Deep Foundation Design Support​

Geotechnical recommendations for efficient, high-capacity foundation systems ​

D.W. Kozera, Inc. provides deep foundation design support for projects requiring driven piles, drilled shafts, auger cast piles, and micropiles. Our geotechnical team delivers site-specific recommendations shaped by subsurface conditions, structural demands, and constructability. Each design aims to achieve load performance while reducing material use and installation complexity. ​

We collaborate with structural engineers and contractors to develop solutions that meet design criteria and align with construction realities in the field. ​

Services Offered ​

  • Axial and Lateral Capacity Analysis for Driven and Drilled Foundation Elements ​
  • Pile Type Selection Based on Soil Conditions, Access, and Load Demands ​
  • Length, Diameter, and Spacing Recommendations for Deep Foundations ​
  • Uplift Resistance Calculations for Tension Elements ​
  • Group Effects and Settlement Evaluation ​
  • Coordination with Structural Teams and Pile Driving or Drilling Subcontractors ​
  • Support for Design Build and Construction Manager at Risk (CMAR) Preconstruction Evaluations ​
  • Transition to Load Testing and Construction Observation Services ​

Why Work with D.W. Kozera? ​

  • Designs Grounded in Real Soil Behavior and Installation Feasibility 
    Our recommendations reflect our deep knowledge of local geotechnical conditions and practical construction methods, not just theoretical models. ​
  • Responsive Collaboration with Structural and Field Teams 
    We work closely with design and construction partners to align foundation strategies with load demands, site access, and sequencing needs. ​
  • Proven Support for Complex Sites and Public Infrastructure Projects 
    From urban corridors to waterfront developments, we bring deep experience and trusted solutions across sectors and project types. ​

Looking for dependable geotechnical input for your deep foundation system? Contact D.W. Kozera to develop foundation strategies grounded in local conditions and real-world construction needs. ​