I am a Missouri-licensed Professional Engineer serving homeowners, contractors, and attorneys who need clear, defensible answers quickly. My education spans aerospace, agricultural, and computer engineering, and my practice blends practical field work with rigorous analysis. I design and review systems that cross boundaries—structures integrated with controls and embedded hardware, software-driven building technologies, and regulated environments requiring formal verification and testing. With experience leading engineering teams and reviewing others’ work, I provide stamped reports, designs, and testimony that hold up to scrutiny while keeping projects moving on time and within budget.
Structural Integrity Assessment for Missouri Homes, Farms, and Commercial Properties
Whether it’s a cracked foundation wall, a storm-damaged roof diaphragm, or questions about a pre-purchase inspection, a thorough structural integrity assessment missouri begins with understanding load paths and local conditions. Missouri soils range from loess and expansive clays to karst limestone, so I start with context: site drainage, slope, trees, utilities, and historic moisture patterns. Inside, I map the load path from the roof to the foundation, noting framing orientation, connections, bearing points, and any alterations. I document signs of movement—step cracking, bowed walls, floor slope, door misalignment—while differentiating between cosmetic issues and structural concerns.
Wind, snow, and tornado risk vary across the state; structures near the Ozark Plateau or open farmland demand special attention to uplift and lateral bracing. I evaluate framing spans, sheathing, connectors, and ledgers against current IBC/IRC and ASCE 7 criteria, considering how aging, corrosion, or past repairs affect safety factors. Where needed, I take field measurements, use laser leveling to quantify deflection, and recommend non-destructive testing or monitoring (crack gauges, moisture tracing) to separate active movement from historic settlement.
Deliverables matter. I provide stamped, plain-language reports that explain cause, consequence, and remedy. For a bowed basement wall, for example, I might specify carbon fiber reinforcement or steel brace spacing with footing and top-of-wall anchorage details. For sagging floors, I design sistering, mid-span beams, or post-and-footing upgrades, making sure differential movement and serviceability (vibration, squeak) are addressed. Agricultural structures—hay barns, pole buildings, grain facilities—get attention to diaphragm continuity, post embedment, and corrosion control. Small commercial properties require attention to egress, fire separations, and live load changes when a use changes (say, office to assembly). Across all sites, the goal is to separate urgent repairs from deferred maintenance and provide actionable, code-based fixes that contractors can price and build with confidence.
Permit Engineering and Design-Build Support Across Missouri Jurisdictions
Navigating city and county requirements can stall a project that should be straightforward. My permit engineering missouri approach focuses on early scoping, right-sized calculations, and submittal packages aligned with each jurisdiction’s expectations. From St. Louis and Kansas City to Springfield, Columbia, and smaller municipalities, requirements differ: some want full framing plans and wind load calculations for a deck; others accept a detail sheet and ledger verification. I tailor sealed drawings and calculations so reviewers find what they need on page one.
Common projects include new and replacement decks, header and lintel changes for widened openings, retaining walls over four feet, basement egress additions, pole barns, mezzanines, and tenant improvements. I verify spans and connections, then produce concise, buildable details: post sizes and footings based on soil bearing, ledger fastening patterns with corrosion-aware hardware, lateral bracing strategies, and guard/handrail compliance. For retaining walls, I provide sliding, overturning, and bearing checks, drainage specifications, and reinforcement schedules suited to material availability and contractor capability.
For solar arrays and energy storage, I assess roof capacity, ballast or attachment patterns, and the effect of concentrated loads near supports. EV charger installations often require wall or canopy checks for new conduits and equipment loads; I provide anchor schedules and check existing masonry or studs for pullout and shear. When a project involves deferred submittals—steel stairs, cold-formed trusses, or pre-engineered metal building components—I coordinate shop drawings and confirm delegated design responsibilities so schedules don’t slip. Clear linework, legible notes, and checklist-style calculation summaries reduce plan reviewer back-and-forth, and I remain available to respond quickly to comments. The result is a practical, code-compliant path from idea to permit to inspection closeout, giving homeowners and contractors a reliable partner for fast approvals and fewer surprises.
Forensic Engineering and Testimony: Integrating Structures, Controls, and Embedded Systems
Disputes and failures demand more than intuition; they require a disciplined method. My forensic practice covers structural failures, construction defects, equipment anchorage issues, building control malfunctions, and software-driven interactions that affect physical safety. I combine structural analysis with system-level reasoning, drawing on experience in distributed systems, control systems, and embedded hardware. This interdisciplinary view is crucial when a mechanical or electrical fault cascades into a structural consequence—or when a structural deficiency is misdiagnosed as a controls problem.
Investigations begin with scoping and evidence preservation: site safety, photo logs, measurements, and document acquisition (drawings, submittals, inspection records, change orders, and commissioning data). I apply fault-tree and event-chain methods to isolate root causes, then evaluate compliance against contracts, codes, and the standard of care. In regulated settings, I mirror practices from formal verification and testing: reproduce conditions when feasible, partition variables, and quantify uncertainty. Reports are written for dual audiences—technical and legal—so causation and apportionment are clear, and conclusions are both rigorous and understandable to a jury.
Representative matters include a residential deck collapse traced to ledger fasteners installed into a brick veneer without proper band joist engagement; a storm-loss dispute where uplift damage masked pre-existing decay, resolved by correlating fastener corrosion patterns and sheathing tear-out; and an industrial mezzanine with occupant discomfort due to resonance, mitigated through tuned mass and stiffness adjustments verified by on-site vibration measurement. I also address claims where building automation locked out relief dampers during high-wind events, increasing internal pressures and overloading door hardware—an intersection of controls logic and envelope design that benefits from cross-domain analysis.
I support counsel through affidavits, deposition, and trial, preparing demonstratives that connect loads, sequences, and decisions. As a recognized engineering expert witness missouri resource, I maintain neutrality and clarity: what happened, why it happened, how to prevent recurrence, and how the evidence supports each conclusion. For contractors and owners, I translate findings into repair scopes, retrofit details, and QA/QC checklists so that lessons learned convert into durable fixes. From homes and farms to factories, the combination of structural expertise and systems thinking delivers reliable answers when they matter most.
