Trusted by Schools Since 2012 · K–12 Ready

BuildX

Transforming School Education Through Experiential STEM Learning

Science · Technology · Engineering · Arts · Mathematics

12 Years|50+ Schools|50,000+ Students|Plug & Play STEM Labs

Years of STEM Education

Partner Schools

50K+

Students Impacted Annually

G1–12

Complete School Coverage

Our Story: 12 Years of Impact

In 2012, when most Indian classrooms were still confined to textbooks and rote learning, BuildX took a different path. Founded in Coimbatore with a single mission — to make science tangible, technology accessible, and mathematics meaningful — we walked into schools with hands-on kits, curious minds, and a conviction that every child is a born scientist.

Today, BuildX partners with 50+ schools across Tamil Nadu, reaching over Fifty Thousand students annually across Grades 1 to 12. Our educators have sat in dusty classrooms, urban labs, and everything in between — and one truth has never changed: when children do, they understand. When they build, they believe. When they experiment, they discover themselves.

Twelve years of feedback from teachers, principals, and parents has shaped every curriculum we design, every kit we assemble, and every lab we set up. BuildX is not a vendor. We are a long-term learning partner.

Why Experiential STEM Learning is the Need of the Hour

India's NEP 2020 calls for competency-based, interdisciplinary, experiential learning from the foundational years. The World Economic Forum's Future of Jobs Report places critical thinking, creativity, complex problem-solving, and technology literacy at the top of skills for 2025. Children who only memorise will struggle. Children who build, test, and iterate will lead.

Feature	Traditional Classroom	BuildX Experiential Model
Learning mode	Listen & memorise	Build, experiment & discover
Assessment	Written exams	Project, observation, creation
Real-world link	Theoretical examples	Live activities with actual tools
Skill development	Subject knowledge only	Critical thinking, collaboration, creativity
NEP 2020 alignment	Partial	Full — competency-based, interdisciplinary

CBSE Composite Skill Lab — What Schools Must Know

CBSE's Composite Skill Lab mandate requires schools to establish dedicated labs integrating Science, Technology, Engineering, Arts, and Mathematics through project-based activities, aligned with NEP 2020:

Hands-on making and experimentation as core pedagogy
Integration of coding, IoT, AI, and design thinking from primary level
Real-world problem-solving through cross-disciplinary projects
Assessment of process skills, not just product outcomes

BuildX is fully aligned with this mandate and can directly fulfil your school's Composite Skill Lab requirements.

Science

Science: Where Curiosity Becomes Discovery

Xperimentor PlayLab — Grades 1 to 5

Investigations

Guided experiments where children ask questions and find answers themselves.

Puzzles

Logic and spatial puzzles that train reasoning and persistence.

DIY Projects

Make-and-take projects students assemble with their own hands.

Games

Concept-rich games that turn play into structured learning.

Level 1 · Ages 5–7

Foundational explorations

Snack Track
Block 100
DIY Water Filter
Where's My Home?
Rhyme and Chime

Levels 3–5 · Ages 8–10

Higher-order investigations

Launch Lab
Spectrum Spinner
Drip Irrigation
Earth's Invisible Blanket
Code Your Way

www.xperimentor.science/playlab/

Xperimentor Science in Action — Grades 6 to 10

For middle and high school, BuildX moves students from classroom theory to real scientific investigation. Every chapter is mapped to a real-world activity, performed with actual lab tools, recorded as data, and reasoned through like a working scientist.

Subject	Real-World Application	Skill Developed
Physics	Bridge load, pulley systems, pendulum	Forces, measurement, prediction
Chemistry	Water purification, pH of food	Lab safety, titration, observation
Biology	Seed germination, soil testing, osmosis	Classification, data recording, inference
Mathematics	Area of irregular shapes, statistics	Measurement, graphing, analysis

www.xperimentor.science/science-in-action/

Technology

Technology: Building the Next Generation of Makers

BuildX runs a deliberate, age-appropriate coding progression — from drag-and-drop blocks in primary, to MicroPython and Arduino C++ in middle school, to Python, AI and ML in senior school. Every stage builds on the last, and every concept is anchored in a real, working project.

