Concept visual · Lab under setupClear structure, safe guidance, and real project-based learning
Explore the online learning flow now. Real classroom photographs, confirmed mentors, schedules, and offline demo dates will be published before launch.
Ages 7-16 | Robotics | AI | Coding | 3D Printing | Drones
Try ForgeBot Quest online today. Our Pragathi Nagar hands-on lab is being prepared, and offline demo dates will be announced before admissions begin.
View age-wise programs
Concept visual · Lab under setupExplore the online learning flow now. Real classroom photographs, confirmed mentors, schedules, and offline demo dates will be published before launch.
ForgeBot is designed around guided building, visible outcomes, and age-wise progression. The online Quest demo shows the learning approach before launch.
Children spend more time building, testing, and creating instead of only watching or tapping through lessons.
Each session is structured so kids can explore safely while still receiving step-by-step mentor support.
When children build a robot, complete a coding task, or hold a printed part, learning becomes visible and memorable.
Activities are planned by age and comfort level so beginners can join without feeling overwhelmed.
Admissions, offline demos, batch timings, fees, and seat bookings are not open. Join the update list to hear when those details are confirmed.
No payment or commitment is required to try the online Quest demo or receive launch notifications.
The online ForgeBot Quest demo shows the story, simulator, build workflow, and progress experience.
The physical lab, mentor team, safety process, equipment, schedules, and offline demo plan are being finalized.
Confirmed mentors, batch sizes, timings, fees, admission dates, and real lab photographs will be published before launch.
Try one complete Quest mission now. Offline lab demos will be announced after the space, mentors, safety process, and schedule are ready.
Your child meets ForgeBot Buddy and understands the mission problem before entering the simulator.
The guided simulator shows connections, mistakes, current flow, and why the circuit works.
The mission explains materials and build steps so parents can see how screen learning leads to hands-on work.
Join the update list if you want confirmed offline demo and admission dates when the lab is ready.
Each program is designed to be easy to start, exciting to continue, and practical enough for children to show visible learning over time.

A playful first step into building, motion, and creative STEM.
Explorers begin with simple robotics, beginner coding play, and maker projects that turn curiosity into confidence.
Best for curious children who enjoy hands-on play, stories, drawing, and making things move.
Children learn by trying simulations first, then building real take-home projects.

From curiosity to mechanisms, logic, and challenge solving.
Builders work with robot cars, sensors, circuits, beginner coding, and structured engineering missions that feel practical and rewarding.
Best for kids who like figuring out how things work and want more action than theory-heavy classes.
Students move from guided missions to more independent building and testing.

A stronger studio track for teens ready to prototype and think like creators.
Innovators explore AI ideas, automation, IoT concepts, prototyping, and more advanced build-and-test thinking in a guided environment.
Best for teens who want hands-on future-tech exposure with structure, creativity, and practical problem solving.
Teens learn to plan, test, explain, and improve future-tech project ideas.
These are curriculum examples, not photographs of current batches. Real learner project photos will be added after offline sessions begin and consent is received.

Children learn how parts, wheels, motion, and simple logic come together in a project they can see and test.

Design becomes physical as children create printed pieces, tags, and simple parts connected to their projects.

Students connect logic, sequencing, prompts, and automation ideas to something they can actually test.

Guided indoor drone tasks help children practice coordination, instruction-following, and mission thinking in a controlled way.

Selected activities help older learners connect digital concepts with real-world science, design, and innovation thinking.
ForgeBot is being designed as a hands-on local studio rather than a mass coaching setup. Final mentor profiles, safety details, schedules, and class photographs will be published before admissions open.
We use hands-on activity to make concepts easier to understand, especially for beginners.
The level of challenge changes with age so children stay engaged without feeling left behind.
Sessions are playful and energetic, but still guided, practical, and respectful of safety.
The goal is for parents to notice what a child built, learned, and talked about after class.
Straight answers that help reduce hesitation and make the next step easier.
Yes. The programs are designed so first-time learners can join comfortably. We guide children step by step and group activities by age and starting level.
Yes. No prior coding experience is required for the demo or beginner tracks. We introduce logic and building in a simple, hands-on way.
Planned drone activities will be guided, age-appropriate, and based on controlled missions rather than unsupervised flying. Final safety details will be published before admissions open.
The planned tracks use ages 7-9, 10-12, and 13-16 as starting bands. Confirmed batch sizes, timings, and mentor assignments will be published before admissions open.
No. Screens are used only where they genuinely help with coding, design, or guided activities. The bigger focus is on building, testing, and creating.
No. The physical lab is currently under setup. Families can try the online Quest demo and join the notification list for confirmed offline demo and admission dates.
It is strongly hands-on. Children interact with parts, tools, models, coding tasks, print workflows, and guided challenges rather than only listening to explanations.
Depending on age, children may work on robot cars, moving models, beginner coding projects, 3D printed pieces, drone challenges, and simple AI-related activities.
The physical lab is under setup. Admissions and offline demos will open only after the learning space, mentors, safety process, and schedule are confirmed.
Join the notification list without payment or commitment.
The location is being prepared and is not open for walk-in classes or visits. Contact us for online-demo help or launch updates.