Kits without a plan
A box of boards arrives, nobody has a lesson sequence for it, and it goes back in the cupboard after one term.
An AI and robotics lab your teachers can run
Albero Labs installs the equipment, trains your teachers and supplies the curriculum, then supports the lab all year.
- packages
- 3
- curriculum
- Grades 3–12
- teacher training
- 3 days
Hands-on from the first session: students build circuits, robots and AI projects themselves.
Why most school labs end up locked
One teacher who knows how
The lab depends on a single enthusiast. When they move schools, the lab stops.
Nobody to call when it breaks
A failed board or a jammed printer waits weeks for a fix, and classes are cancelled meanwhile.
One purchase covers the room, the lessons and the people
Hardware, curriculum, training and a year of support are delivered together. Nothing on this list is sold separately.
Equipment
Industry-standard boards and tools, chosen to survive a classroom.
5 modulesComputing boards
Raspberry Pi, Arduino and ESP32 stations, quantity per your lab size.
Robotics kits
Wheeled robots and robotic arms that students assemble themselves.
IoT & sensors
A pack of 40+ sensors and actuators for connected projects.
3D printing
An enclosed FDM printer with filament stock, on FutureTech and above.
Electronics bench
Breadboards, meters and a soldering station for real circuit work.
Curriculum & software
A lesson sequence, so the lab is used every week, not on open days.
6 modulesLesson plans by grade
Mapped to NCERT science, mathematics and computer science outcomes.
Coding track
Block coding, then Python, MicroPython and C++ for embedded boards.
AI & ML module
Image classification and simple language models, trained and run on the Raspberry Pi.
Design & CAD
Tinkercad and Fusion 360 for parts students then print.
Teacher dashboard
Each student’s completed modules and submitted projects in one place.
Competition track
Preparation for ATL Marathon, Smart India Hackathon and state robotics olympiads.
Setup & support
The parts that decide whether a lab is still running in year two.
5 modulesInstallation
Our engineers deliver, install, network and test every station.
Teacher certification
A three-day hands-on workshop. No electronics or coding background needed.
School relationship manager
One named person for the academic year.
Warranty & on-site response
One-year warranty on all equipment, with on-site response within 48 hours.
Annual refresh
Curriculum updates and a refresher workshop for teachers each year.
What the lab looks like in use
A lesson sequence from first circuit to AI project
- Foundation and safety first, then electronics, robotics, programming, AI and IoT.
- Each module lists its grade band, periods needed and the learning outcomes it maps to.
- Capstone projects chosen by students in the senior grades.
Software screens show illustrative sample data. Photographs are library images until we publish ones from schools we have equipped.
Teacher and student app in development
The lab register and lesson plan on a phone
We are building an app for lab teachers and students to go with the dashboard.
- Today’s session, its lesson plan and its equipment checklist.
- Attendance and project check-offs, marked at the bench.
- Students photograph their builds and submit them to the teacher.
- Raise an equipment fault with a photo, straight to our support team.
Until the app is released, the teacher dashboard works in the browser on any phone or tablet. Release dates will be shared with partner schools first.
Who does what, before and after the lab opens
We handle the technical work. The school provides the room, the timetable and the teachers.
School management
Approves the proposal, provides the room and assigns lab teachers.
Lab teachers
Run the weekly sessions using the lesson plans, after certification.
Students
Build, code and present projects, and earn module certificates.
Albero
Supplies, installs, trains, maintains and refreshes the curriculum.
| Capability | Albero | School | Teachers | Students |
|---|---|---|---|---|
| Site survey & layout plan | Hosts visit | |||
| Room, power & Wi-Fi | Specifies | |||
| Equipment delivery & install | ||||
| Teacher certification | Runs | Releases staff | Attends | |
| Weekly lab sessions | First session | Timetables | ||
| Repairs under warranty | Reports | Reports | ||
| Curriculum updates | Receive |
Scroll the table sideways on a narrow screen.
Safety, warranty and support
What every package includes, and what we ask the school to provide.
Safety first
The curriculum opens with safe lab practice, and soldering is done only at the supervised bench.
Enclosed 3D printer
The printer ships with a safety enclosure, and filament storage guidance for the room.
One-year warranty
All equipment is covered for a year from installation, repaired or replaced at no cost.
48-hour on-site response
A reported hardware fault gets an engineer on site within 48 hours on working days.
Secure storage
We specify a lockable cabinet so kits are counted in and out of every session.
Procurement paperwork
GST invoices and the documents schools need for purchase orders, trust approvals and grant claims.
What the school provides
Confirmed on the free site visit before any proposal is sent.
- A room of at least 20 ft × 15 ft
- 8 to 12 power outlets
- Wi-Fi of 25 Mbps or more in the lab
- At least two teachers assigned to the lab
- A lockable cabinet for equipment
- Ventilation (air conditioning preferred, not required)
The equipment, item by item
Quantities scale with the package and the number of stations. The full list is attached to every proposal.
Raspberry Pi 4 (4 GB)
Quad-core 1.8 GHz, Wi-Fi and Bluetooth 5.0, dual HDMI, 40-pin GPIO. Runs Python and the AI modules.
