RoboTech Innovation Lab by School Tech Solution

Robotics Lab Setup in Schools

Where Creativity Meets Technology and Innovation

Transform your school into an innovation-driven learning environment with a comprehensive Robotics Lab setup. Empower students to explore, design, build, and experiment with real-world STEM projects while developing essential 21st-century skills.

Request a DemoCompare lab packages

Turnkey Atal Tinkering Lab packages are also available through GeM.

Kids assemble and program robots in a robotics lab setup in school1Assemble2Program3TestRun it!Tighten!
01
Classes 1–2
Animated illustration: Explore stage: play-based circuits and a simple robot for Classes 1 to 2+
Explore

Play-based circuits, sensors and simple robot moves.

02
Classes 3–5
Animated illustration: Code stage: block coding and first robot programs for Classes 3 to 5when start clickedmove forwardturn right
Code

Block coding: animations, games and first robot programs.

03
Classes 6–8
Animated illustration: Build with AI stage: machine learning and DIY robots for Classes 6 to 8AI
Build with AI

Train ML models, add vision and voice, build DIY robots.

04
Classes 9–12
Animated illustration: Engineer stage: Python, machine learning and automation for Classes 9 to 12</>Python
Engineer

Python, machine learning and automation projects.

0Technologies in focus
0Month warranty on equipment
0+Age to start building
0Boards covered: CBSE, ICSE, IB

Everything a robotics lab setup in school needs, from one partner

A robotics lab setup in school is a dedicated innovation space where students learn robotics, AI, coding and STEM through hands-on projects. We supply the hardware, the curriculum and the training, so your robotics lab for school runs from the first week.

Animated illustration: Animated illustration: a DIY robotics and STEM kit robot being assembled for a robotics lab setup in school
International Quality Robotics & STEM kits

DIY kits for ages 7 and above. Students build real robots and connect them to AI projects, from simple rovers to advanced builds.

Animated illustration: Animated illustration: block coding turning into Python code with an AI chip on a laptop screenmove forwardturn rightPython
Coding and AI platform

Block-based coding with built-in ML tools, plus a Python editor so students move from blocks to syntax without changing tools.

Animated illustration: Animated illustration: curriculum book with CBSE, ICSE and IB badges and a Class 3 to 12 progress barCBSEICSEIBClass 3 to Class 12
Structured curriculum

Grade-wise syllabus mapped to CBSE, ICSE, IB Curriculum with an AI syllabus from Class 3 to Class 12.

Animated illustration: Animated illustration: a trainer teaching teachers at a board with growing bars and a certificate star
Teacher training

Five days of in-school training by master trainers for computer science teachers, STEM faculty and IT staff, then weekly online mentoring.

Animated illustration: Animated illustration: a tinkering workbench with a glowing bulb, spinning gear and blinking circuit board for an Atal Tinkering Lab
Atal Tinkering Lab

We handle the Atal Innovation Mission ATL application, kits, setup, training and support, and packages can be bought through GeM.

Take a tour of the RoboTech Innovation Lab

One lab layout, six learning zones. Hover or tap a zone to explore.

Robotics lab setup in school: 3D isometric layout of the RoboTech Innovation Lab with AI, coding, DIY tinkering, 3D printing and drones, robotics and IoT, and competition zones

Why coding, AI and robotics for students?

Empowering young minds for a future-ready world. Students grow into innovators, problem-solvers and future leaders.

21st Century Skills icon, robotics lab for school
21st Century Skills

Develops high-order thinking, problem-solving, creativity and innovation among kids.

Coding icon, robotics lab for school01
Coding

AI and robotics give kids early exposure to coding in a fun and engaging way.

Career Opportunities icon, robotics lab for school
Career Opportunities

A large number of career opportunities in tech, engineering and mathematics.

Employability icon, robotics lab for school
Employability

According to the World Economic Forum, AI will create up to 58 million jobs in the next few years.

Skills students build, as per NEP 2020
Experiential LearningInterdisciplinary EducationHolistic Societal LearningCommunication and CollaborationComputational ThinkingEntrepreneurship

Robotics lab for school: technologies in focus to build 21st century skills

From explore to experiment: learning through real-world experiences in STEM, tinkering, robotics and AI.

