Build Your Property Right, the First Time.

Challenge: A large-span arena needed roof framing that could clear the venue without interior columns, while resisting seismic and wind loads.

Approach: Designed complex radial steel trusses with long-span framing and NSCP-compliant seismic detailing — every member sized for safety, efficiency, and constructability.

Result: A completed, permit-ready structural design for a column-free arena engineered to code.

Challenge: A 5-storey parking structure needed to safely carry vehicle loads across multiple ramp levels while meeting seismic and wind requirements.

Approach: Designed multi-level RC framing with ramp systems and full NSCP-compliant seismic and wind load analysis.

Result: A completed structural design built to serve thousands of vehicles for decades.

Challenge: An 1,800 sqm industrial facility needed to carry heavy equipment loads while meeting an international brand's quality standards.

Approach: Designed industrial-grade framing accounting for heavy equipment loads, to NSCP-compliant standards.

Result: A completed structural design meeting both Philippine code requirements and the brand's international standards.

Challenge: A dense Makati site required a deep basement plus 5 storeys and roof deck — basement retention and multi-level lateral loads in a demanding urban seismic environment.

Approach: Designed deep basement retention, multi-level gravity and lateral load systems, and full NSCP seismic compliance.

Result: A completed structural design for a 917.42 sqm vertical complex from basement to roof deck.

Challenge: A 1,681 sqm arena needed large-span roof framing capable of safely handling crowd and performance loads.

Approach: Designed complex radial steel roof framing with arena-grade load analysis and full NSCP seismic and wind compliance.

Result: A completed structural design for a large-span arena built to perform and last.

Challenge: A family home needed every structural element — footing to roof — sized for long-term safety and durability, not just code minimums.

Approach: Designed and detailed every structural component to NSCP standards.

Result: A completed structural design for a safe, durable, cost-efficient home.

Challenge: The project needed architectural vision and structural engineering to work together seamlessly across two separate firms.

Approach: AEDO handled structural design and construction management, coordinating directly with AJ Architects' architectural design.

Result: A completed 2-storey structure delivered through close architect-engineer collaboration.

Challenge: A 1,650 sqm auto shop needed wide, column-free bays to accommodate heavy vehicles and heavy loads.

Approach: Designed industrial-grade structural systems for wide-span, column-free bays to NSCP standards.

Result: A completed structural design for a durable, heavy-use industrial facility.

Challenge: A compact 210 sqm commercial site needed an efficient, fully code-compliant structure for a growing business district.

Approach: Optimized every structural detail for efficiency within the compact footprint, to NSCP standards.

Result: A completed, safe, commercially ready building.

Challenge: A 4-storey commercial building in a recognized seismic zone needed efficient multi-storey framing and reliable lateral load resistance.

Approach: Designed efficient multi-storey RC framing with NSCP-compliant lateral load systems and seismic detailing suited to the zone.

Result: A completed structural design built to perform in Zamboanga City's seismic zone.

Challenge: A 1,096 sqm corporate building needed efficient framing that could meet full code compliance for a landmark commercial project.

Approach: Designed efficient RC framing with full NSCP compliance.

Result: A completed structural design for a corporate landmark in Canlaon City.

Challenge: A coastal-community home needed seismic resilience and cost efficiency designed in from the start.

Approach: Designed prioritizing structural safety, seismic resilience, and cost efficiency.

Result: A completed, well-engineered home for a coastal community.

Challenge: A compact 140 sqm lot needed a structural layout that maximized every square meter without compromising safety.

Approach: Designed an efficient structural layout with NSCP-compliant detailing and region-specific seismic considerations.

Result: A completed, safe, durable family home on a compact footprint.

Challenge: An existing home needed a structural extension that would integrate safely with the existing architecture, not just add new construction.

Approach: Designed the extension's structural system to NSCP 2015, AISC 360-10, and ACI 318M-2011, coordinated to blend with the existing structure.

Result: A completed, safe, lasting expansion to an established home.

Challenge: A hillside Tagaytay site needed a structure engineered for the terrain while maximizing scenic views.

Approach: Designed full structural integrity and seismic compliance (NSCP 2015, AISC 360-10, ACI 318M-2011) with a layout that maximizes the views.

Result: A completed landmark 3-storey residence built for scenic highland living.