Edifica USA

Provides comprehensive subsurface analysis, field testing, and foundation engineering to support heavy civil infrastructure and mining developments.

• Geotechnical Design and Analysis

  Development of foundation designs, slope stability analyses, and earth retention structures based on soil behavior and site data.

• Subsurface Exploration for Infrastructure

  In-situ testing and soil boring campaigns to characterize geologic hazards and soil properties for transport and utility assets.

• Subsurface Exploration for Mines

  Specialized deep soil and rock investigations tailored to support extraction operations and mining infrastructure stability.

• Geotechnical Laboratory Testing

  Material classification and strength testing of soil and rock specimens in a controlled testing environment.

• Geophysical Testing

  Non-destructive surface and borehole methods to determine shear wave velocity and subsurface profiling.

• Marine Geophysical Testing

  Overwater seismic and sub-bottom profiling surveys designed to evaluate marine sediments for ports and nearshore infrastructure.

• Pile Performance Testing

  Dynamic and static load testing of deep foundations to verify capacity and load transfer mechanism compliance.

• Real-Time Instrumentation

  Continuous monitoring of ground movement, water pressure, and environmental parameters using automated field sensors.

Delivers structural design and structural integrity analysis for buildings, bridges, ports, and marine infrastructure.

• Structural Design and Detailing

  Engineering of safe load-bearing frameworks using steel, concrete, wood, and composite systems.

• Auscultation of Structures

  Detailed monitoring and geometric measurement of built assets to evaluate structural movement and health over time.

Develops management strategies and compliance reports to mitigate environmental impacts of construction and industrial operations.

• Environmental Management Plans

  Formulation of actionable operational protocols to monitor and minimize ecological damage on construction sites.

• Environmental Impact Reports

  Comprehensive assessments evaluating the potential ecological and community impacts of proposed developmental works.

Work in this area is organized into supported delivery tasks.

• Investigates Structural Distress

  Support includes Investigates structural distress.

• Foundation Movement

  Support includes foundation movement.

• Construction Defect Root-Cause Analysis

  Support includes analyzing construction defects to determine root causes of engineering failures.

Oversees execution from planning through quality control, ensuring compliance, scheduling accuracy, and seamless delivery.

• Project Management and Oversight

  Coordination of multi-disciplinary teams, timeline control, and administrative delivery of engineering works.

• Scheduling and Planning

  Development of critical path schedules and resource allocation matrices to manage project phases.

• Contract Management

  Administration of engineering agreements and modification tracking to limit risk exposure during delivery.

• Quality Assurance and Quality Control

  Field inspections, material audits, and process reviews to verify built-environment compliance with specifications.

• Numerical Analyses

  Advanced computational modeling and finite element analyses to simulate complex stress and environmental scenarios.

• Geographic Information Systems

  Spatial mapping and database integration to support land planning and utility layout decisions.

• Aerial Inspections

  Unmanned aerial system surveys for topographic mapping, remote visual assessments, and structural monitoring.

• Design-Build Solutions

  Integrated single-source delivery combining design phases and physical construction execution for streamlined deployment.