TECHM4INDIAEngineering imagination into impact.
Illustrative school photographTechM4Schools brings structured innovation ecosystems, experiential learning environments and career-oriented technology programmes directly into schools, so students practise technology instead of only reading about it.
Innovate Bharath is a TechM4Schools programme for ideas that come from students themselves. Students put their ideas forward, and the strongest are selected and funded.
Dates, participating schools and the funded ideas themselves are shared by the team on request.
The ideas come from the students themselves.
From everything proposed, the strongest ideas are selected.
Each selected idea receives funding.
Illustrative learning scenes
TechM4Schools exists because many students meet technology only in a textbook. The programme is designed to move them from reading about it to building with it.
The Composite Skill Lab is a single learning environment that gives students practical exposure to several technologies side by side.
Lab 1Students develop logical thinking and computational skills by learning coding fundamentals, working in Python and JavaScript, and creating simple applications and games.
Lab 2Students learn robotics basics through hands-on projects: sensors, motors, circuit building, robot programming, automation concepts and solving problems as a team.
Lab 3Students gain practical exposure to drone technology: flight principles, the components of a drone, safe flying practices and how aerial systems are used in industry.
Lab 4Students explore the fundamentals of AI, understand how intelligent systems work, build simple AI projects and consider real-world applications and the ethics around them.
Lab 5Students apply design thinking, identify real-world problems, create prototypes and develop their own solutions through project-based learning.
Illustrative lab photography
The equipment for each lab is agreed with the school. A full list is shared on enquiry.
The labs are where students build. These two products keep the guidance and the administration around that work in one place.
Career discovery platform
Helps a student identify strengths, interests and future aspirations through assessments and personalised guidance, then relates them to subjects and possible careers.
Digital school innovation ecosystem
The digital layer a school uses to manage and monitor its innovation initiatives: which programmes are running, who is taking part and what is planned next.
Students get access to hands-on kits: robotics kits, coding kits, electronics modules and drone technology kits. They make it possible to keep building after the lab session ends.
Build and program a robot using motors, sensors and a microcontroller.
Work from a first LED to complete circuits, writing the code that drives them.
Assemble, calibrate and fly a drone, and learn about aerodynamics, control and navigation.
Electronics components and open-ended project challenges for a student's own idea.
Kit contents are tailored by grade and shared on request.
Workshops, competitions, camps and projects designed to build creativity, collaboration and critical thinking in every student.
In school
Projects and competitions
What each programme is designed to develop in a student.
Breaking a real problem down and working it through to an answer that works.
The belief, earned at the bench, that they can build with technology.
Asking why a design works, testing it and improving it.
Turning their own ideas into prototypes other people can use.
Building in teams, sharing roles and presenting together.
A clearer view of strengths, subjects and possible careers through CareerBuddy.
No student moves through this at the same speed, and some stages are revisited many times. What stays constant is that each stage has something real behind it.
A student meets a robot, a drone or a first line of code, and finds that technology is something they can work with, not only watch.
Curiosity becomes routine. Modules run inside the school timetable, so skills are practised regularly instead of once.
The student builds things that have to work: a circuit, a program, a robot. Mistakes become part of the method.
A mentor looks at the work, asks harder questions and helps the student connect what they enjoy to what they could study next.
The student stops following instructions and starts with a problem of their own, then prototypes an answer and puts it in front of others.
With skills, finished projects and a clearer sense of direction, a student can begin to see the kind of role they want to grow into.
Every student starts in the same place. Choose a direction to see how TechM4Schools can take a student there.
Directions a student can grow toward, not promised outcomes.
The people behind the programme.
Provides strategic direction so that innovation becomes part of everyday education, bridging theoretical learning and practical application.
Designs hands-on learning experiences that expose students to industry-relevant technologies and real-world engineering concepts.
Builds innovation ecosystems that encourage creativity, problem-solving and future readiness among students.
Supports the development of scalable educational platforms that improve learning experiences and help institutions work through technology.
Academic institutions and an industry body that have validated TechM4Schools. Schools can ask for references before they commit.
Anurag University (AU)Academic approval and lab support for TechM4Schools
Validated
National Institutes of Technology (NITs)Academic validation of the TechM4Schools programme
Validated
NASSCOMIndustry validation of the TechM4Schools programme
ValidatedCurriculum and credit pathways can meet institutions where they are.
Curriculum aligned with NEP 2020 and CBSE and State board requirements.
Tell us about your school, your grades and the space you have, and the team will plan a programme with you.
