Trained faculty, a ready syllabus and free kits for every student. One partner handles everything, so your staff carry no extra load.
Students move up a step each time they move up a class band. Every band has a robotics kit, a coding tool and one extra.
Building a robot teaches more than reading about one. Hands-on classes keep students interested, week after week.
The National Education Policy wants coding and practical learning from Class 6 onwards. Our plan covers it.
Robotics and AI classes make a school stand out at admission time.
Build and program real robots with block kits, build-and-code sets, competition robots and ROS.
→ Class 3 to 10Scratch, Python, then AI and game development. Level by level, with a project at every step.
→ Class 3 to 10Science, maths and engineering projects that students make with their own hands.
→ Class 1 to 5Fast mental maths and better focus for young learners.
→Each class band gets the right kit. Nothing too easy, nothing too hard.
Class 1 to 3No screen needed. Students join blocks, add a sensor and watch the robot react.
Class 3 to 6Students build a model from bricks, connect a hub and program it with blocks.
Class 6 to 9Metal frames, real motors and a controller. Students build robots that lift, grip and drive on a field.
Class 9 to 10Robot Operating System. Students map a room, plan a path and drive a robot on their own code.
Level 1Drag and drop coding. Students make their own games and stories in the very first month.
The first real programming language. Simple, powerful and used everywhere, from robots to AI.
Level 3Students build chatbots, smart apps and their own games they can show to friends and family.
Pick a class band to see what students learn. The plan can be adjusted to your timetable.
Snap-together blocks with light, sound and motion. No screen needed.
Sequences, patterns and simple instructions through play.
First steps in fast mental maths.
Build models from bricks and code them to move.
Drag and drop coding. Games and stories.
Mental maths continues. One STEM project a month.
Competition-grade robots with sensors and motors.
The first real programming language.
Monthly projects shown at school exhibitions.
Mapping, navigation and Python on a real robot.
Chatbots, smart apps and games.
Teams prepare for robotics and coding competitions.
| Classes | Robotics | Coding | Also included |
|---|---|---|---|
| Class 1 to 2 | Cubroid smart blocks | Screen-free logic games | Abacus Level 1 |
| Class 3 to 5 | LEGO Education | Scratch | Abacus Level 2 and 3, STEM projects |
| Class 6 to 8 | VEX Robotics | Python | STEM projects |
| Class 9 to 10 | ROS and advanced robots | AI and Game Development | STEM projects and competitions |
Every student gets a kit at no cost, for as long as your school is with us. Robotics, coding, STEM and abacus.
Our trained teachers come to your school and take the classes from start to finish. No load on your existing staff.
Clear monthly updates on attendance and progress, plus class-wise lesson plans, workbooks and teacher guides.
We understand your classes, rooms and timetable.
We fix the classes, days and number of periods together.
Our teachers join and kits are given to students.
Regular periods as per the agreed timetable.
Progress reports for you and a showcase for parents.
Most schools go from first meeting to first class in under three weeks.Kits and faculty are ready. The timetable is the only thing we need from you.
Start with a demo →Students get a certificate after each completed level.
Students show their robots and projects to parents.
Students are prepared for robotics and coding competitions.
A modern programme that helps at admission time.
Robotics, coding, STEM projects and abacus from a single team.
You do not have to buy kits, hire staff or write a syllabus.
Clear monthly updates on attendance and progress.
Our faculty handles the classes from start to finish.
No. Every student gets a kit at no cost, and the school does not buy kits either. The kits stay free for as long as your school continues our services. They cover all four programmes: robotics, coding, STEM projects and abacus. Every student works with a kit in every class, so nobody is watching from the back of the room. Lost or damaged parts are replaced by us, not by the parent.
Our own trained tech faculty come to your school and take every class from start to finish. They are trained on the kits, the class-wise syllabus and classroom management for the age group they teach. Your teachers are welcome to sit in and learn alongside the students, but nothing is added to their workload. If a faculty member is on leave, we send a trained substitute so no period is missed.
Most schools run one or two periods a week for each class. One period is enough for Class 1 to 5. Two periods work better from Class 6 onwards, when students build larger robots and write longer programs. We fix the days, the number of periods and the start date together with you before classes begin, and we fit around your exams and holidays.
Very little. A regular classroom with desks and a few power sockets is enough for Class 1 and 2, since Cubroid blocks and abacus need no screen. From Class 3 onwards, students use Scratch and Python, so a computer lab or a few shared laptops helps, with one device for every two or three students. Kits, workbooks, teacher guides and the faculty all come from us. A lockable cupboard for the kits is useful but not required.
The programme runs from Class 1 to Class 10 and works alongside CBSE, ICSE and state boards, because it is taught in separate periods and does not replace any existing subject. It is built around the NEP 2020 push for coding, computational thinking and hands-on learning from Class 6 onwards, and it gives the younger classes a playful head start. Schools can start with a few classes and add more each year.
You receive a simple monthly report with attendance, topics covered and each class's progress against the syllabus. Students earn a certificate after every completed level, so parents see a clear milestone. Once a term, students show their robots and projects at a school exhibition, and selected teams are prepared for inter-school robotics and coding competitions. Nothing is hidden inside an app that you have to log in to.
You pick a class and a date that suits your timetable. Our teacher comes with the kits and runs a live forty-minute session in which your students build and program a small robot or project themselves. The principal and coordinators can watch the whole class. Afterwards we sit together, agree on the classes, periods and start date, and share the written plan. The demo is free and there is no obligation.
Tell us about your school. We will call within one working day to fix a demo class on a date that suits you.
Free. No obligation. We reply within one working day.
