I am a licensed Professional Engineer in Missouri who helps homeowners, contractors, and attorneys get clear answers quickly. My educational background spans aerospace engineering, agricultural engineering, and computer engineering, and my career has included designing and reviewing complex systems that integrate software, distributed computing, control systems, and embedded, hardware-adjacent components. I have led engineering teams, reviewed the work of others, and delivered results in regulated environments using formal verification and testing. That cross-disciplinary foundation lets me evaluate structures holistically—understanding not just the beams and foundations, but also the sensors, controllers, and code that increasingly interact with the built environment.
Whether you need a stamped permit package for a remodel, a rigorous failure analysis after a storm, or a practical plan to shore up a sagging floor, I deliver pragmatic, Missouri-specific guidance. I focus on clear communication, defensible calculations, and timely site visits, so projects progress without guesswork or costly delays.
Structural Integrity Assessment and Permit Engineering for Missouri Projects
Missouri’s climate and soils demand careful attention to load paths, moisture, and long-term durability. A thorough structural integrity assessment starts at the foundation and moves up through framing, roof systems, and any supporting elements such as retaining walls, decks, and stairways. I evaluate differential settlement on expansive clays, wind uplift and lateral bracing for tornado-prone corridors, snow and ice loads in the northern counties, and hydrostatic pressures that impact basements across St. Louis, Kansas City, Springfield, Columbia, and beyond. When needed, I model critical components, assess bearing and shear capacities, and specify targeted repairs—sistering joists, adding LVLs or steel, improving anchorage, or correcting drainage and waterproofing details that often drive structural distress.
When projects move into permitting, I prepare stamped drawings and calculation packages aligned with the IRC/IBC, ASCE 7, ACI 318, and AISC 360 as applicable. That includes beam and column schedules, footings sized for site soils, truss and connection details, and lateral force-resisting systems. For permit engineering missouri cases involving additions, rooftop units, solar arrays, or change-of-use upgrades, I reconcile new demand with existing capacity and document compliance for municipal reviewers. Special inspections can be coordinated for concrete, steel, masonry, and bolted or welded connections, with field reports provided promptly to keep inspections on track.
Real-world example: A homeowner in St. Charles planned to remove a bearing wall for an open kitchen. I traced loads to the foundation, sized a multi-ply LVL header with steel flitch reinforcement for limited depth, and detailed post-to-footing load transfer. The permit set passed on the first review and the contractor executed the retrofit without change orders. In a separate agricultural case, a pole-barn retrofit near Sedalia required improved diaphragm action after large sliding doors were added; I added discrete strap bracing, corrected post embedment, and verified wind load distribution per Exposure C. If you need a fast, defensible review, my approach to structural integrity assessment missouri combines field observations, robust calculations, and concise documentation that answers plan reviewers’ questions before they ask them.
Engineering Expert Witness and Forensic Services in Missouri
When disputes arise, clarity and objectivity matter. As an engineering expert witness missouri resource, I investigate causation, quantify damage, and present findings in a manner that withstands legal scrutiny. I employ a disciplined forensic process: site inspection, photographic and dimensional documentation, chain-of-custody for samples, review of design drawings and change orders, code and standard comparisons for the relevant time-of-construction, and if necessary, structural or materials testing. My background in control systems and embedded technology adds depth to failures that involve sensors, actuators, or software-driven operations—an increasingly common factor in building envelopes, mechanical systems, and specialty equipment.
Consider a deck collapse in mid-Missouri: From the exterior it looked like ledger failure due to fastener corrosion. However, closer analysis showed undersized joist hangers, mixed metal fasteners creating galvanic conditions, and inadequate lateral load connectors—multiple deviations from the IRC. By reconstructing load distribution at occupancy, computing connection capacities, and correlating witness statements with deformation patterns, I provided an objective report with a clear cause chain. In deposition, I presented calculation snippets and diagrams that tied each failure point to a code requirement and a specific contractor action or omission. The result was a settlement that reflected the actual technical responsibility rather than conjecture.
In another case after severe winds near Joplin, a roof uplift dispute hinged on whether the original truss bracing plan had been followed. My field notes, truss shop drawings, and a short finite-element review indicated missing continuous lateral bracing rows and misconstrued blocking. By comparing the as-built conditions to the truss manufacturer’s bracing guide and ASCE 7 wind maps for the property’s coordinates, I separated storm-driven damage from latent design/installation deficiencies. Attorneys and adjusters value this rigor: it transforms complex engineering questions into precise, credible narratives. Whether the matter involves settlement, moisture intrusion, retaining wall movement, machinery anchorage failures, or product defects, I deliver engineering services missouri that align technical truth with the record.
Cross-Disciplinary Engineering Services for Modern Systems
Today’s structures often interact with automation, sensors, and networked controls, blurring the line between “structural” and “systems.” My background in aerospace, agriculture, and computer engineering helps bridge that gap. I have designed and reviewed integrated solutions that combine load-bearing elements with PLCs, embedded controllers, and distributed software—work that benefits factories, agricultural facilities, laboratories, and advanced homes. This systems mindset pairs well with structural engineer missouri practice: the frame must support not just gravity and wind, but also the dynamic forces, vibration profiles, and maintenance realities introduced by modern equipment.
In regulated environments, I apply formal verification and testing to validate designs before they reach the field. That can include requirements traceability, hazard analysis (FMEA), software static analysis, simulation, and hardware-in-the-loop testing for control sequences that affect safety-critical machinery or structural components. Example: Upgrading a grain handling facility near Kansas City required dust explosion risk mitigation per NFPA 61/652. I reinforced elevated conveyors for revised loads, introduced monitored relief venting locations, validated motor start/stop interlocks, and verified equipment anchorage to meet both mechanical and structural criteria. For a biotech lab renovation in St. Louis County, I checked vibration-sensitive equipment supports, coordinated with MEP teams on dynamic loads from air handlers, and confirmed that structural penetrations preserved diaphragm action.
Homeowners and contractors benefit from the same rigor on a smaller scale. When a Springfield residence exhibited persistent floor bounce after new HVAC equipment was added, instrumentation showed peak accelerations tracing to a resonant condition. I proposed adding blocking, a tuned mass damper at a discreet location, and a modest beam upgrade; this combination improved comfort and reduced noise. On a commercial retrofit in Columbia, I reviewed rooftop solar racking and electrical raceway supports, verifying uplift, sliding, and ballast criteria, then produced a stamped set to satisfy permit engineering missouri requirements. By integrating controls insight with a structural integrity assessment approach, I deliver engineering services missouri that keep projects buildable, code-compliant, and resilient over time—whether the need is a quick on-site consult, a detailed calc package, or a defensible expert report.
