Systematic Industrial Diagnostic Capabilities
From the Subsurface Up: Specialized Commercial Testing
Warehouse Foundation & Floor Slab Diagnostics
Industrial concrete floor slabs are subjected to extreme operating demands. We diagnose complex structural failures at the ground level using scientific method to get exact cause of distress:
Slab Heave & Subsidence Origin & Cause: Pinpointing whether structural movement is caused by active clay moisture swelling, sulfate-induced concrete heave, or structural design omissions.
ASCE Level B Foundation Performance Evaluations: Utilizing smart levels and high-precision digital altimeters for quantitative floor-elevation mapping to plot rigorous edge-to-edge deflection and tilt contour profiles, identifying localized sub-slab soil loss without unnecessary destructive testing
Commercial Storage & Pallet Rack Code Compliance
Industrial rack systems are structural extensions of the warehouse itself. We perform strict visual and elevated structural reviews using advanced diagnostics to protect your assets and team:
RMI Standard Integrity Testing:
Visual non-destructive engineering evaluations of selective pallet rack systems to verify conformance with original sealed drawings and engineered calculations.
Thermal & Moisture Diagnostics:
Deploying Tramex Moisture Meters and Thermal Imaging Cameras to isolate hidden environmental anomalies, structural framing forklift impact deformation, missing or undersized anchors shimming, and unengineered rigid fire sprinkler riser pipe attachments.
Large-Scale Building Envelope & Catastrophic Storm Loss
When hurricane, tornado, hail, wind, or flood events occur, we deliver the definitive engineering metrics required to challenge deflated insurance adjuster estimates. Every inspection follows a systematic approach using high-tech equipment to provide a ligitation-ready report.
Quantitative Damage Mapping: Deploying specialized Unmanned Aerial Vehicles (Drones) for automated grid-patg roof scanning and high-resolution aerial mapping alongside Tramex Roof Scanners to map subsurface moisture anomalies without penetrating waterproofing membranes.
Wind Uplift & Structural Load-Path Failures: Reconstructing structural storm damage to determine whether an operational loss stems from design defects, contractor non-compliance, or catastrophic environmental forces.
Damage Descriptions & Dimensions (DDD): Providing systematic, hyper-accurate field quantification, detailed site sketches, and highly documented pictorial evidence to support rapid subrogation recovery under the Residential Construction Liability Act (RCLA) guidelines.
Litigation-Ready Documentation: The Anatomy Of Our Reports
Bulletproof Reports. Code-Cited Violations. Signature-Ready Authority
A forensic engineering report is only as valuable as its admissibility in a court of law. At RSH Engineering, we do not produce generic summaries. We deliver Trial-Ready Forensic Evidence:
Strict Code Mapping
Every structural defect, construction deviation, or material failure is mapped directly to specific violations of the International Building Code (IBC), International Residential Code (IRC), or ASCE 7 design parameters. This makes sure your data is concrete, objective, and perfectly aligned with statutory requirements like the Texas Residential Construction Liability Act (RCLA).
Defensible Cost Reconciliation
Leveraging deep institutional experience, we translate raw quantitative field data into highly accurate, itemized cost projections. Rather than standard budget estimations, we provide independent, professional consulting towards estimates that challenge artificially suppressed repair validations. Our forensic methodologies strictly adhere to the Daubert Standard, making sure every metric used to calculate structural remedy scope is admissible and legally bulletproof.
Certified State Seals
Every document is issued as an official engineering firm record, signed and stamped with a registered Professional Engineer (P.E.) seal. By pairing rigorous scientific instrumentation such as infrared arrays and impedance scanning with verified peer-accepted techniques, our reports completely satisfy both state and federal rules of evidence.
The Competitive Advantage: Why Institutional Stakeholders Choose RSH
Four Engineering Disciplines. One Singular Firm.
Large-scale structural failures and complex storm loss claims are rarely simple. They involve a cascading failure of soil mechanics, structural load paths, civil drainage, and building enclosure integrity.
While other firms force you to coordinate between three different independent consultants, introducing communication gaps that opposition attorneys exploit, RSH Engineering integrates an entire multi-disciplinary elite asset matrix under one roof:
Forensic & Structural Engineering
3D structural load-path tracking, lateral/vertical stress distribution modeling, and building code compliance evaluation.
Geotechnical & Soil Mechanics
Subsurface soil active clay-bearing capacity analysis, slab settlement, and slope stabilization.
Civil Infrastructure & Drainage
Surface water runoff conveyance, utility conflict evaluations, and site grading validation.
