
Atal Tinkering Labs (ATL) are innovation spaces in schools that encourage students to learn through hands-on experiments in robotics, electronics, IoT, and 3D printing. Established under Atal Innovation Mission by NITI Aayog, ATL aims to foster creativity, problem-solving, and entrepreneurial thinking among students.
DSM provides a fully managed ATL setup, including government-compliant equipment, lab design, installation, and technical training—ensuring a smooth and hassle-free innovation space for schools.
We supply ATL kits that meet official guidelines, ensuring quality, safety, and compliance with government standards.
From planning and equipment selection to installation and setup, we provide a full end-to-end ATL lab solution.
We offer expert guidance, teacher training, and ongoing technical support to ensure smooth lab operations.
Many schools do not have dedicated spaces, tools, or technology required to build a modern innovation or robotics lab.
Understanding ATL guidelines, documentation, and compliance requirements can be confusing and time-consuming for school management.


A complete set of electronics and robotics components to help students learn coding, automation, and real-world problem solving.
A dedicated 3D printing setup that allows students to design and create physical prototypes. It includes a reliable 3D printer, printing materials, and basic design software support for hands-on innovation.
A safe and practical toolset for building and assembling projects. This section includes essential hand tools, mini drilling equipment, and safety gear to ensure secure and efficient working conditions.
High performance laptops and networking equipment necessary for digital programming IDE configurations and curriculum completion testing phases.

Understanding the school's needs, available space, and budget to plan the most suitable ATL setup.
Designing an efficient lab layout with proper workstations, power supply, and safety arrangements.
A complete set of electronics and robotics components to help students learn coding, automation, and real-world problem solving.

Complete setup of equipment, wiring, and systems followed by proper testing to ensure smooth operation.
Hands-on training sessions to help teachers understand the equipment, tools, and basic project workflows.
Initial project guidance and activity suggestions to help students start using the lab effectively.




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