Coding: block-based and Python icon, robotics lab for school
Coding: block-based and Python
Artificial Intelligence and Machine Learning icon, robotics lab for school
Artificial Intelligence and Machine Learning
Robotics icon, robotics lab for school
Robotics
3D Designing and Printing icon, robotics lab for school
3D Designing and Printing
STEM and Tinkering icon, robotics lab for school
STEM and Tinkering
Internet of Things icon, robotics lab for school
Internet of Things
Drone Technology icon, robotics lab for school
Drone Technology
Electronics icon, robotics lab for school
Electronics

AI and Robotics lab setup in school: how students learn Artificial Intelligence

Six steps from a question to a smart robot, the same process real AI engineers follow.

Every robotics lab for school that we build is also a STEM lab and Robotics lab setup in school and an AI and Robotics lab setup in school. Here is how students learn inside our STEM and AI lab, step by step: they learn artificial intelligence, code and program robots, design and 3D print robot parts, build and fly drones, and finish DIY activities with STEM kits. Press any step to watch the animation.

AI learning process step 1: Ask a questionWhich is which??AI learning process step 2: Collect dataAI learning process step 3: Label the dataAppleBallBallAppleAppleBallLabelsAI learning process step 4: Train the modelTraining the model…AI learning process step 5: Test the modelAIAppleBall96% sureAI learning process step 6: Use it in a robotSorted by AI!
Step 1 of 6
Problem solvingData literacyMachine learningComputer visionCritical thinking
Try it: teach the AI to tell apples from balls

Add example photos, watch the model accuracy climb, then test the AI. This is how students train a real machine-learning model.

Apple photos: 0
Ball photos: 0
Model accuracy 50%
Add at least 3 photos of each, then press Test the AI.

Robotics lab for school: how kids code and program robots

Kids move from planning to block coding to a robot that drives, then debug like real programmers. Older students continue in Python on the same platform.

Coding and robot programming process step 1: Plan the pathStartCoding and robot programming process step 2: Drag and drop blockswhen start clickedmove forwardturn rightmove forwardCoding and robot programming process step 3: Connect the robotCoding and robot programming process step 4: Run and watchmove forwardturn rightmove forwardCoding and robot programming process step 5: Debug and improvemove forwardBug fixed!
Step 1 of 5
Block codingPythonSequencingLogic and loopsDebugging
Try it: program the robot to reach the star

Build a program with the blocks, press Run and avoid the walls. Hint: the solution uses forward, turn left and turn right.

Add blocks to build your program.

How kids design and 3D print robot parts: Robotics lab setup in school

From a pencil sketch to a printed gear on a working robot, in five steps.

3D printing process step 1: Imagine and sketchSketch a gear3D printing process step 2: Design in 3D40 mm3D printing process step 3: Slice into layersLayersSlicing the model3D printing process step 4: Print the part3D printing process step 5: Assemble on the robot
Step 1 of 5
3D design (CAD)MeasurementEngineering designPrototypingCreativity

STEM and AI lab: how kids build and fly drones

Students build a drone from parts, learn how it flies, code simple missions and fly safely with their teacher.

Drone building and flying process step 1: Build the frameFrame and centre plateDrone building and flying process step 2: Add motors and propellersMotors + propellersDrone building and flying process step 3: Wire the electronics and codeDrone building and flying process step 4: Safety check and take-offProps tightBattery fullArea clearDrone building and flying process step 5: Fly a missionMission: through both hoops
Step 1 of 5
AerodynamicsElectronicsCoding missionsSafety habitsTeamwork
Try it: fly the drone and collect the stars

Use the arrow buttons or your keyboard arrow keys. Real drone flying is always done in a safe, marked area with a trained teacher.

Stars collected: 0
Altitude: 0 m

STEM lab and Robotics lab setup in school: DIY activities with STEM kits

Students open a DIY STEM kit, follow the activity book, build, power up and show their robot to the class.

DIY STEM kit activity process step 1: Open the kit and identify partsIdentify the partsDIY STEM kit activity process step 2: Follow the activity book1DIY STEM kit activity process step 3: Build step by stepDIY STEM kit activity process step 4: Add sensors and powerPowerDIY STEM kit activity process step 5: Test and showShown to class and parents
Step 1 of 5
Following instructionsMechanical buildingCircuits and sensorsProblem solvingPresentation skills

Robotics lab for school: coding, AI and robotics curriculum for Class 3 to 12

A structured year-long curriculum in progressive stages, aligned with NEP 2020. Mapped to CBSE subject codes 417 and 843 and ICSE subject code 66.

