Structural design of an industrial facility in Amchit using a precast concrete system. The project includes deep foundations with piles, long-span prestressed beams, and precast wall elements to optimize construction speed and structural efficiency. The design accommodates large clear spans for flexible industrial use and heavy load requirements.

• Type: Industrial Facility

• Structural System: Precast concrete with prestressed elements

• Foundations: Deep foundations (piles)

• Scope: Structural design and construction management

• Key Feature: Long-span & industrial structural layout

Structural design of an atypical seafront residential project in Amchit, composed of two independent houses connected through a shared outdoor space with a swimming pool, developed in collaboration with Dagher Hanna & Partners Architects. The structural approach is tailored to accommodate the fragmented layout, open-plan living areas, and large terraces, while addressing coastal exposure conditions. Particular attention is given to structural coherence between the volumes, durability, and integration with the architectural concept.

• Type: Residential (Private Villa – 2 Units)
• Structural Approach: Multi-volume configuration with swimming pool
• Constraints: Coastal exposure, open-plan layout
• Scope: Structural design & execution drawings
• Key Feature: Structural coherence between independent volumes

Structural design of a chalet in Aabadiyeh, developed with Dagher Hanna & Partners Architects. The project is integrated into a sloped site, requiring careful foundation design and structural adaptation to terrain constraints while preserving open views and functional layout.

• Type: Residential Chalet
• Structural System: Reinforced concrete adapted to hillside conditions
• Constraints: Sloped terrain, foundation adaptation
• Scope: Structural design
• Key Feature: Terrain-responsive structural layout

Structural design of a school complex in Erbil, Iraq, developed in collaboration with Joe Ingea Architect. The project includes multiple buildings designed to accommodate educational functions, with a focus on structural reliability, efficient construction systems, and adaptability to local conditions.

• Type: Educational Complex

• Structural System: Reinforced concrete (multi-building)

• Scope: Structural design & execution drawings

• Constraints: Multi-building coordination

• Key Feature: Scalable structural system

Structural design for the extension and rehabilitation of St. Maron Church in Beirut. The project involves integrating new structural elements within an existing building while preserving its architectural and cultural value. The intervention required detailed assessment of the existing structure and careful coordination to ensure compatibility between original and new systems, in collaboration with Dagher Hanna & Partners Architects.

• Type: Beirut heritage building

• Structural System: Mixed (existing + new elements)

• Scope: Structural design and execution drawings

• Constraints: Use of structural techniques compliant with heritage conservation

• Engineering Focus: Structural rehabilitation of a heritage building with integration of a new extension

Structural design of a seafront villa in Fidar. The reinforced concrete system is developed to support open-plan layouts, large cantilevers, and terrace spaces while addressing coastal exposure conditions such as wind and humidity. The design ensures structural efficiency, durability, and alignment with the architectural intent.

• Type: Residential Villa (4-story)

• Structural System: Reinforced concrete

• Constraints: Coastal environment, terraces, cantilevers

• Scope: Structural design & execution drawings

• Engineering Focus: Structural response to exposure conditions

Structural design of a private residence in Faqra developed in collaboration with Dagher Hanna & Partners Architects. The project consists of a reinforced concrete structure adapted to mountainous terrain, with careful consideration of load distribution, slope conditions, and integration with the architectural layout.

• Type: Residential Villa

• Structural System: Reinforced concrete adapted to sloped terrain

• Constraints: Mountain site, topography-driven design

• Scope: Structural design & execution drawings

• Key Feature: Structural systems supporting modern architectural design