Lucy Engineering Inc.

Lucy Engineering delivers science-based forensic property damage analysis grounded in building codes, manufacturer requirements, industry standards, and field-observed conditions.

• Forensic Damage and Causation Analysis

  Investigation of building envelope failures using AAMA 501.2 water intrusion testing, infrared thermal imaging, and targeted physical disassembly to identify moisture sources and rule out vapor transfer or condensation. Systematically distinguishes sudden events, long-term degradation, construction defects, and material failures.

• Repairability and Feasibility Analysis

  Evaluation of whether damaged components or systems can be reliably repaired or require full replacement, balancing current building code requirements, manufacturer instructions, existing system interface complexity, and overall practicality of reconstruction.

• Code Upgrade Determination

  Analysis of the International Residential Code (IRC), International Existing Building Code (IEBC), and applicable local municipal ordinances to identify which mandatory upgrades are legally triggered by a loss event.

• Expert Witness Testimony

  Full litigation support including preparation of expert opinions and formal written reports, depositions, and direct trial testimony. Engineers translate complex engineering analysis into accessible language for judges and juries in property damage disputes and compliance claims.

Lucy Engineering forensic engineers perform damage inspections for residential and commercial buildings following severe weather, flooding, and other loss events. Inspections produce unbiased professional reports with conclusive findings, repair recommendations, photos, and diagrams. Reports can include schedules and costs of recommended repairs.

• Forensic Engineer Inspection

  Forensic engineering evaluations to determine the origin and cause of a loss, the duration, and the extent of damage for residential and commercial buildings.

• Structural Engineer Inspection

  Assessment of structural damage involving load-bearing structures, structural systems, materials such as steel and concrete, foundation performance, and building code compliance.

• Storm Damage Inspection

  Investigation of damage from storms including hurricane wind loads, water intrusion, debris impact, and foundation undermining where multiple damage mechanisms occur simultaneously.

• Tornado Damage Inspection

  Assessment of tornado damage including wind loads, water intrusion, debris impact, and foundation undermining for residential and commercial buildings.

• Hail Damage Inspection

  Forensic determination of the cause, origin, and extent of hail damage by differentiating hail-generated damage from pre-existing wear-and-tear. Analysis considers hail size, density, direction, fall pattern, and roofing material impact resistance.

• Wind Damage Inspection

  Inspection to determine the cause, origin, and extent of structural failures after severe weather. Differentiates storm-generated damage from pre-existing wear-and-tear and traces internal load paths to identify hidden structural defects.

• Flood Damage Inspection

  Assessment of flood damage including damaged flooring and subfloors, wet drywall and insulation, electrical components and HVAC systems exposed to water, cabinets and built-ins, and resulting structural and mold damage.

• Interior Leak Damage Inspection

  Documentation of visible water damage and staining, hidden moisture in walls and ceilings, structural impacts to framing and foundations, and mold growth from roof leaks, damaged flashing, burst supply lines, or appliance failures.

• Foundation Inspection

  Evaluation of foundation performance and structural integrity using Zip Level elevation readings, collateral indicators of settlement, and engineering analysis for residential and commercial buildings.

• New Construction Inspection

  Inspection of new construction to verify safety, structural integrity, and building code compliance. Covers footing excavations, reinforcement, structural members and fasteners, electrical, mechanical, plumbing, energy insulation, and final occupancy.

• Residential Building Design
• Commercial Building Design