Strctural Analysis and Design Projects

One of our designed proposed projects. Safe and reliable design. This facility features a robust structural system specifically engineered to handle heavy live loads and high-capacity storage requirements. By utilizing a combination of Special Concentrically Braced Frames (SCBF) and optimized steel sections, we've ensured maximum lateral stiffness while maintaining a highly functional floor area. Every connection was meticulously verified to meet stringent seismic and gravity load standards, ensuring long-term structural integrity and operational safety.

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This 3-storey steel warehouse is engineered for heavy-duty storage and manufacturing, optimized for a FORMAL BUILDING PERMIT. The structural skeleton features high-grade wide-flange steel columns and beams integrated with a robust X-bracing system to ensure lateral stability against seismic and wind loads. Designed to support industrial operations, the frame includes a specialized pulley system for efficient vertical material transport between levels. The open floor plates are configured for high-load capacity, while the pitched roof promotes effective drainage. This professional model represents a signed and sealed engineering solution, prioritizing structural integrity and code compliance for long-term industrial use and high-clearance functionality.

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Engineered for the demands of major railway construction in the Philippines, this robust steel platform is designed to cross large, unsupported spans while safely carrying heavy industrial equipment. The precision-modeled 3D structure showcases a dual-bay framework: one side reveals the intricate grid of high-strength steel beams and cross-members, while the adjacent section displays the finished, heavy-duty steel plate top surface. Ideal for infrastructure planning and complex civil engineering projects, this design prioritizes structural integrity, maximized load-bearing capacity, and high-performance durability for large-scale transit development.

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This 3D structural model showcases a Pre-Engineered Building (PEB) designed as a highly efficient Office-Warehouse Facility. Featuring a clear span layout measuring 34m x 15m column-to-column, the framework maximizes usable floor space by eliminating internal obstructions. The structural skeleton is engineered with robust steel portal frames, integrated roof overhangs for weather protection, and strategic X-bracing along the roof and bays to ensure lateral stability against environmental loads. Optimized for industrial and commercial use, this professional model represents a cost-effective, durable solution for modern logistics and corporate operations.

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This 3D structural model represents a Pre-Engineered Building (PEB) platform custom-engineered to support heavy Sewage Treatment Plant and Advanced Oxidation Process (STP-AOP) equipment. Designed for a high-rise condominium in Manila, Philippines, the platform measures 8.08m in total width by 18m in total length. Modeled and analyzed using ETABS, the high-capacity steel grid is fully compliant with the National Structural Code of the Philippines (NSCP 2015). The framework utilizes robust primary steel members and closely spaced cross-beams to safely distribute localized, heavy equipment loads across the elevated deck, ensuring long-term structural reliability and seismic safety in a dense urban environment.

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This 3D structural model showcases a single-storey skewed industrial facility engineered to house heavy precast concrete equipment and overhead cranes. Spanning a total construction area of 3,800 square meters, the framework was designed in ETABS to ensure maximum integrity under dynamic manufacturing loads. The structure features an open-web steel truss roof system supported by robust columns, allowing for clear internal heights and expansive spans crucial for seamless machinery operation. To safely absorb heavy crane wheel loads, the building utilizes a high-capacity longitudinal girder network alongside strategic vertical and horizontal X-bracing, offering an optimized, code-compliant industrial solution.

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This 3D model showcases a highly optimized, single-storey Pre-Engineered Building (PEB) warehouse featuring an integrated mezzanine for office space. Developed for a Japanese investment project in the Philippines, this design secured the winning bid by achieving the lowest weight-per-area ratio without compromising structural integrity. The facility spans a massive 6,500 sqm total construction area, built on a highly efficient 6.3m x 7m column-to-column grid with a peak apex height of 12.1m. Engineered to perfection, the structure features robust steel portal frames and strategic X-bracing, delivering a cost-effective, code-compliant, and high-clearance industrial solution.

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Engineered to withstand the intense demands of a high seismic zone in the Philippines, this 3D structural layout showcases a massive, high-capacity Pre-Engineered Building (PEB) tailored for industrial refrigeration. The facility’s expansive 78m x 156.2m envelope utilizes an optimized 9m x 8.7m column spacing and clears a vertical apex height of 18.2m. Covering a total construction footprint of 9,953.96 sqm, the design seamlessly integrates a 9,658.15 sqm main floor with a 295.81 sqm utility mezzanine. To counteract extreme lateral earthquake forces while supporting heavy thermal insulation envelopes, the structural framework strategically combines rigid steel columns, specialized lightweight roof trusses, and multi-tiered perimeter cross-bracing.

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Optimized for high-risk Seismic Zone 4 in the Philippines, this 3D structural model showcases a state-of-the-art Pre-Engineered Building (PEB) dry storage facility featuring an advanced truss design. The complex covers an expansive total area of 3,744.15 sqm, meticulously integrating a 3,074.33 sqm warehouse, a 158.10 sqm mezzanine, a 271.56 sqm protective canopy, and a 240.16 sqm roof monitor for natural ventilation. Spanning structural footprint dimensions of 74m x 49.85m, the configuration clears a vertical apex height of 17.2m. To ensure uncompromised stability under extreme earthquake loads, the system couples high-strength open-web roof trusses with heavy-duty steel portal columns and comprehensive perimeter X-bracing.

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Designed for a leading consumer products manufacturer in the Philippines, this three-story industrial facility integrates a robust main structure with a mezzanine level and a strategic bridge connecting to existing operations. Engineered to withstand the Philippines' high seismic activity, the framework features heavy-duty steel construction capable of supporting high-load requirements, including the operation of industrial forklifts. This project demonstrates advanced structural coordination, balancing heavy load-bearing demands with complex site connectivity and stringent seismic safety standards.

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This project features a specialized one-story skewed steel building with a mezzanine level, designed to serve as an office and facility for a construction equipment provider. Spanning a total construction area of 1,210 sqm, the structure is defined by its 33.05m width, 42m length, and a peak height of 10.25m. Engineered to meet the stringent requirements of a high-seismic Zone 4 environment in the Philippines, the design utilizes a robust steel framework to ensure structural integrity and seismic resilience. This facility highlights a tailored approach to industrial design, optimizing spatial efficiency while maintaining the high safety standards necessary for its operational purpose.

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This two-story commercial development, commissioned for a major retail developer, features a complex 2,370.19 sqm steel-framed structure. Engineered for high-seismic Zone 4 conditions in the Philippines, the building utilizes a variable-length footprint—ranging from 33.25m to 56.66m—with a uniform width of 11.5m to accommodate multi-use commercial activities. The structural design emphasizes seismic resilience through a 9.45m total height profile, integrating robust steel framing to meet stringent safety standards for high-traffic retail environments.

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This large-scale Pre-Engineered Building (PEB) warehouse serves as a primary hub for a renowned consumer food company. The facility spans an impressive overall total area of 38,571.39 sqm, featuring a substantial footprint of 120m in width and 290m in length. Designed to accommodate intensive operational requirements, the structure reaches a total height of 15m, with varying eave heights of 10.83m and 6.83m. The design integrates a specialized multi-story office component within the industrial framework, demonstrating an optimized approach to balancing high-volume storage logistics with administrative workspace requirements in a high-seismic environment.

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