School InfrastructureDelivered in 45–90 Days.

Yes. Our LGSF school buildings are engineered to IS 801 and NBC 2016, the same codes that govern conventional school buildings. Structural calculations are signed and stamped by licensed structural engineers and submitted to local building authorities for approval. Our buildings meet or exceed the structural safety requirements applicable to educational occupancy under Indian building regulations.

Yes. We design school buildings to CPWD specifications and NBC 2016 provisions for educational buildings, covering structural requirements, fire safety, electrical, sanitation, and accessibility norms. For government-funded school projects, we can provide the complete technical package required for state PWD or CPWD approval, including structural drawings, BOQ, and compliance certificates.

LGSF school buildings have a design life of 25–30+ years with standard maintenance. The galvanised steel sections are resistant to corrosion; the cement board or gypsum board sheathing is durable in Indian conditions with appropriate finish coats. External facades in fibre cement board with painted or textured finish are low-maintenance. Annual inspection of connections and periodic repainting of exteriors are the primary maintenance requirements.

LGSF buildings are semi-permanent — they are designed to remain in place but the structural framework can be disassembled and relocated. This is an option for schools on leased land, temporary campuses, or organisations that want to retain the asset value if the site changes. Full relocation involves structural disassembly, transport, and re-erection, which is feasible but adds cost relative to a permanent building.

We design dedicated toilet blocks with male, female, and separately accessible disabled toilet provisions in accordance with RTE Act norms (minimum 1 toilet per 25 students, separate for boys and girls). Toilet blocks are pre-plumbed in the factory with water supply connections, drainage, and ventilation specified to NBC sanitation norms. Hand-washing stations are provided adjacent to toilet blocks.

Yes. We build science, chemistry, biology, computer, and language labs in LGSF construction with the necessary infrastructure: chemical-resistant laboratory benching provisions, earthed electrical outlets at benches, plumbing for lab sinks, network conduit for computer labs, and anti-static flooring for computer and electronics labs. Fume extraction duct provisions for chemistry labs are included where specified.

For government tender specifications, we typically submit within 2–3 weeks of receiving the detailed scope. Project execution — from purchase order to completed, inspectable structure — is 45–90 days depending on floor count and number of classrooms. For large state-level programmes with multiple school sites, we have capacity for parallel manufacturing of sections to meet programme delivery targets.

Total project cost for an LGSF school block is typically 10–20% lower than an equivalent RCC building when accounting for faster construction (reduced interest costs), lower foundation requirements, no formwork or scaffolding, and earlier occupancy. For schools in remote locations where RCC construction is expensive due to material and labour transport, the cost advantage of prefab LGSF can be even more pronounced.

Yes — the dry, fast construction process of LGSF is significantly less disruptive than RCC. There is no concrete mixing, no heavy scaffolding around existing buildings, and the main noisy activity (section installation) is brief. We plan construction sequences to minimise disruption to operating areas. Many of our school expansion projects are completed without any significant interruption to the existing school's functioning.