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Structural project and supervision. During the construction process, the project was redesigned to include a third basement and a 42m span dome in 110 thousand m² of construction.
Our experience in all technical areas allows us to offer an All-in service for building design.
Following a 4-stage Design-to-Cost work model, we resolve the developer’s needs faster than anyone, always knowing from the very beginning the estimated site costs to make the best decisions while developing a coordinated structural analysis project, MEP engineering, civil project, and infrastructure networks.
We provide design bases, solution alternatives and single-line operating diagrams.
We deliver an estimated cost from every project system that impacts the total site costs; such as basic engineering blueprints and a LOD 100 model.
We deliver two cost estimates advances from the BIM model according to the local market unit price, and an LOD 200 model.
We deliver an integrated and fully constructible project with a base budget for tenders with quotes for both, supplies and local suppliers, and an LOD 300 model.
Design and analysis of safe and efficient structures for buildings, bridges, and other constructions.
Development of electrical systems for energy distribution, control, and safety in buildings.
Design of mechanical systems such as ventilation, heating, air conditioning, and elevators.
Design of potable water, drainage, and sanitation systems, ensuring efficiency and compliance.
Integration of communication systems, access control, video surveillance, and low-voltage networks.
Planning and design of civil works such as roads, platforms, and urban structures.
Development of urban service networks: water, drainage, electricity, and telecommunications for new developments.
Estimation, control, and optimization of construction costs throughout the project cycle.
Design and integration of energy generation solutions, including renewable sources such as solar or wind.
Technical and aesthetic design of indoor and outdoor lighting systems, optimizing energy use and visual comfort.
Master Planning
Hospitality
Residential
Mixed Use
Retail
Energy
Industrial / Warehouse
Consulting
Civil engineering
Structural engineering
MEP engineering
Low Voltage engineering
Cost management
Infrastructure engineering
Technical supervision
Lighting design
Power generation
Process analysis
Detail engineering
Process engineering
Piping engineering
Mechanical Engineering
industrial architecture
Instrumentation control/automation engineering
Safety engineering
Procure
Av. Insurgentes Sur 863, Nápoles, Benito Juárez, 03840, CDMX
97135, Jardines de Vista Alegre II.
© 2025 Forta Ingeniería
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Our experience in all technical areas allows us to offer an All-in service for building design.
Following a 4-stage Design-to-Cost work model, we resolve the developer’s needs faster than anyone, always knowing from the very beginning the estimated site costs to make the best decisions while developing a coordinated structural analysis project, MEP engineering, civil project, and infrastructure networks.
We provide design bases, solution alternatives and single-line operating diagrams.
We deliver an estimated cost from every project system that impacts the total site costs; such as basic engineering blueprints and a LOD 100 model.
We deliver two cost estimates advances from the BIM model according to the local market unit price, and an LOD 200 model.
We deliver an integrated and fully constructible project with a base budget for tenders with quotes for both, supplies and local suppliers, and an LOD 300 model.
Design and analysis of safe and efficient structures for buildings, bridges, and other constructions.
Development of electrical systems for energy distribution, control, and safety in buildings.
Design of mechanical systems such as ventilation, heating, air conditioning, and elevators.
Design of potable water, drainage, and sanitation systems, ensuring efficiency and compliance.
Integration of communication systems, access control, video surveillance, and low-voltage networks.
Planning and design of civil works such as roads, platforms, and urban structures.
Development of urban service networks: water, drainage, electricity, and telecommunications for new developments.
Estimation, control, and optimization of construction costs throughout the project cycle.
Design and integration of energy generation solutions, including renewable sources such as solar or wind.
Technical and aesthetic design of indoor and outdoor lighting systems, optimizing energy use and visual comfort.
