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, and I have designed and reviewed complex systems that blend physical structures with software, controls, and embedded electronics. That breadth allows me to solve problems that cross boundaries—like a residential addition that touches zoning, a factory platform that must limit vibration near sensitive equipment, or a product failure that requires both mechanical insight and data analysis to explain.
My work has involved regulated environments and formal verification and testing, so I build documentation that stands up to scrutiny from building officials, opposing counsel, or insurers. Whether you need a stamped letter for a real estate transaction, a load check for a deck, a forensic review after a storm, or code-ready drawings for permit, I deliver practical engineering services Missouri clients can put to use immediately. From on-site evaluations and structural integrity assessment to permit packages and expert testimony, the focus is on clarity, speed, and technical rigor.
Practical Structural Engineering for Missouri Homes and Sites
When a home shows cracks, doors stick, a beam looks undersized, or a wall bows, you don’t need extra drama—you need a clear path forward. As a structural engineer Missouri property owners can call directly, I provide same-week site visits and concise stamped reports that explain what is happening and what to do next. Typical residential and light-commercial scopes include foundations, retaining walls, deck and porch framing, roof trusses and rafters, lintels, and garage headers. I also evaluate storm damage, snow and wind load paths, and alterations like wall removals or beam replacements.
Missouri’s geology and weather shape smart design. Limestone and karst terrain bring sinkhole risk in the Ozarks; expansive clays can move foundations in parts of Kansas City; and the New Madrid Seismic Zone demands attention to lateral systems in the southeast. I verify demands using adopted codes (IRC/IBC and ASCE 7) and apply material standards such as ACI for concrete, NDS for wood, and AISC for steel. The deliverable is an actionable plan—a sketch or CAD detail, calculations, and a stamped letter—so contractors can price work and homeowners can make decisions confidently.
Fieldwork often pairs a visual review with simple measurements: crack mapping, floor level surveys, moisture screening, and photographic documentation. Where warranted, I add nondestructive testing, load checks, or limited modeling to confirm margins. The goal is a structural integrity assessment Missouri officials and lenders accept the first time. For example, when a Columbia homeowner removed an interior wall to open a kitchen, I verified the load path, sized an LVL beam with steel flitch plates for stiffness, detailed posts and connections, and issued a stamped report that cleared both appraisal and permit without delay.
On sloped sites or near waterways, I address soil-structure interaction and drainage with pragmatic fixes—such as regrading plans, subdrain details, and reinforced wall designs—balanced against cost and constructability. In a Kansas City hillside case, a deteriorated timber wall was replaced with a modular block system and geogrid; my phased detail set let the contractor keep access open while stabilizing the slope. Throughout, recommendations are specific, buildable, and verified by calculation so you can be confident the remedy will last.
Permit Engineering and Compliance That Clears Red Tape
Permits can stall a project—or propel it. I prepare code-ready submittals that get stamped and approved quickly. That includes structural drawings, sealed calculations, and narratives that tie scope to the adopted code in your jurisdiction, whether Kansas City, St. Louis County, Springfield, Columbia, or smaller municipalities. From small residential alterations to tenant improvements and light-industrial projects, permit engineering Missouri success depends on anticipating reviewer questions and answering them on paper before they’re asked.
Each submittal is built around clarity: clean framing plans and sections; concise connection details with fastener schedules; and load summaries that reference specific code tables and equations. For decks, that means clear ledger attachment, lateral restraint, and guard details that align with the latest IRC. For steel, I coordinate with fabricators to ensure AISC-compliant member selection and connection design. For concrete, I reference ACI crack control, rebar development, and exposure classes appropriate to Missouri’s freeze-thaw cycles. When a municipality requires Special Inspections, I lay out an inspection matrix early so owners and contractors can plan accordingly.
Pre-application calls, RFI responses, and revisions are handled promptly. If your project has atypical constraints—like a rooftop unit adding concentrated loads to an older building—I provide localized reinforcement details, check punching shear and deflection, and verify load paths to foundations. For a St. Peters manufacturing client, I designed a mezzanine with vibration criteria that protected precision scales; the calculation package included dynamic checks and connection stiffness assumptions, which satisfied review comments without added site visits.
In residential remodels, clear scope definition avoids over-permitting and keeps costs down. I separate structural from non-structural changes, list only the required inspections, and document existing conditions to the extent needed to justify reduced interventions. When a Lake of the Ozarks condominium needed balcony upgrades, I combined field measurements with a standardized detail set, allowing multiple units to permit efficiently under one umbrella with unit-specific tags. The result: faster approvals, fewer RFIs, and predictable construction.
Plan reviewers appreciate submittals that speak their language. By tying calculations to IBC/IRC sections and ASCE load cases, and by providing manufacturer cut sheets for proprietary hardware, your package earns trust. That trust converts into approvals that let crews start work, vendors lock pricing, and owners hit schedules without expensive redesigns.
Forensic Reviews and Testimony: Turning Complex Failures into Clear Narratives
When a project fails—or is alleged to have failed—the difference between a costly dispute and a fair resolution is a disciplined, technically sound investigation. I combine structural mechanics with controls and data analysis expertise to reconstruct events, quantify causation, and communicate findings in plain language. As an engineering expert witness missouri, I handle matters ranging from water intrusion and settlement to vibration damage, product defects, and construction means-and-methods disputes.
Evidence preservation and chain-of-custody come first. I document site conditions; capture measurements and metadata; and, where relevant, image control panels, extract logs, or evaluate sensor data from building automation or embedded systems. Field observations are tied to calculations or simulations—finite element checks for overstress, flow paths for moisture ingress, or time-series analysis for impact or vibration. The methodology aligns with accepted engineering practice and standards so findings withstand Daubert or similar admissibility challenges.
Clear reporting is central. I write narratives that move from facts to analysis to opinions, with transparent assumptions and sensitivity checks. Visuals—load path diagrams, crack chronology, connection schematics, and where useful, simplified animations—help non-engineers see what happened and why. In a recent garage collapse claim, correlating snow drift patterns with framing discontinuities and prior modifications identified a hidden support removal as the proximate cause, exonerating a later contractor whose scope was unrelated; the insurer settled promptly after receiving the report.
Construction cases often hinge on allocation: design vs. workmanship vs. maintenance. I separate these by mapping responsibilities to contracts and codes, then testing components against their intended capacities. In a downtown retrofit dispute, bolt slip and prying action at a custom connection were traced to a fabrication deviation; a remedial plate and revised bolt pattern restored capacity, while the report apportioned costs based on measurable departures from the shop drawings and AISC provisions.
Attorneys and adjusters need timely, defensible opinions. I provide early-screen memos to guide strategy, followed by full reports, deposition support, and trial exhibits. Importantly, I stay objective; credible opinions protect clients better than advocacy that crumbles under cross-examination. With a background spanning aerospace, agricultural structures, and computer engineering, I translate between disciplines when failures cross boundaries—say, a control system that overruns a mechanical stop, or a sensor miscalibration that masks fatigue. That interdisciplinary rigor turns complex technical stories into clear, persuasive conclusions that help resolve disputes efficiently.
