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Forensic Engineering Consultant in Tampa, FL

Florida-Licensed Forensic Engineers Trusted Across the Tampa Bay

NOVA provides forensic engineering consulting to insurance professionals, attorneys, and commercial property owners throughout Tampa Bay and West-Central Florida.

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Understanding the Importance of Forensic Engineering

In Tampa, this expertise is particularly critical because Hillsborough County lies within Florida's "Sinkhole Alley", the state's highest sinkhole density region.

In Tampa, sand can ravel through breaches in the clay layer into underlying limestone voids, causing progressive subsidence that damages foundations and structures. Combined with hurricane exposure, humid subtropical conditions, and the region's rapid development, buildings face diverse challenges that require specialized forensic expertise to diagnose and address.

Why Industry Leaders Choose NOVA

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Investigation Services

Our forensic engineers conduct thorough facility investigations using both destructive and non-destructive testing methods. We evaluate structural systems, building enclosures, and material conditions to identify the root cause of distress and document findings for property owners, insurers, and legal proceedings.
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Expert Repair Design

When problems are identified, we don't just diagnose, we prescribe. Our team develops detailed repair designs, construction cost estimates, and restoration specifications that address the underlying issues while considering budget constraints and practical implementation.
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Construction Quality Assurance

Our involvement extends through the repair process. We provide construction management, quality assurance inspections, and oversight to verify that repairs are executed according to specifications, protecting your investment and ensuring long-term performance.

The Principles of Forensic Engineering

Our approach at NOVA is rooted in the core principles of forensic engineering. We apply systematic investigation methodologies and engineering analysis to uncover the truth about building failures and distress. This involves:

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1. Investigation

Comprehensive evaluation of the structure, including review of construction documents, visual inspection, and documentation of observed conditions. We establish the scope of distress, identify affected systems, and develop investigation strategies tailored to Tampa's covered karst terrain.
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2. Non-Destructive Testing

Utilizing advanced technology to evaluate materials and systems without causing damage. Our capabilities include ground penetrating radar, ultrasonic testing, impact echo testing, infrared thermography, and electronic leak detection to reveal hidden conditions in concrete, steel, and building enclosure systems.
Close-up view of steel structure beams and trusses in modern industrial building construction.

3. Structural Analysis

Applying engineering principles to determine the cause of distress. We analyze structural systems, material properties, and loading conditions to identify whether failures result from design deficiencies, construction defects, material degradation, storm damage, or environmental factors such as salt-air corrosion and moisture intrusion.
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4. Repair Design

Developing practical restoration solutions based on investigation findings. We prepare repair specifications, construction documents, and cost estimates that address the root cause of distress while considering the building's intended use and owner's objectives.
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5. Construction Oversight

Ensuring repairs are properly executed through quality assurance inspections and construction management. We verify contractor compliance with specifications, document the repair process, and confirm that completed work meets engineering requirements.

Advanced Testing Capabilities

Comprehensive testing capabilities are essential for accurate forensic investigations. NOVA's forensic team utilizes state-of-the-art non-destructive testing equipment and methodologies to evaluate structures without causing additional damage.

  • Ground Penetrating Radar Testing of Concrete
  • Ultrasonic Testing
  • Impact Echo Testing of Concrete
  • Infra-red and Nuclear Surveys
  • Electronic Leak Detection (Eld) / Electronic Field Vector Mapping
  • Wind Uplift Testing Per ASTM E-907
  • Water Infiltration Testing
  • Ligno-duo Tec Bw Moisture Meter

Industries We Serve

The forensic services offered by NOVA are applicable to a wide range of industries, markets, and facilities. In fact, we can work on just about any building on the property, including below-grade structures that have been affected by structural, storm damage, or construction defects. In addition to our expert consultants, we are well known for our ability to provide clients with affordable and attainable restoration solutions. Throughout the process, we will keep you updated on cost estimating, evidence analysis, and forensic evaluations, no matter the job.

Built on Trust, Expertise & Proven Results

NOVA Engineering strives to exceed expectations. Let us become your trusted partner for all your forensic engineering needs.

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Forensic Engineering Challenges and Solutions in Tampa

Tampa's covered karst geology and rapid development present specific forensic engineering challenges. From downtown high-rises to suburban residential communities, Hillsborough County requires specialized expertise to diagnose and remediate building issues.

  • Investigating sinkhole and subsidence damage using ground penetrating radar and geophysical methods to evaluate subsurface conditions, identify potential voids, and determine whether observed structural distress, including foundation cracking, floor settlement, and wall separation, is related to karst activity or other causes.
  • Assessing hurricane and storm damage to roofing systems, building enclosures, and structural components, with expertise in documenting wind and water damage for insurance claims and developing restoration plans that improve building resilience against future tropical weather events.
  • Evaluating construction defects in Tampa's rapidly expanding building inventory, including structural issues, building enclosure failures, and material deficiencies that may result from the pace of development and require thorough documentation for warranty claims or litigation.

Forensic Engineering Service Highlights

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Atlanta Daries Development

Project Location: Atlanta Dairies Development, Atlanta, GA Client: Larkin Owner, LLC/Paces Properties The Subject Property…

Damaged asphalt pavement with a large crack and chipped area near a pedestrian crossing with feet in sandals visible

H-JAIA North and South Parking Decks

Client: The City of Atlanta This restoration included concrete and waterproofing repairs on the top…

Close-up of concrete structure with water leakage and stains on bridge or building beams under repair.

CNN Center Elevated Ramp Condition Survey

Client: Turner Properties, Inc.
Services Provided: Forensic and Non-Destructive Testing

Ready to Uncover the Truth?

Don't let building distress escalate into costly failures. At NOVA, we deliver expert forensic engineering services that identify the root cause of problems and provide practical solutions for restoration. Whether you're dealing with structural concerns, water intrusion, or construction defects, our team is here to help you understand what went wrong and how to fix it.

Frequently Asked Questions

What Is the Difference Between Forensic Engineering & Traditional Engineering?
Traditional engineering focuses on designing and constructing safe, functional structures, while forensic engineering investigates failures, defects, and damage in existing structures. Forensic engineers analyze why a failure occurred, using scientific testing and investigative methods to determine causes and recommend solutions.
How Does Forensic Engineering Help Insurance Companies?
Insurance companies rely on forensic engineering services to evaluate property damage claims, determine the cause of structural failures, and assess liability. Engineers provide expert witness testimony, detailed reports, and evidence-based conclusions to support claim resolutions.
What Types of Testing Are Used in Forensic Engineering?
Forensic engineering utilizes both destructive and non-destructive testing to analyze materials and structures. Common methods include ground-penetrating radar, impact echo testing, moisture detection, wind uplift testing, and electronic leak detection to assess damage without causing further harm.
How Can Forensic Engineering Improve Building Safety?
Forensic engineering identifies structures, systems, and materials weaknesses, helping property owners prevent failures and improve long-term safety. Engineers recommend maintenance, repairs, and upgrades to ensure buildings meet structural integrity standards.