grow up with, in front of learners who can sense uncertainty in three seconds. Without proper support, that staff burns out. With proper support, they become some of the most quietly powerful educators in the building.
A teacher needs to plug a sensor in, see a graph appear, and know how to fix it when nothing shows up. The platform's onboarding flow is built around this — first plug-in to first plot in under a minute, with a tooltip on every button. We do not assume technical background; we build it.
The Lesson Planner drafts a full lesson in the educator's language in under a minute. The Lesson Library has a thousand-plus ready-to-run lessons across years, subjects, and sensors. A teacher who walks into the centre with no lesson prepared is ten minutes away from a lesson that will hold a class for an hour.
Every lesson generated by the AI carries a Mentor Development section that quietly notes one or two skills the educator is also building by running this lesson. Over a term, that adds up to a real, named, evidenced professional development trail — not a checkbox on an annual review.
The hardest part of staffing a STEM centre is permission. The teacher who admits, in front of the class, that they don't yet know what a particular reading means — and then learns it openly with the class — is a teacher whose learners trust them more, not less. The platform's tone, design, and supporting documents all back that posture.
Most STEM-centre incidents are minor. Almost all of them are preventable. The pattern that protects a room is not a thick policy document — it is a few small things, made visible, and a calm adult who knows where everything is.
Safety glasses for everyone, every time something flies, splashes, or stretches. A first-aid kit on the wall, in date, in a place every staff member knows. Both items together cost less than one piece of broken equipment.
Safety notes belong in the language the learners actually read most easily — not English-only on a wall in a school where Bulgarian is the working language. The platform's lesson cards include safety lines in both English and Bulgarian; translations into other languages are welcome.
Every lesson in the library carries an explicit risk level (low / low-medium / medium / medium-high / high). Anything above low includes adult-supervised or adult-only labels on the relevant steps. Authors are asked to be generous — upgrading a level rarely harms; underestimating can.
No safety policy survives a missing adult. The teacher / mentor / facilitator at the centre needs to know where the kit is, where the off-switch is, where the first-aid kit is, and how to handle the two or three substances that warrant care. The platform's onboarding flow walks new staff through this in under twenty minutes.
The most successful STEM centres we have seen do not begin with their most expensive equipment. They begin with a kitchen-table experiment that confuses, surprises, and makes a learner ask "why?" out loud.
There is a real reason for this. Confidence with the precision tools — the sensors, the AI lesson plans, the live data — is built faster on top of confidence with cork, string, balloons, and warm water. A teacher who has run the floating-needle compass with a Y05 group five times knows what a successful experiment feels like in the room. That feeling transfers directly to the moment they first plug in an accelerometer.
A floating-needle compass from a sewing needle, a cork, and a bowl of water. Cabbage water as a pH indicator. A balloon-and-string telephone. A shadow that changes shape as the sun moves. None of these need a hub or an AI. All of them teach the same loop: predict, observe, record, refine. That loop is what science is.
When the practice habit is already in the room, the first sensor reading lands as a moment of "now we can see what we suspected" — not as a magic trick from a black box. Learners who arrive at the precision tool already familiar with the question take ownership of the answer. That ownership is what makes the equipment worth its budget.
The entry-level work is not a stage you outgrow — it is the foundation that everything above it rests on. As STEM divergences open up in your school (robotics, environmental monitoring, data science, design technology, biotech, anything), the same predict-observe-record-refine loop scales upward without rewriting itself. Training and support scale alongside it. We are not selling a product you graduate from; we are walking the same path you are.
The Lesson Library carries dozens of these entry-level experiments alongside the precision-sensor lessons. Filter by "Easy" difficulty, by year bands Y05–Y07, or by the "No hub needed" chip on a card to find them. They are not a warm-up to be tolerated — they are where confident science teachers are made.
A STEM centre is more than a list of items. It is a room a learner enters and leaves curious. The list below is what we have seen actually used week after week — not what looks good in a procurement photograph.
A small set of robust, real sensors that connect quickly and visibly. Accelerometer, temperature, humidity, pressure, light, sound, pH. Enough hubs that small groups don't have to queue.
A laptop or tablet running the platform, plus a screen everyone can see — a TV, a projector, even a large second monitor. Live data that everyone can read together is worth more than the same data shown to one student at a time.
