Scientific, non-invasive structural restoration and architectural conservation for historic forts, palaces, havelis, temples, and monuments. Adhering to ASI, INTACH, and UNESCO Venice Charter conservation guidelines — utilizing authentic slaked lime mortars, concealed reversible stainless steel ties, and advanced photogrammetric NDT.
Heritage monuments demand chemical and physical compatibility. Modern cement acceleration must be avoided through strictly reversible engineering.
Groundwater drawn up porous historic masonry walls dissolving mineral binders, causing internal spalling and plaster detachment.
Centuries of rainwater leaching out traditional lime binders, leaving structural ashlar and rubble masonry unbonded and prone to sliding.
Sub-efflorescence and salt crystallization pressures shattering delicate sandstone, marble carvings, and decorative chhatris.
Lateral outward thrust of massive historic arches and domes causing wall outward tilting and vault crown longitudinal fractures.
Previous inappropriate repairs using rigid Portland cement trapping moisture behind stone, accelerating irreversible decay.
Ficus and peepal root systems penetrating deep into parapet wall cores, exerting tremendous mechanical forces that split historic bastions.
Specialized conservation solutions adapted for royal residences, pilgrimage circuits, and adaptive reuse hotels.
Fortified ramparts, battlements, stone curtain walls, and massive entry pols (gateways).
Courtyard havelis, frescoed chambers, ornate jharokhas, and heritage residential estates.
Ancient stone shrines, shikhara towers, carved mandapas, and pilgrimage precincts.
Conversion of historic palaces and royal hunting lodges into five-star luxury hospitality assets.
Multi-tiered subterranean reservoirs, water palaces, and hydraulic heritage structures.
Colonial institutional buildings, heritage libraries, and stone museum complexes.
Explore dedicated technical specifications, conservation protocols, and deliverables for each discipline.
Damage-free structural evaluation
To assess heritage structures without damaging their historic fabric — using non-invasive and minimally invasive techniques to diagnose condition.
Authentic material restoration
To restore heritage structures using authentic, compatible traditional materials — lime mortar, surkhi and historical finishes — preserving original character.
Hidden strengthening that respects fabric
To strengthen heritage structures without altering their appearance — using concealed, reversible and fabric-respecting techniques that meet conservation principles.
Heritage-appropriate water management
To manage water and damp in heritage structures using traditional, breathable and compatible methods — protecting historic fabric without trapping moisture.
Surface and decorative restoration
To restore frescoes, murals and decorative architectural elements — recovering the artistic and decorative heritage of a structure through specialist conservation.
Heritage to hotel / museum conversion
To engineer the adaptive reuse of heritage structures — converting them to hotels, museums or modern uses while preserving heritage value and meeting current codes.
Hospitals, hotels, residential societies, and commercial towers — RC/steel jacketing & FRP wrapping.
Highway bridges, ROBs, elevated viaducts — load capacity upgrade from 66T to 100T.
Heavy manufacturing plants, PEB sheds, silos, industrial chimneys, and equipment foundations.
Tell us about your project, site condition, testing requirement or engineering challenge. Our team can help identify the appropriate investigation, testing or engineering approach.
