Give your students more than computer classes. We help schools across Malda, Uttar Dinajpur, Murshidabad and North Bengal run structured, NEP 2020-aligned Computer Science, Coding, Artificial Intelligence and Robotics programs — with curriculum, instructors, teacher training, projects and progress reports.
Students already use smartphones, computers and AI tools every day.
The next question is:
Can they understand the technology, create with it and solve problems using it?
Our programs help schools move from basic computer usage to practical technology education.
A computer lab alone does not create computer science skills. Schools often face these challenges.
Students learn concepts but get fewer opportunities to build real projects.
Finding educators comfortable teaching modern programming, AI or robotics can be difficult.
Basic applications are useful, but students increasingly need programming, computational thinking and modern digital skills.
Students may learn different topics each year without a clear Class 4 → Class 10 learning path.
It is difficult for teachers to continuously measure practical technology skills.
Schools need something tangible to demonstrate what students are actually learning.
We provide a complete ecosystem for running practical technology programs in schools.
Age-appropriate learning paths for different classes.
Regular practical sessions conducted by trained instructors or supported by your school's teachers.
Scratch, Python, Web Development, Logic Building and Programming Fundamentals.
AI awareness, responsible AI use, prompt skills, AI projects and age-appropriate AI concepts.
Hands-on projects using electronics, sensors, robotics and automation concepts.
Students learn by building — websites, games, applications and technology prototypes.
Tests, practical assignments, coding exercises and project evaluation.
Schools receive structured visibility into learning progress and participation.
Five structured programs — choose individual tracks or combine them for a complete school technology curriculum.
One Partner. Multiple Technology Needs.
Computer Science + Coding + Artificial Intelligence + Robotics & STEM + Projects + Assessment + Teacher Training
Request a School ConsultationOur programs complement your existing syllabus instead of competing with it. Whether your school follows CBSE, ICSE or WBBSE/WBCHSE, we map every session to what your students already study.
NEP 2020 recommends coding from Class 6, computational thinking and experiential, project-based learning. Our learning path is built around exactly that.
Complements CBSE's Computer Science curriculum and its Artificial Intelligence and coding skill subjects, with hands-on practice students rarely get from the textbook alone.
Supports Computer Applications and Computer Science with programming practice, projects and lab-based assessment.
Strengthens Computer Application, Computer Science and the newer higher-secondary subjects like AI & Data Science and Cyber Security with practical depth.
Turns an existing robotics or tinkering lab into a structured, timetabled program instead of an occasionally-used room.
Cyber safety, privacy, responsible social media use and responsible AI use are taught as part of every track — not as an afterthought.
Students spend most of the period doing — not listening. Each session follows the same simple rhythm, so students know what to expect and teachers can run it confidently.
Learn → Practice → Build → Present
Instead of making every class purely theoretical, students work toward practical outcomes — giving schools a visible progression of student capability.
Build a Scratch Game
Create a Python Mini Application
Build a Website
Create a Data-Based Project
Build an Automation / AI Project
Build a Real-World Software Project
Our model can work alongside your existing faculty.
Don't Just Learn Technology. Build With It.
A student should finish a technology program having something to show — a game, a website, a Python app, a robot, a data project or an AI project.
Learn → Practice → Build → Present
You may not need to build everything from scratch. We can work with your existing infrastructure and help transform it into a practical Computer Science learning environment.
A straightforward 6-step process from first conversation to an active technology program in your school.
Schools have different needs, infrastructure and budgets. We offer models to match each situation.
We manage the complete program end to end.
Our instructors conduct regular classes at your school.
Your teachers teach the program with our curriculum and support.
School teachers + our technology instructors + our platform.
Infrastructure + curriculum + training + ongoing support.
A student should not need to move to Kolkata to get exposure to practical technology education. We are building programs specifically for schools in these districts.
West Bengal already has a strong institutional basis for technology education. WBCHSE currently lists Computer Science, Modern Computer Application, Cyber Security, AI & Data Science among higher-secondary subjects, while Malda district education initiatives explicitly identify digital education, smart classrooms, ICT infrastructure and skill development as areas of focus.
We understand the realities of schools outside major metropolitan centres.
Students learn by actually building things.
Programs can adapt to your infrastructure, timetable and curriculum.
Coding, AI, robotics and modern computing — not only basic computer operation.
We aim to work with schools year after year, continuously expanding the technology program.
When students follow a structured, project-based learning path, these are the kinds of things they create.
A student-built educational AI project.
Sensors + software + automation.
Designed and developed by students.
Programming + problem solving.
Students design and program a robot.
Students visualise real-world data.
A technology program should be visible outside the computer lab too — in exhibitions, competitions and reports.
Students present games, websites, robots and AI projects to parents, guests and the local community.
Inter-class and inter-school challenges that give students a reason to push further.
Parents see exactly what their children are building — the most convincing outcome a school can show.
Short intensive camps in coding, AI or robotics during school holidays.
Term-wise reports on participation, projects and skill development across classes.
Each year builds on the last, so students progress from Class 3 to Class 12 instead of repeating basics.
Everything you need to know about running a Coding, AI and Robotics program in your school.
Whether your school already has a computer lab or is planning to expand its technology facilities, we can help you create a structured roadmap. We can discuss your school's current setup, student strength, classes to be covered, lab infrastructure, teacher availability and program requirements.
Let's discuss what your school needs.
We serve schools across: Malda · Uttar Dinajpur · Murshidabad · North Bengal
Tell us about your school and we will get back to discuss suitable program options and implementation.