Two or three robust benches, easy-clean. Open shelves for materials in clear bins. Soft items matter too — chairs that can move, a pin board for student work, a wall the room can write on.
Scissors, tape, string, balloons, batteries, wire, glue, paper. The very small everyday items that turn a sensor reading into an experiment. Underrated and often forgotten on the procurement list.
Project boards, rotating displays of student work, photos of past investigations. Equipment without evidence of past learning feels sterile; a wall that records the room's history makes new learners feel they have joined something.
If your centre is being built right now, prioritise the second column — the way to show data — and the consumables. Both are usually under-budgeted, and both make the difference between equipment that stays in cupboards and equipment that gets used in lesson three of the day.
Bulgaria's investment is one of many. Below is a snapshot of the named government and multilateral programmes the Now I See It research desk found active in 2025–2027. If your country is not listed and you are running a STEM centre, please tell us — we want to know what you are building.
Jump straight to your region:
Bulgaria is in the final phase of one of Europe's most ambitious STEM-centre programmes: EUR 243 million in EU Recovery and Resilience funding has equipped over 2,200 Bulgarian schools with STEM laboratories by spring 2025. Now I See It is built to work inside exactly these spaces — real-time sensor data, AI-generated datasets, and lesson plans aligned to the Bulgarian science curriculum, ready from day one.
India's government is expanding Atal Tinkering Labs to 50,000 schools and has selected over 12,000 PM SHRI schools for full science-lab, smart-classroom, and skill-lab infrastructure — one of the world's largest school-level STEM investments. Whether your school already has an ATL or is being equipped for the first time, Now I See It is ready to help you use it with confidence from day one.
Italy's PNRR "Scuola Futura" programme is placing STEM orientation, AI, and digital labs at the heart of every school level — with government-funded STEM competency programmes running through the 2025–26 school year. Now I See It is built for exactly this moment: real sensor data and AI-assisted lesson planning that complement the new STEM labs being installed across the country.
Poland invested PLN 1.2 billion through the "Laboratoria Przyszłości" programme to equip nearly every primary school in the country with robotics, 3D printers, and electronics. The equipment is now in classrooms and school leaders are asking what to do with it next. Now I See It gives the answer: a sensor-based science platform that turns that hardware into live, curriculum-linked experiments and AI-assisted lesson plans that work from day one.
Germany's MINT Action Plan 2.0 and the billion-euro Startchancen-Programm are equipping thousands of schools with modern science resources, while Austria's new MINT-Mittelschulen bring a dedicated STEM curriculum into a growing network of schools and Switzerland funds hands-on STEM projects through the Academies of Arts and Sciences. Now I See It speaks that same language — real sensor hardware, live data, and AI-assisted lessons that ease the transition from theory to practice for any teacher.
Greece is opening 13 new Innovation Centres — one per regional education directorate — from the 2025/26 school year, alongside the 22 Onassis Public Schools. The centres host robotics, AI, and interdisciplinary science workshops. Now I See It fits naturally into the practical work these centres are designed to host. We welcome conversations with Greek school leaders ready to put real sensor data at the heart of their science lessons.
Turkey's Ministry of National Education launched the "Young R&D" initiative in early 2025 across all 81 provinces, alongside the 379-centre BİLSEM network where gifted students already work with robotics, coding, and applied science. Now I See It extends that hands-on culture to every classroom: real sensor data, AI-generated experiment datasets, and lesson plans linked to the Turkish national curriculum.
Romania's "Educated Romania" reform is reshaping the national curriculum around STEM and digital skills, backed by NextGenerationEU funds equipping schools with science laboratories. Now I See It supports exactly the kind of practical, inquiry-based science the new curriculum emphasises — sensor experiments, real data, and AI-assisted lesson planning teachers can use from the first day equipment arrives.
Albania's Ministry of Education is in the middle of a EUR 58 million drive to install Smart Labs in 615 schools by 2030, backed by mandatory STEM-approach teacher training already running in 2024–25. Now I See It is built to make those labs come alive: real sensor data, AI-generated datasets, and lesson frameworks that give teachers confident, curriculum-linked starting points from day one.