Classes 3–5
Preparatory Stage

Play-based and exploratory learning

  • Game design and story building
  • Introduction to AI and ML activities
  • Basics of robotics
  • Creative thinking and innovation
  • Interactive, activity-based classroom learning
Classes 6–8
Intermediate Stage

Conceptual and experiential learning

  • Coding and ICT fundamentals
  • AI in self-driving technology
  • Robotics and automation
  • Computational thinking
  • Cognitive computing and classifiers
Classes 9–12
Advanced Stage

Industry-aligned skill development (Python-based)

  • Advanced coding and computational thinking
  • Artificial Intelligence, Machine Learning and robotics
  • Computer vision and Natural Language Processing (NLP)
  • Neural networks and design thinking
  • Capstone projects and tinkering labs
Activity booksHands-on learningAssignments and quizzesTeaching resources

Empowering creativity beyond coding

One platform for coding, AI, extended reality (XR) and robotics that builds creativity, logical thinking and problem-solving in a fun way.

For ages 4+
Block Coding
  • Colorful puzzle blocks to play
  • AI extensions for project making
  • Blocks for hardware coding
For ages 12+
Python Coding
  • Python editor and notebook
  • Compatible with AI and hardware
  • Code visualizer and debugger
No code needed
Machine Learning
  • Create ML models without code
  • Image, object, hand-body pose and speech models
  • Export to real-life projects
Beyond coding
3D and XR Studio
  • Design 3D models and games
  • Physics simulation and animation
  • AR/VR filters and trackers
  • Integration with VR headset
Robot interactionObject and face detectionText recognitionSpeech recognitionAugmented and virtual reality

From learning technology to creating technology

Real-world, application-based projects. Hands-on DIY ideas exploring AI and AR that students can bring to life.

Self-driving carEmotion-mimicking robotsSmart waste collectorsAdvanced AI roboticsWeather reportingSmart home automationSelf-driving POV carAR-based autonomous robo-soccerSmart robo dogChatGPT-enabled desk companionAutonomous sumo robotsImmersive AR vision car

Explore the possibilities of making with DIY construction parts

The Howdy Desk CompanionThe Gripper Delivery RobotThe Rover CarThe Lane FollowerHumanoidIoT HouseMars RoverRobotics ArmArduino starter kitsmicro:bitThe Howdy Desk CompanionThe Gripper Delivery RobotThe Rover CarThe Lane FollowerHumanoidIoT HouseMars RoverRobotics ArmArduino starter kitsmicro:bit

From classroom to innovation lab: robotics lab setup in school

Curriculum, technology and training, seamlessly integrated into one robotics lab for school.

1
STEM, AI and Robotics Lab Setup
  • Robotics kits: IoT kits, DIY AI and STEM kits, consumables and lab decoration
  • Demo projects for showcase
  • Lab layout planning and setup
  • Lab inauguration to create awareness among students and parents
2
Teacher Training and Resources
  • Onsite capacity building on equipment, content and operations, with year-long hand-holding
  • All teaching material, lesson plans, activity sheets and assessment guides
  • Certificate for participating teachers, affiliated with STEM.Org and reputed technical institutes of India
3
Year-long Support and Service Plan
  • Annual maintenance and 12-month warranty on equipment
  • Monthly teacher upskilling and doubt-solving sessions
  • Software licensing for all students, online and offline
  • Support for all types of queries
4
Events and Competitions
  • Annual Innovation Festival: an in-school event showcasing all projects and inventions by students
  • Participation in international AI, robotics and coding competitions

Aligned to the boards you follow

Swipe to compare →

BoardClassesWhat students study
CBSE1–8Computer basics, coding, AI, physical computing and robotics
CBSE Skill Subjects9–12Artificial Intelligence (417 and 843): machine learning, Python, data science
ICSE / ISC1–10Coding, AI and robotics; Robotics and AI (Subject Code 66) in Classes 9–10
IB, IGCSE, CambridgeAllActivity-based coding, AI and robotics mapped to skills frameworks

Robotics lab setup in school: choose the lab that fits your school

Every robotics lab setup in school package includes kits, software, curriculum, teacher training and support. Tell us your student strength and budget and we quote within a day.

Swipe to compare →

Classroom PackRobotics LabInnovation Makerspace
Best forSchools trying the curriculum, or adding to an existing labSchools starting a full-year robotics programmeLarge schools wanting a flagship lab
SpaceExisting computer labComputer lab or a dedicated roomDedicated room with custom furniture
Teacher trainingInduction5-day in-school training plus weekly mentoringInduction, refreshers and weekly mentoring
Add-onsUpgrade any timeRobotic arm, humanoid, IoT kits3D printing, VR, drones, IT and furniture

How robotics lab setup in school works, in four steps

  1. Free demoWe show the kits, software and curriculum with your teachers.
  2. Lab planWe size the lab to your classes, space and budget.
  3. Install and trainSetup at your school, then five days of teacher training.
  4. Run and supportWeekly mentoring so classes never stall.

