I am a licensed Professional Engineer in Missouri helping homeowners, contractors, and attorneys get clear engineering answers quickly. My educational background spans aerospace engineering, agriculture engineering, and computer engineering, which means I approach buildings and infrastructure with a rare blend of structural fundamentals and systems thinking. I’ve led engineering teams, reviewed complex technical work, and delivered results in regulated environments where formal verification and documented testing are non-negotiable. That mindset translates directly to the built world: concise assessments, defensible calculations, and practical designs you can build.
Whether the need is a same-week inspection to close on a house, stamped drawings for a retrofit, or testimony for a dispute, I prioritize speed without sacrificing rigor. From engineering services Missouri such as residential framing repair and foundation evaluation to advanced analysis of control-systems-induced loads in industrial settings, I bring a full-stack engineering perspective to every project—backed by clear communication and deliverables you can act on.
Residential and Commercial Structural Solutions: Design, Assessment, and Permits
From single-family homes to light-industrial facilities, I provide structural engineer Missouri services focused on safety, code compliance, and constructibility. For homeowners, I investigate cracks, deflection, settlement, roof sag, and storm-related damage. I translate findings into plain-English reports, prioritized repair plans, and, when required, stamped drawings that contractors can price and build. For contractors and developers, I deliver fast, code-compliant designs for remodels, additions, mezzanines, facade supports, equipment platforms, lintel replacements, and structural repairs that integrate cleanly with schedules and budgets.
Permit success hinges on accuracy and clarity. I prepare sealed calculations and drawings aligned with the IRC/IBC, ASCE 7 load criteria, ACI (concrete), AISC (steel), and NDS (wood). When the city or county requests clarifications, I respond promptly so your project keeps moving. That responsiveness defines effective permit engineering Missouri—anticipating reviewer questions, validating load paths, and documenting assumptions so approvals are straightforward.
Assessment work spans basements to beams. I evaluate moisture-driven settlement, frost heave, expansive clay effects, ledger failures, under-designed headers, over-notched joists, and storm uplift. In cases where precision matters, I use structured field data—level surveys, moisture readings, connection verification, and, where appropriate, strain or deflection monitoring to correlate symptoms with root causes. For time-sensitive closings or early-construction pivots, I provide rapid turnarounds without diluting the technical standard.
When you need immediate help, I’m equipped to triage and then deepen as required: initial site visits for safety and feasibility, quick sketches for temporary stabilization, and final sealed packages for permanent remediation. If you’re facing urgent risk, schedule pressure, or insurance timelines, I bring the same rigorous approach used in software and embedded systems—clear requirements, tested assumptions, and traceable decisions—to your structure. For urgent structural integrity assessment missouri requests or to scope a retrofit, reach out to define a plan and timeline that matches your constraints.
Forensic Engineering and Testimony: Data-Driven Clarity in Disputes
In disputes, credibility rests on disciplined methods and transparent communication. As an engineering expert witness Missouri provider, I combine field investigation with methodical analysis to separate failure modes from speculation. I examine wind and snow load claims, connection detailing, moisture intrusion, soil movement, deck collapses, differential settlement, and product defects. My reports make the logic chain explicit: field observations, code and standard references, calculations, sensitivity checks, and clear opinions within the scope of evidence.
My background in distributed and embedded systems strengthens forensic work where building automation, sensors, or control loads play a role. For example, conveyor start-stop cycles, HVAC equipment harmonics, or irregular live-load patterns can drive fatigue or serviceability issues. Here, I apply systems tools—time-series review, boundary conditions, and failure envelope analysis—to show how interacting subsystems influenced outcomes. That cross-discipline clarity reduces ambiguity in depositions and aids triers of fact.
Effective expert support is as much about communication as it is about math. I prepare exhibits that decode engineering into everyday language: annotated photos, sequence-of-events timelines, load-path diagrams, and conservative what-if bounds to address counterarguments. I’m comfortable with document-heavy cases, chain-of-custody requirements, and working under protective orders. When needed, I coordinate with materials labs or geotechnical professionals to extend the evidence base, and I document all assumptions so the work stands on its own in a courtroom.
Whether you are legal counsel, an insurer, or a property owner navigating a contested claim, I align scope with the dispute posture: early case assessment, independent technical review, or full expert engagement through testimony. The goal is not just an opinion—it’s a durable, reproducible explanation rooted in codes, standards, and measurable facts. With this approach, my forensic analysis and testimony deliver the dependable clarity that tough cases demand.
Systems Thinking Applied to Structures: Case Studies Across Missouri
Case Study 1—Residential floor sag and foundation distress: A homeowner in Columbia reported sloping floors and a widening stairwell crack. I performed a comprehensive structural integrity assessment Missouri that included level surveys, footing exposure at select points, and joist/beam connection checks. Results showed a combination of long-term creep in undersized joists and localized settlement near a downspout. The repair plan paired interior LVL sistering and a supplemental beam with helical piers and improved drainage. I delivered sealed drawings and coordinated with the contractor for phased work to keep the home habitable. The city approved permits on first review due to clear load-path documentation.
Case Study 2—Industrial mezzanine and conveyor loads: A light-industrial facility near Kansas City needed a mezzanine to support a parts conveyor with variable, control-driven loading. Blending structural and controls expertise, I modeled the mezzanine for combined static and start-stop dynamic effects, set deflection criteria to protect bearings, and verified anchorage per AISC and ASCE 7. I provided a stamped package for permit engineering Missouri including connection schedules, vibration checks, and construction sequencing notes to minimize downtime. The build completed on schedule, and startup data confirmed predicted performance.
Case Study 3—Storm damage dispute and expert testimony: After severe winds in Springfield, roof sheathing loss and truss rotation raised questions about construction versus storm causation. As an engineering expert witness Missouri provider, I correlated observed fastener patterns with manufacturer requirements, compared wind exposures to ASCE 7 maps, and performed uplift checks for the specific nailing and underlayment used. My report concluded that inadequate fastening at key zones amplified storm effects. Visual exhibits and a step-by-step load-path explanation helped resolve the matter prior to trial.
Case Study 4—Historic brick lintel replacement in St. Louis: A mixed-use, late-19th-century building presented rust-jacked steel lintels and stepped cracking. I designed temporary shoring and replacement angles sized for present-day loads while preserving facade character. The submittal included masonry repair notes, through-flashing details, and anchor specifications compatible with antique brick. With careful documentation and responsive clarifications, the package passed review efficiently—an example of engineering services Missouri that respects history without compromising safety.
Across residential, commercial, and legal contexts, I integrate structural fundamentals with systems discipline from aerospace, agriculture, and computer engineering. That fusion produces designs and assessments that are robust, traceable, and buildable—delivering the fast, clear outcomes Missouri clients expect from a dedicated structural engineer Missouri.