Spain's LOMLOE reform and STEAM Alliance are driving a shift toward hands-on, project-based science learning, while a UNESCO initiative running through 2025 strengthens STEM capacity in Mexico, Colombia, and Central America. Now I See It sits directly in that momentum — whether your school is in Madrid, Mexico City, Bogotá, or Santiago, we are ready to help you make STEM learning more visible.
Portugal is investing EUR 480 million through its Recovery Plan to build 365 Specialised Technology Centres, while Brazil and UNESCO are launching Open Schools programmes to bring connectivity and digital science tools to schools in Bahia, Pará, and beyond. Now I See It is designed to work inside exactly these newly equipped spaces — in Lisbon, Porto, São Paulo, or a newly connected rural community.
France's "Plan Filles et Maths" and the "Choc des Savoirs" curriculum reform are putting practical mathematics and science back at the centre of secondary education, with 370,000 teachers receiving training in 2025. Now I See It supports that shift: real sensor data and AI-generated datasets give students and teachers a concrete way to practise the inquiry and analytical skills the new curriculum demands.
Serbia's "21st Century Schools" programme has now reached every primary school in the country, and UNICEF's STEM-kit initiative brings hands-on science to schools serving the most vulnerable communities. Now I See It builds on this foundation: real-time sensor data and AI-generated datasets give those STEM kits a live, dynamic data source that makes science lessons richer and more memorable.
Kenya's new Competency-Based Curriculum is building explicit STEM pathways for millions of secondary school students, while Tanzania's national education plan and a new UNICEF–KOICA partnership are equipping science laboratories across underserved regions. Now I See It is designed to work in exactly these environments — bringing real sensor data and AI-assisted lesson planning to any classroom that has internet access, without requiring expensive specialist infrastructure.
Other markets we serve — including Ukraine, the United States, Saudi Arabia, the UAE, North Macedonia, Bangladesh, and the wider French-speaking world — have active education-reform activity that we are still researching at the right level of nuance for each context. If you are a school leader in any of these places and would like to share what is happening on the ground, please get in touch.
The content of this platform was not designed in a quiet office. It has been built over seven years of working inside Bulgaria's mass introduction of STEM education — a country that, when this journey began, had never seen anything of the kind in its classrooms before. That experience is in the platform now: in the lesson library, in the educator-development scaffolding, in the AI prompts, in the calm pacing of how a new piece of equipment becomes a new piece of practice.
If your country is earlier on the same road — opening centres, training the staff, deciding how to bring students into it without overwhelming the teachers who must lead — we want you to know that what is built into Now I See It is what we wish someone had handed us seven years ago.
The journey is rarely about the equipment. It is about three things:
If you are facing specific challenges that the standard library does not yet cover, we will sit down with you. A consultation to add lessons, tools, or framing tailored to your particular context is part of the offer — not an upcharge — because the platform grows by meeting real classrooms in the countries that need it.
In a Y05 lesson in our library, learners build a working compass from a needle, a cork, and a bowl of water. They watch the needle settle and align with the Earth's magnetic field. We borrow that image, deliberately. The platform is not the lesson and not the teacher. It is the small, reliable thing in the room that helps everyone — the educator preparing tomorrow, the learner asking what to try next, the centre director planning a term — to find their orientation.
For a STEM centre, that compass role is daily and practical. The next group walks in. The teacher needs a lesson at the right level, on the right topic, using the right kit. Now I See It surfaces three options in fifteen seconds. The teacher chooses the one that fits the group — not the one that fits a textbook page.
We respect STEM. The Bulgarian government's investment in STEM education is real, sustained, and changing the shape of careers for a generation of learners. We use the term as you do, because that is the term the funding speaks.
When we want to signal what we add, we write STE(A)M — with the A in brackets, on purpose. The brackets keep STEM clearly visible as the foundation, and openly declare the Arts as our addition rather than a quiet rebrand. Graphic design, three-dimensional design, painting, dance, language craft, music. A learner who has practised these has spatial reasoning, narrative skill, and a confidence with form that science benefits from directly. The room is yours; we just point out that on the day the Arts naturally enter it, the platform is ready for that too.
Whether the doors opened last week or you are still working through the procurement list, we would like to hear from you. Tell us what you have, what you wish you had, and what gets in the way most days. We design the platform around the rooms that actually exist — not the rooms in a brochure.
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