Arduino Uno R3
ATmega328P, 14 digital I/O pins, 6 PWM outputs. The board for first circuits and robots.
ESP32 dev boards
Dual-core 240 MHz with Wi-Fi and Bluetooth, for IoT and connected projects.
AI vision camera
5 MP sensor, 1080p video, CSI interface, for image classification projects.
Sensor & actuator pack
Ultrasonic distance, temperature and humidity, soil moisture, light, pressure and 40+ more parts.
Displays
7-inch touchscreens for the Pi stations and small OLED modules for builds.
Motors & drivers
DC motors with L298N drivers, and SG90 and MG995 servos.
Wheeled robot kits
2WD chassis with motors, a driver and line-follower sensors. Built by students, not pre-assembled.
Robotic arm kits
4-axis acrylic arm with servos, gripper and wrist joints, Arduino-ready.
FDM 3D printer
220 × 220 × 250 mm build volume, heated bed, PLA and PETG, with a safety enclosure and filament stock.
Electronics bench
Breadboards, jumper sets, component kits, digital multimeters and a soldering station.
Software, pre-installed
Arduino IDE, Python, MIT App Inventor, and Tinkercad and Fusion 360 education licences.
Schools and institutions we set labs up for
The equipment is the same. The curriculum mapping, the package and the paperwork differ.
CBSE schools
Modules mapped to NCERT outcomes, with optional CBSE coding curriculum integration.
ICSE & state board schools
The same sequence, mapped to your board’s science and computing syllabus.
Atal Tinkering Lab schools
Equipment and lessons that fit an ATL grant, with the documentation for it.
School groups & trusts
One design across campuses, rolled out school by school, with a single point of contact.
International schools
Project-based modules that sit alongside IB and Cambridge design and computing courses.
Colleges & training centres
The senior AI, IoT and embedded modules, without the foundation grades.
From first call to first class, in eight steps
Installation and training take three days once equipment arrives. The school’s main job is to be there for the first session.
- 01
Consultation call
A 30-minute call about your space, grade levels and budget.
- 02
Site visit
An engineer visits to plan the layout and check power and network.
- 03
Proposal
A written proposal within 48 hours of the visit, in the format your approval process needs.
- 04
Delivery
Equipment shipped insured and pre-tested.
- 05
Installation
Stations installed, networked and tested on days one and two.
- 06
Teacher training
The three-day certification workshop for your lab teachers.
- 07
First session
We run the first student session alongside your teachers.
- 08
Year-round support
Your relationship manager, warranty repairs and the annual refresh.
Delivery dates depend on stock and location, and are fixed in the proposal.
Three packages, priced after a site visit
Starting prices for a standard room. The proposal after your site visit gives the exact figure for your space and student numbers.
Starter Lab
The foundation for younger innovators.
₹3,49,000starting price
Excluding GST
Get a proposalIncludes
- Robotics & coding kits
- Electronics starter set
- Curriculum for grades 3–8
- Teacher training
- One year of support
FutureTech Lab
A complete AI, robotics and innovation lab.
₹6,50,000starting price
Excluding GST
Book a site visitEverything in Starter, plus
- AI & IoT kits
- 3D printer
- Drone & advanced robotics
- Curriculum for grades 3–12
- Competition mentoring
Innovation Center
A flagship centre designed around your campus.
Custom
Quoted for your setup
Request a quotationEverything in FutureTech, plus
- Custom lab design
- Makerspace & fabrication
- Dedicated lab coordinator
- Multi-campus rollout
One-time prices in INR, excluding 18% GST. The site visit and proposal are free. Annual maintenance after the first year is quoted separately.
Every package includes installation, teacher certification, the one-year warranty and a named relationship manager.
Questions people ask before they sign
Including the ones where the honest answer is “not yet”.
ScopeWhat exactly is included?
Equipment, installation, the curriculum and teacher dashboard, the three-day teacher certification and a year of warranty and support. The package list in your proposal is the full list.
TeachersDo our teachers need a technical background?
No. The certification workshop is written for teachers with no electronics or coding experience, and we run the first student session with them.
GradesWhich grades is it for?
Grades 3 to 8 on Starter Lab, and 3 to 12 on FutureTech Lab and Innovation Center, with senior modules covering AI, IoT and competition preparation.
BoardIs the curriculum aligned with NCERT and CBSE?
Modules map to NCERT science, mathematics and computer science learning outcomes. CBSE coding curriculum integration is available as an option.
PurchaseHow does procurement work?
We work with purchase orders, trust or society approvals and grant documentation, and issue GST invoices. A coordinator helps with the paperwork your approval needs.
After year oneWhat happens after the first year?
The lab is yours. Annual maintenance, curriculum refresh and refresher training continue on a yearly contract, quoted with the original proposal.
Book a free site visit
An engineer visits, plans the room with you and sends a proposal within 48 hours.
Albero products that work alongside Albero Labs
Photographs: Aisart, CC BY-SA 3.0, Laserlicht, CC BY-SA 4.0, Mister rf, CC BY-SA 4.0