Buying a robotics or Atal Tinkering Lab kit through GeM

Government schools in India can purchase a robotics or Atal Tinkering Lab kit through the Government e-Marketplace (GeM) or a state tender process. Vendors listed with the Atal Innovation Mission (AIM) are a reliable starting point for finding compliant kits. This guide walks school administrators and procurement officers through the full buying journey, from writing a specification to evaluating available packages. A government school generally buys a robotics or Atal Tinkering Lab kit through the Government e-Marketplace (GeM) or a state tender, and xSTREAM Labs from Next Skills 360 is one robotics and AI lab package a school can assess while it writes its specification. It comes as hardware, software, a Classes 6–12 curriculum and teacher training.

The usual routes to buy a school robotics lab

Government schools in India follow two main procurement paths when setting up a robotics or STEM lab. The first is a direct purchase through GeM, India's official government procurement portal, where empanelled vendors list their products and schools place orders within their sanctioned budget. The second is a state or district tender, issued under Samagra Shiksha — the Government of India's integrated school education scheme launched in 2018-19 — or through a state education department. A third route applies specifically to schools that have received an Atal Tinkering Lab (ATL) grant from the Atal Innovation Mission (AIM) under NITI Aayog. These schools follow AIM's procurement guidelines and may source kits from vendors listed on the AIM platform. For a practical overview of setting up a compliant lab, see this [STEM Lab Setup Guide for Rural Government Schools India 2026](https://www.nextskills360.in/blog/government-school-stem-labs-rural-india-setup-2026-guide) from Next Skills 360.

How to prepare a GeM order or tender

Before a school places an order on GeM or floats a tender, the procurement officer needs a clear product specification. A well-drafted specification saves time during vendor evaluation and reduces the risk of receiving a kit that does not match the school's curriculum or infrastructure. Key elements to include are: age group and class range covered, hardware components and their durability requirements, software compatibility and offline capability, curriculum alignment with NEP 2020 and CBSE guidelines, teacher training provisions, and after-sales support. Schools receiving ATL grants should also cross-check that the vendor is listed with AIM before raising a purchase order. For detailed guidance on building a specification, Next Skills 360's post on [setting up CBSE composite skill labs in government schools](https://www.nextskills360.in/blog/setting-up-cbse-composite-skill-labs-in-government-schools) is a useful reference. Writing the specification before approaching vendors puts the school in a stronger negotiating position and ensures the final purchase delivers lasting value.

Where to find listed vendors

School administrators have several verified channels for identifying eligible vendors. GeM (gem.gov.in) is the primary marketplace; searching for robotics lab kits or STEM lab kits on the portal returns empanelled suppliers whose products have cleared government listing requirements. AIM's vendor list is a second important source. The Atal Innovation Mission maintains a directory of vendors whose kits have been assessed for use in Atal Tinkering Labs. Schools with ATL grants should treat this list as an essential filter rather than an optional reference. Beyond these, trade platforms such as IndiaMART and TradeIndia carry listings from vendors who also appear on GeM, making it easier to compare product specifications before initiating a formal purchase. When evaluating any vendor, confirm whether they offer a structured curriculum, teacher training, and post-delivery support — elements that determine whether a lab becomes active quickly or sits unused after installation.

What xSTREAM Labs offers

[xSTREAM Labs](https://www.nextskills360.in/xstream-labs) is Next Skills 360's hands-on robotics and AI lab kit for STEM learning. It covers robotics, programming and applied AI through project-based experiments — students build intelligent rovers, program robotic arms and experiment with self-driving model cars as part of a STREAM (Science, Technology, Robotics, Engineering, Arts and Mathematics) approach. The kit arrives as a complete package: hardware, software, a Classes 6–12 curriculum and teacher training, so a school's robotics and AI lab is active from week one. It is designed for STEM labs, smart classrooms and Atal Innovation Labs. Importantly, xSTREAM Labs is available on GeM and is listed with the Atal Innovation Mission as a kit for Atal Tinkering Labs — two facts that simplify the procurement process considerably for a government school. Schools exploring the full range of STREAM options can also browse the [xSTREAM Labs resource hub](https://www.nextskills360.in/blog/category/xstream-labs) for implementation examples and curriculum details.

At a glance: what to check

Before finalising any robotics lab kit purchase, a procurement officer should run through the following checklist: - GeM listing confirmed: Is the vendor and product available on the GeM portal? - AIM empanelment: For ATL grants, is the vendor listed with the Atal Innovation Mission? - Curriculum coverage: Does the kit cover Classes 6–12 with structured, experiment-based content? - Teacher training included: Is training part of the package, or does it carry an additional cost? - Hardware and software bundled: Are all components — hardware, software and curriculum — supplied together? - After-sales and support: What happens if a component fails or a teacher needs refresher training? - Pilot option available: Can the school run a paid pilot before committing to full deployment? For a broader picture of how government schools are building STEM labs at scale, Next Skills 360's guide on [STEM lab rollout in government schools](https://www.nextskills360.in/blog/government-school-stem-lab-implementation-at-scale-in-2026) covers planning, budgeting and implementation in detail.

Frequently Asked Questions

### Can a government school buy a robotics kit directly on GeM without a tender? Yes. Government schools can place a direct purchase order on GeM if the order value falls within the threshold set by their state's financial delegation rules. For higher-value purchases, a tender process is typically required. Schools should check their state education department's procurement guidelines and confirm the vendor's GeM listing before proceeding. ### What is the difference between a GeM purchase and an ATL grant purchase? A GeM purchase uses a school's own sanctioned budget or Samagra Shiksha funds. An ATL grant is money provided directly by the Atal Innovation Mission to an approved Atal Tinkering Lab school; that grant must be spent according to AIM's procurement guidelines, which require vendors to be listed with AIM. Both routes can lead to the same vendor, but the compliance requirements differ. ### Is xSTREAM Labs listed with the Atal Innovation Mission? According to Next Skills 360's own records, xSTREAM Labs is listed with the Atal Innovation Mission as a kit for Atal Tinkering Labs and is also available on GeM, IndiaMART and TradeIndia. Schools with ATL grants can therefore assess it as a compliant option when writing their purchase specification. ### Does xSTREAM Labs include teacher training? Yes. xSTREAM Labs is delivered as a complete package that includes hardware, software, a Classes 6–12 curriculum and teacher training, according to Next Skills 360's own records. This means a school does not need to separately procure training or source a curriculum — the lab is designed to be active from week one. ### What should a school do before writing a robotics lab specification? The most effective approach is to see a shortlisted kit working with the school's own students before committing to a specification. This reveals real-world issues — space requirements, teacher confidence, student engagement — that a product brochure cannot show. A demo or pilot also gives the procurement team concrete data to justify the final specification they write for the GeM listing or tender document.

See xSTREAM Labs working with your own students before you write a specification. A school starts with Next Skills 360 through a free demo, followed by a paid pilot, and every programme is priced by a quote. Message Next Skills 360 on WhatsApp at +91 79955 60306 to book the demo.

See xSTREAM Labs working with your own students before you write a specification. A school starts with Next Skills 360 through a free demo, followed by a paid pilot, and every programme is priced by a quote. Message Next Skills 360 on WhatsApp at +91 79955 60306 to book the demo.