Forensic engineering, structural analysis, and evaluation of damaged and deficient structures are central to this structural engineer’s expert witness practice, supported by over 15 years of experience. Their work involves applying engineering principles to assess structural performance, construction practices, and building code compliance across a range of structures, including pre-engineered metal buildings, commercial and residential buildings, and industrial systems. Ongoing work through an independent forensic engineering practice reflects responsibility for conducting structural evaluations, inspections, and technical analysis in matters involving structural damage, construction defects, and failure conditions.

Their experience includes forensic analysis of structural failures, interpretation of building codes, and investigation of construction-phase issues such as temporary bracing, shoring, and wind-related collapses. Technical areas of focus include steel and cold-formed steel design, masonry systems, concrete and retaining structures, wood and aluminum design, and foundation engineering for specialized applications. Their work also involves evaluation of storm-related damage from hurricanes, tornadoes, wind, and hail, as well as rehabilitation of existing structures, including multi-wythe brick construction. Additional areas of analysis include OSHA-related considerations, premises liability matters, and slip-resistance testing associated with slips, trips, and falls, incorporating human factors and biomechanics in the evaluation of incident conditions.

In legal matters involving structural engineering and construction, this expert provides analysis of structural damage, failure mechanisms, and compliance with applicable building codes and engineering standards. Their work addresses evaluation of construction means and methods, structural integrity, and engineering design considerations in both new construction and existing structures. The expert has more than a decade of experience providing expert witness services, including consultation, deposition testimony, and trial testimony in civil matters involving structural performance, construction defects, and failure analysis. Documented casework includes deposition testimony, jury trial testimony, bench trial testimony, and arbitration testimony across multiple jurisdictions.

Their qualifications include a Master of Science in Structural Engineering and a Bachelor of Science in Civil Engineering, completed with honors distinction. Licensure includes Professional Engineer in multiple states and Structural Engineer licensure in Georgia, along with recognition as a Structural Engineer in Florida. Credentials include Diplomate in Forensic Engineering through the National Academy of Forensic Engineers, Certified XL Tribometrist certification, and a Master Certificate in Concrete Repair. Professional involvement includes participation with the National Academy of Forensic Engineers, National Society of Professional Engineers, Florida Structural Engineers Association, American Society of Civil Engineers, American Concrete Institute, and the Metal Building Contractors and Erectors Association, reflecting engagement with structural engineering standards, forensic methodologies, and industry practices.