Form-Finding Studio
Algorithmic 3D surface relaxation, geodesic membrane cutting pattern flattening, and solar shadow simulations using Europe-developed computation tools.
Rhino + Easy Tensile Suite
Where European computational tensile engineering meets the expanse of Indian architecture. Since 2012, Arya Engineering has engineered double-curved membrane canopies, stadium roofs, and iconic portals designed to outlive the elements.

Tensile architecture does not force materials into rigid shapes. Instead, we use computational form-finding to discover the natural equilibrium where every thread of fabric works in pure tension.

Opposing Curvature in Mathematical Equilibrium
By balancing opposing positive and negative curves, tensile hypars neutralize turbulent wind forces through pure membrane prestress. Achieves monumental clear spans with astonishing structural lightness.
We turn open spaces into extraordinary, sheltered landmarks.
Since 2012, Arya Engineering has fused European computational form-finding with Indian execution precision. A tensile membrane structure is not simply fabric suspended over pipes; it is an orchestrated mathematical system where every cable, anchor, and welded seam shares dynamic live loads.
Headquartered in Pune, Maharashtra, we operate a fully integrated, turnkey model. From initial solar shadow studies and non-linear finite element wind modeling to robotic high-frequency seam welding and synchronized hydraulic rigging — our teams take single-point responsibility for every span.
“Tensile architecture is not mere roofing. It is the disciplined equilibrium between steel, lightweight membrane, and the open sky.”
Founder & Europe-Trained Principal Engineer • 15+ Years Tensile Mastery
Most firms sub-contract membrane fabrication or structural rigging. At Arya Engineering, every discipline operates under one roof with zero compromise.
Algorithmic 3D surface relaxation, geodesic membrane cutting pattern flattening, and solar shadow simulations using Europe-developed computation tools.
Rhino + Easy Tensile SuiteDynamic 3D wind vortex shedding simulations up to 180 km/h, anti-ponding rainwater studies, and strict compliance with IS 875 Part 3 and Eurocode 1.
ANSYS & Non-Linear Cable FEAIn-house high-frequency electromagnetic molecular welding producing continuous, 100% waterproof seams with automated test peel verification.
Automated 15kW HF Welding LinesField erection commanded by master riggers using synchronized hydraulic jacks and calibrated load cells, guaranteeing 100% wrinkle-free tension.
Synchronized Hydraulic TensionersClick through our journey from founding in Pune to engineering 37+ landmark structures across 7 states.
Following intensive training in Europe on computational membrane form-finding, Mr. Mahesh Rathod established Arya Engineering in Pune, bringing precision non-linear membrane engineering to Indian architecture.

Tensile structures survive extreme storms only when architectural fabrics, high-yield steel, and marine rigging hardware unite in balanced harmony.
High-tenacity low-wick polyester matrix coated with plasticized PVC and double-sided PVDF fluoropolymer lacquer.
Self-cleaning fluoropolymer lacquer actively breaks down airborne pollutants and washes clean with natural rainfall.
Every structure follows our rigorous 5-stage turnkey methodology, ensuring zero ambiguity and total safety compliance from day one.
We analyze site solar orientation, aerodynamic wind funnels, soil bearings, and functional user flow before drafting the first form-finding curve.
Double-curved anticlastic surfaces are digitally relaxed. Wind pressures up to 180 km/h and cable pre-stresses are simulated under IS 875 standards.
Membrane panels are precision CNC cut and high-frequency welded in our Pune plant. Tata Steel frames are cold-bent and marine epoxy coated.
Columns and perimeter cables are erected, followed by simultaneous multi-point hydraulic jacking to introduce precise calculated membrane pre-stress.
Electronic tension verification across all perimeter cables, comprehensive structural health documentation, and warranty certification handover.
Explore a curated selection of our completed landmarks across sports, aviation, hospitality, and industry.
STADIUM & ARENASModular tensile grandstand covers designed for massive crowd safety, high-velocity wind shedding, and unobstructed spectator sightlines.
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CORPORATE & INDUSTRIALMonumental cantilevered entrance portal spanning multiple transit lanes with zero front columns and rear tension rigging.
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AVIATION & CIVICIconic inverted conical canopy and pedestrian walkway engineered for severe northeastern monsoons and high wind gusts.
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SPORTS & COMMUNITYExpansive fabric shade cover providing reliable thermal comfort and shaded coverage for university athletic grandstands.
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HOSPITALITY & DININGExpressive double-conical restaurant pavilion creating an iconic open-air architectural dining destination.
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LUXURY RESORTSOrganic architectural conical shades blending seamlessly into the jungle topography while offering world-class guest comfort.
Explore Project DetailsEvery structure we commission carries our complete engineering warranty and long-term care protocol.
Calibrated hydraulic multi-point tensioning ensures taut, wrinkle-free curvature for life.
Non-linear finite element simulations compliant with IS 875 Part 3 and Eurocode 1.
Zero sub-contracting risk. Design, fabrication, and installation handled strictly in-house.
Engineered structural steel and UV-stabilized architectural membranes outlast the elements.
Whether you are planning an expansive stadium canopy, a corporate entrance portal, or a bespoke hospitality pavilion, our engineering team is ready to collaborate.