Stage	Tool / Language	Grade	Concept	Real-World Project
1	PictoBlox Blocks	Gr 3–5	Sequences, loops, events	Animated story, maze game
2	Scratch / MIT App Inventor	Gr 5–6	Variables, conditions, functions	Quiz app, calculator app
3	MicroPython (Pico 2W)	Gr 6–8	Data types, loops, GPIO control	LED patterns, sensor readings
4	Arduino C++ (UNO R4 WiFi)	Gr 8–10	Functions, libraries, serial comms	Smart alarm, motor control, IoT
5	Python + AI / ML	Gr 10–12	Data, models, inference	Image classifier, chatbot, data dashboard

Raspberry Pi Pico 2W — Grades 6 to 9

Board Highlights

Dual-core ARM Cortex-M33 at 150 MHz
Built-in WiFi + Bluetooth
26 GPIO pins
MicroPython support
Cost ₹800–900

Classroom Activities

Temp & humidity monitor
Smart plant watering
Ultrasonic distance meter
Relay-controlled lamp via WiFi
IoT sensor dashboard

Arduino UNO R4 WiFi — Grades 8 to 12

Industry-standard embedded coding. Students move from blinking an LED to building genuine IoT systems — wiring sensors, writing C++, and pushing live data to the cloud — while every project ties back to a CBSE chapter they are already studying.

Sensor / Actuator	Project	CBSE Chapter Link
DHT22 — temp & humidity	Classroom climate monitor	Matter and its properties
HC-SR04 — ultrasonic	Parking distance alert	Sound, Motion
PIR — motion sensor	Auto light / intruder alarm	Light, Energy
5V relay module	AC appliance automation	Electricity, Circuits
Servo motor SG90	Robotic arm, automatic door	Force, Simple machines
MQ-2 gas sensor	Kitchen safety monitor	Air pollution, Safety
OLED + WiFi	Live IoT sensor dashboard	Communication, Technology

Sensors and actuators in the kit:

PIR Motion Sensor

MQ-2 Gas Sensor

DHT11 Temp & Humidity

HC-SR04 Ultrasonic

Artificial Intelligence

Artificial Intelligence: Making AI Tangible for Schools

WizBot by Stempedia — Primary (Grades 1 to 5)

WizBot brings the very first ideas of robotics, sequencing, and programmable logic to children as young as Grade 1 — through tangible, colourful, classroom-safe activities that feel like play but teach the foundations of computational thinking.

Grade	WizBot Activity	Concept Introduced
Gr 1–2	Direction cards — move, turn, stop	Sequencing, cause and effect
Gr 2–3	Obstacle course programming	Loops, conditions, debugging
Gr 3–4	PictoBlox LED colour control	Variables, events, block coding
Gr 4–5	Line follower + maze solver	Sensors, algorithms, logic

Quarky Intellio — AI Rover for Grades 4 to 9

The Quarky Intellio by Stempedia is India's most accessible AI-enabled robotics platform for schools. Powered by an ESP32-S3 processor with onboard 5MP camera, microphone, speaker, RGB LED, and accelerometer, it brings machine learning into the classroom without requiring complex setup.

What Intellio can do in class

Train a custom image classifier — hand signs, objects
Face detection and emotion recognition
Voice command control using onboard microphone
Line follower + obstacle avoidance rover
Colour and object detection for sorting simulation
AI delivery bot and autonomous soccer robot

AI concepts covered

What is AI? Machine learning vs programming
Training data, model accuracy, overfitting
Supervised vs unsupervised learning
Ethics of AI (FATE framework)
Edge AI — offline inference without internet
AI in healthcare, agriculture, and mobility

Engineering

Engineering: Design, Build, and Innovate

BuildX Engineering Set — Grades 3 to 9

The Engineering kit contains 750+ pieces and lets students build 20+ different motorised, remote-controlled models — from mighty cranes and folding bridges to conveyor systems and X-Y tables. Each model comes to life with a 2.4 GHz remote control. All parts are BIS-certified, non-toxic, child-safe.

8 models you can build

Giant motorised crane
Transporter bridge
X-Y table (CNC simulation)
Folding bridge
Forklift
Conveyor system
Robotic arm
Vehicle chassis

Engineering concepts covered

Gears, pulleys, levers
Structural load distribution
Motor-driven systems
2.4 GHz wireless RC
Engineering design process (plan → build → test → improve)
Spatial reasoning
Iterative redesign

Blix Model	Real-World Link	Career / Industry
Motorised crane	Construction sites, shipyards	Civil & Structural Engineering
Conveyor system	Factory automation, airports	Industrial & Mechanical Engineering
X-Y table	CNC machining, 3D printing	Manufacturing, Robotics
Transporter bridge	River crossings, port logistics	Infrastructure Engineering
Robotic arm	Surgical robots, car assembly	Aerospace, Medical Tech

Grade	Activities	Concepts
Gr 3–4	Build simple machines — gears, pulleys, basic vehicles	Cause-effect, motion, assembly
Gr 5–6	Motorised builds — crane, forklift, conveyor	Torque, gear ratio, RC control
Gr 7–8	Structural builds — bridges, robotic arm	Load, stress, mechanical advantage
Gr 8–9	Complex systems — X-Y table, IoT-controlled rigs	Automation, design iteration

3D Design — Grades 6 to 12

Students progress from beginner-friendly Tinkercad to professional-grade Fusion 360 — designing parts, assemblies, and printable prototypes that mirror real product development workflows.