Learn by building: code on screen, robots in hand

Students write code, watch it run, then build and program a real robot in the same lesson.

Robotics lab for school: students coding a humanoid robot in a school robotics lab
1. Code with blocks
2. Build the robot
3. Wire real circuits

Everyday Activities at RoboTech Innovation Lab !!

Build like an
Engineer
Create like an
Artist
Design like a
Technologist
Question like a
Scientist
2 + 3= 5
Deduce like a
Mathematician
Most important, play like a
Child
  1. Code with blocks
  2. Build the robot
  3. Wire real circuits

Robotics Lab Setup in School: FAQs

Quick answers about setting up a robotics lab for school, from curriculum and training to what is included.

????
What is a robotics lab setup in school?
A robotics lab setup in school is a dedicated innovation space where students learn robotics, artificial intelligence (AI), coding, STEM, IoT and emerging technologies through hands-on projects. School Tech Solution supplies the kits, software, curriculum, teacher training and yearlong support so the lab runs from the first week.
What is an AI and Robotics lab setup in school?
An AI and Robotics lab setup in school combines robot kits with an AI and coding platform. Students collect and label data, train machine-learning models, test them and connect them to robots, following the same steps real AI engineers use.
What is a STEM lab and Robotics lab setup in school?
A STEM lab and Robotics lab setup in school brings science, technology, engineering and mathematics together with robotics. Students build with DIY STEM kits, wire sensors, program robots and present projects, so classroom concepts become hands-on experiments.
What is a STEM and AI lab?
A STEM and AI lab is a school lab where students explore STEM subjects and artificial intelligence together, through robotics, coding, 3D printing, drones, IoT and electronics. Our RoboTech Innovation Lab is designed as a STEM and AI lab for Class 3 to 12.
Why is a robotics lab for school important?
A robotics lab for school builds critical thinking, problem solving, creativity, computational thinking and teamwork. It prepares students for careers in technology, engineering, AI, automation and robotics while making STEM learning engaging.
Which classes can use a robotics lab for school?
Our curriculum is designed for Grades 3 to 12 with a structured pathway from block coding and basic robotics to Python, AI, machine learning and innovation projects. Kits and activities suit students aged 7 and above.
How do students learn AI in the robotics lab?
Students follow six steps: ask a question, collect data, label the data, train the model, test it and use it in a robot. The interactive animation on this page shows each step, and the Try it activity lets you train a small model yourself.
How do kids code and program robots in the lab?
Kids plan the path, snap coding blocks together, connect the robot, run the program and debug until it works. Younger students use block coding, and older students continue in Python on the same platform.
Do students get 3D printing, drones and DIY STEM kits?
Yes. The lab covers 3D designing and printing, drone technology and DIY STEM kits. Students design robot parts, build and fly drones in a safe marked area with a teacher, and complete activity-book projects with DIY kits.
Is the robotics lab aligned with NEP 2020 and CBSE?
Yes. The curriculum supports NEP 2020 by promoting experiential learning, computational thinking and skill-based education, and it is mapped to CBSE subject codes 417 and 843, ICSE subject code 66 and IB curriculum.
Do teachers receive training for robotics and AI education?
Yes. School Tech Solution provides onsite teacher training, lesson plans, activity resources and continuous support so teachers can deliver robotics and AI education with confidence.
What is included in a robotics lab setup package?
A package typically includes robotics, AI and STEM kits, coding software, a structured curriculum with activity books, teacher training, assessments, annual maintenance with a 12-month warranty, and innovation programs for students.
Why choose School Tech Solution for robotics lab setup in school?
School Tech Solution offers a complete ecosystem of hardware, software, curriculum, teacher training, implementation support, innovation competitions and annual maintenance, with one technology partner focused on future-ready education.
Get started

See the robotics lab setup in school in action

Request a demo through our enquiry form. We study your school, then recommend the robotics lab package and share pricing based on students, classes and the kits you choose.

  1. 1
    Request a robotics lab demo through the enquiry form
    Request a demo

    Share your school details through the enquiry form.

  2. 2
    We study your school before recommending a robotics lab package
    We study your school

    We review your students, classes, lab space and the way your school learns technology today.

  3. 3
    Robotics lab package and pricing based on students, classes and kits
    Lab package and pricing

    You get a recommended robotics lab package and pricing based on students, classes and the kits you choose.

Request a Demo Read the FAQs