GP Engineering

Comprehensive structural engineering and design services for residential, commercial, industrial, and agricultural buildings.

• Structural Design Services

  Creating structural systems and selecting building materials tailored to specific project requirements and architectural visions.

• New Construction Design

  Developing complete structural systems for newly constructed commercial, residential, and industrial facilities.

• Building Renovations

  Evaluating and designing structural modifications to modernize, restore, or repair existing facilities.

• Building Additions

  Designing structural expansions that seamlessly integrate with existing building frameworks.

• Structural Repair Design

  Developing detailed engineering solutions to remediate and restore deteriorated or damaged structural elements.

• Adaptive Reuse Engineering

  Re-engineering structural systems to accommodate new functions in historical or repurposed structures.

• Value Engineering

  Optimizing structural design components to lower construction costs without compromising building safety or integrity.

• Construction Documents Preparation

  Preparing comprehensive structural drawings, calculations, and specifications necessary for permits and construction.

Applying scientific and engineering methodologies to investigate structural failures, damage, and construction defects.

• Structural Assessments

  Conducting engineering evaluations to verify the structural integrity and load-bearing capacity of existing buildings.

• Damage and Failure Investigation

  Analyzing structural failures and distress to determine the root cause, extent of damage, and liability.

• Construction Defect Analysis

  Evaluating structural components to identify non-conformance with building codes, contract documents, or industry standards.

• Storm Damage Evaluations

  Investigating wind, hail, snow, and water damage to structures for the insurance industry and building owners.

• Failure Analysis

  Performing detailed examinations of failed systems or materials to isolate and identify the primary failure mechanism.