Level	Tool	Project	Real-World Link
Beginner (Gr 6–7)	Tinkercad	Keychain, nameplate, simple toy	Product design, 3D printing
Intermediate (Gr 8–9)	Tinkercad + Fusion 360 basics	Phone stand, pen holder, gear set	Mechanical design, prototyping
Advanced (Gr 10–12)	Fusion 360	Drone frame, prosthetic hand, assembly	Aerospace, biomedical, manufacturing

Circuit Building — Electrical Lab — Grades 6 to 10

A dedicated circuit-building strand grounds students in Ohm's Law, series and parallel circuits, and the relay basics that underpin every IoT and automation project they will build later.

Activity	Component	CBSE Chapter Link
Build a torch	Battery, switch, bulb	Electric circuits
Series vs parallel comparison	Resistors, multimeter	Ohm's Law
Doorbell / buzzer circuit	Buzzer, push switch	Sound, Electricity
Relay-controlled lamp	5V relay, transistor	Magnetism, Switching

Complete Programme Structure — Grades 1 to 12

One partner. One curriculum. Full coverage from foundational play to senior school capstones.

Grade Band	Science	Technology	Engineering	AI / Coding
Gr 1–2	PlayLab Level 1	WizBot direction cards	Block building basics	Unplugged coding
Gr 3–5	PlayLab Levels 2–5	WizBot + PictoBlox	MakersHub Engineering Set	PictoBlox block coding
Gr 6–7	Science in Action	Pico 2W + MicroPython	3D Design (Tinkercad)	Intellio AI rover
Gr 8–10	Science in Action	Arduino UNO R4 WiFi + IoT	Circuit lab + 3D printing	Python + ML models
Gr 11–12	Applied science projects	Full-stack IoT capstone	PCB design, CAD	AI capstone projects

In-School Programme

Regular Classes as a Co-Curricular Activity

BuildX conducts structured, weekly STEM classes inside your school as a co-curricular activity — just like Music, Dance, or Drawing periods, but building the skills that the 21st century actually demands. These sessions run alongside your regular timetable, require no extra infrastructure from the school, and are fully managed by trained BuildX facilitators.

Students attend one or two 45-to-60-minute BuildX sessions per week. Every session is hands-on, structured, and mapped to a curriculum progression. From assembling circuits to training AI models, children leave every class having built something real — not just listened to a lesson.

Session Structure

1–2 sessions / week
45–60 min each
Grade-wise curriculum
End-of-term showcase

What the School Provides

Classroom or activity room
A time slot in timetable
Permission to use premises
Coordination with teachers

What BuildX Brings

Trained BuildX facilitator
All kits, tools, consumables
Session plans & worksheets
Term certificates & portfolios

What a Typical Term Looks Like

Month	Focus Area	Junior (Gr 1–5)	Senior (Gr 6–10)
Month 1	Science exploration	PlayLab investigations — water filter, seed germination	Science in Action — electricity, pH experiments
Month 2	Engineering build	BuildX Engineering Set — crane, conveyor builds	Circuit lab + Tinkercad 3D design sessions
Month 3	Coding and technology	WizBot + PictoBlox block coding	Pico 2W / Arduino MicroPython projects
Month 4	AI + capstone project	Intellio AI project + end-of-term showcase	IoT capstone project + demo day for parents

Why regular BuildX classes work

School differentiator — a visible, credible STEM programme that parents actively seek
Consistent skill progression — students build on what they learned last term
Student portfolio and certificates — documented projects and a BuildX co-curricular certificate
No burden on school teachers — fully managed by BuildX facilitators
End-of-term showcase — students present projects to parents and teachers
NEP 2020 and CBSE Skill Lab compliance — satisfies co-curricular and experiential learning mandate

Why Schools Choose BuildX

12 years of school STEM experience

We have seen every classroom challenge. Our kits and curricula are built from real feedback, not assumptions.

Ready-to-use teacher manuals

Every programme comes with a detailed teacher's manual, activity worksheets, assessment rubrics, and video support. Teachers need zero prior STEM experience.

CBSE, NEP 2020, and Skill Lab aligned

Every activity is mapped to curriculum chapters, Bloom's Taxonomy levels, and NEP 2020 competency outcomes.

Single partner, complete G1–12 coverage

Science lab, tech lab, AI lab, engineering lab — one partner, one curriculum, one point of contact.

Ongoing teacher training

We don't just deliver kits and leave. We train your teachers, run refresher workshops, and stay connected throughout the year.

Coimbatore-based, Tamil Nadu's own

Local support means faster response, lower logistics cost, and a partner who understands Tamil Nadu school culture and constraints.

Let's Build the Future Together

Request a school demo, curriculum walkthrough, or lab setup consultation.