Process
Project Planning, Concept And Visualization
Every successful tensile structure project begins by carefully understanding your vision, requirements, and project goals. At Arya Engineering, we believe in close collaboration with our clients, architects, and developers from the very start. We conduct in-depth discussions to analyze important factors such as the purpose of the structure, site location, environmental conditions, expected lifespan, design preferences, functionality, and budget constraints. Whenever necessary, we perform detailed site surveys to assess technical aspects like wind load, soil strength, and local building codes. This thorough understanding allows us to develop a solution tailored specifically to your needs, ensuring the final structure is not only functional and safe but also visually impressive and perfectly integrated with the architectural design.
Design and Engineering
Once your project requirements are well understood, our highly skilled design team takes over to bring your vision into reality. We develop detailed 2D and 3D design models using advanced software such as AutoCAD, Rhino, and SolidWorks, offering a clear and realistic preview of the final structure. Our designs are not just focused on aesthetics — structural stability, material efficiency, and safety are our top priorities. We conduct comprehensive structural calculations, including wind and load simulations, as well as finite element analysis (FEA), to guarantee performance under various conditions. We maintain close communication with the client at every design phase, enabling revisions and improvements early in the process. This prevents costly changes during later stages and ensures the structure remains aligned with your expectations and regulatory standards.
Design and Engineering
Once your project requirements are well understood, our highly skilled design team takes over to bring your vision into reality. We develop detailed 2D and 3D design models using advanced software such as AutoCAD, Rhino, and SolidWorks, offering a clear and realistic preview of the final structure. Our designs are not just focused on aesthetics — structural stability, material efficiency, and safety are our top priorities. We conduct comprehensive structural calculations, including wind and load simulations, as well as finite element analysis (FEA), to guarantee performance under various conditions. We maintain close communication with the client at every design phase, enabling revisions and improvements early in the process. This prevents costly changes during later stages and ensures the structure remains aligned with your expectations and regulatory standards.
Material Selection and Preparation
Selecting the right materials is critical for a durable, safe, and attractive tensile structure. We carefully choose high-performance membrane fabrics such as PTFE-coated glass fiber and PVC-coated polyester that provide excellent UV resistance, tensile strength, fire retardancy, and weatherproofing. The structural framework is made from high-quality galvanized or stainless steel, ensuring excellent resistance against corrosion and harsh environments. Every fitting and accessory is selected for strength, durability, and precision. Before entering production, all materials undergo thorough testing and certification, ensuring they meet international quality standards and offer long-term reliability, even in challenging climates or heavy-use applications.
Installation and Finishing
At our advanced manufacturing facility, we combine modern machinery with highly skilled craftsmanship to produce every component of your tensile structure with extreme precision. Each element — from steel frames to membrane panels and fittings — is fabricated exactly according to the design specifications. Our process includes precision cutting, welding, and shaping of steel, as well as careful membrane cutting and edge finishing. Throughout every stage, we perform multiple quality control checks, such as dimensional accuracy inspections, weld integrity tests, and material strength verification. This rigorous approach ensures that every part is defect-free, durable, and ready for flawless installation on site.
Installation and Finishing
At our advanced manufacturing facility, we combine modern machinery with highly skilled craftsmanship to produce every component of your tensile structure with extreme precision. Each element — from steel frames to membrane panels and fittings — is fabricated exactly according to the design specifications. Our process includes precision cutting, welding, and shaping of steel, as well as careful membrane cutting and edge finishing. Throughout every stage, we perform multiple quality control checks, such as dimensional accuracy inspections, weld integrity tests, and material strength verification. This rigorous approach ensures that every part is defect-free, durable, and ready for flawless installation on site.
Handover and Maintenance
After completing the installation, we conduct a thorough final inspection of the entire structure. We test for structural stability, membrane tension, and correct fitting alignment while ensuring there are no visual or functional defects. Additionally, we simulate various load and environmental conditions to confirm performance and safety. Only after passing these stringent checks do we proceed with the official handover. At this stage, we provide full documentation, including design reports, material certifications, maintenance instructions, and warranty details. The structure is then ready for immediate use, designed to offer lasting reliability, excellent performance, and aesthetic appeal for many years.
