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Residential

Pino Alto

High-rise residential building in reinforced concrete, designed for safety, function and its site.
Pino Alto project: reinforced concrete

Project facts

Project type
Residential
Structural system
Reinforced concrete
ADIPSA services
Structural design, BIM modeling and shop drawings
Software
ETABS, Tekla Structures, IDEA StatiCa

Safe high-rise construction

Pino Alto in Panama is a reinforced concrete residential building designed from the start for a high-seismicity zone, with a dual system of shear walls and special moment frames. This approach gives the building more stability, safety and comfort for residents.

Structural design solutions

Seismic and wind resistance

  • Dual systems combining shear walls and special moment frames.
  • ETABS analysis to evaluate story drift and lateral loads.
  • Design based on ductility and energy dissipation criteria.

BIM model and shop drawings

The project was moved into a Tekla Structures BIM model, which enabled:

  • Early clash detection.
  • Accurate shop drawings for construction.
  • Efficient material takeoffs that saved time and resources.
  • Critical connection checks in IDEA StatiCa.

Results

Pino Alto was delivered as a modern, safe and functional residential complex with high-performance structures and generous spaces.

Project FAQs

What type of structure does Pino Alto use?

Reinforced concrete with shear walls and special moment frames, suited to high-seismicity zones.

Which analysis tools were used?

ETABS for seismic and wind simulation, Tekla Structures for the BIM model and IDEA StatiCa for critical connections.

Why is reinforced concrete a good fit for residential high-rises?

It offers strength, durability and structural efficiency for vertical and lateral loads, including seismic and wind demands.

How does Grupo ADIPSA control quality?

With a BIM workflow, precise shop drawings and advanced structural analysis on every project.

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