Building Enclosure Systems
Specialized forensic evaluations of commercial roofing architectures, including TPO, modified bitumen, built-up roofing (BUR), and metal systems.
Schedule Confidential Case Consultation
Submit a Project Injury
Contact RSH Engineering today to discuss your active claim, warranty dispute, or upcoming project.
Why Choose RSH Engineering From Contract to Close
Meet our Expert
Mathew C. Joseph, MBA, P.E.
Professional Engineer – Structural, Mechanical, Electrical, & Forensics | Building Inspector | Consultant | Trainer | Speaker | Realtor | Author
Meet Mathew Joseph, MBA, P.E. – Founder of RSH Engineering & Construction, Mathew Joseph is a Texas-licensed Professional Engineer with over 30 years of hands-on experience in structural, mechanical, electrical, and forensic investigations. His work spans both residential and commercial sectors, where his name is synonymous with precision, integrity, and results.
Mathew is more than a certified inspector—he’s an expert witness, educator, and strategic consultant trusted by homeowners, builders, attorneys, and design professionals alike. Every inspection he performs is backed by deep technical insight and forensic-level scrutiny, helping clients uncover hidden damage, avoid costly pitfalls, and move forward with confidence.
The International Institute of Building Enclosure Consultants (IIBEC) is an international association of design professionals who specialize in building enclosure projects. IIBEC members design, investigate, and manage roofing, exterior wall, waterproofing systems and provide enclosure commissioning services. Limitless professional growth and development opportunities exist through the association’s international, regional, and chapter educational events, respected credential programs, information services, and highly acclaimed publications.
We also have a team of engineers standing by to help you in the area of Structural, Civil, Geotech, Electrical & Forensic Engineering with the cumulative experience of over 100+ years.
Cameron Anderson, P.E. — Structural Program Specialist
Former municipal Engineering Program Administrator managing over $200 Million in public works infrastructure. Expert in 3D finite element structural analysis (ETABS/SAPP 2000), post-tensioned concrete slab systems, and structural load path failures.
Morris H. Layton III, P.E. — Geotechnical & Infrastructure Cost Analyst
Veteran civil engineer specialized in subsurface utility engineering (SUE) conforming to ASCE 38 guidelines. Extensive background as a FEMA Public Assistance site inspector and cost analyst, optimizing major financial damage reconciliation.
Marques Hall, P.E. — Civil Infrastructure & Government Compliance Authority
Licensed across 5 states, bringing intensive experience as a Department of Transportation project supervisor and FEMA site inspection specialist to validate infrastructure claims.
Featured Case Studies: Applied Forensic Evidence
CASE STUDY 1: Commercial Logistics Facility Rack Compliance & Life-Safety Dispute
The Dispute
An institutional warehouse asset faced delayed municipal permit closeout due to unverified delegated engineering rack installations.
The Forensic Investigation
Retained to conduct a comprehensive structural compliance review relative to Rack Manufacturers Institute (RMI) guidelines.
The Outcome
Our sealed engineering opinion letter successfully isolated critical liabilities, charting out detailed framing deformations, missing configurations, anchor rotation, and structural load modifications caused by unapproved baseplate shimming.
CASE STUDY 2: High-Volume Commercial Asset Foundation Deflection Analysis
The Dispute
A commercial facility asset developed a localized floor slab depression measuring approximately 6 vertical inches, threatening global operational performance.
The Forensic Investigation
Executed a comprehensive ASCE Level B engineering foundation analysis utilizing motion-sensing technological profiling across multiple cross-sections.
The Outcome
Mathematically modeled global edge-to-edge tilt and deflection parameters, proving the asset performed within structural guidelines while isolating specific localized sub-surface soil loss vectors for targeted remediation.
Frequently Asked Questions
It takes laser scanning and structural modeling to separate cosmetic shifting from structural failure. The data will clearly show whether it’s a design error, bad soil prep, or poor maintenance.
Every conclusion is backed by verified physics, field testing, and strict code compliance. The documentation is built specifically to withstand leaving room for interpretation.
Ambiguity is what insurance companies use to clarify payouts. Providing an indisputable, step-by-step forensic timeline of the exact failure mechanism forces the carrier to address facts rather than theories.
Yes, forensic testing digs past the surface to calculate the exact scope of numbers needed to negotiate the price or walk away.
No, that usually leads to different experts pointing fingers at each other. A multi-discipline team analyzes how the soil interaction and the concrete quality impacted each other to give you one cohesive answer.
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