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. I have designed and reviewed complex systems that include software, distributed and control systems, embedded and hardware-adjacent devices, and I bring experience from regulated environments with formal verification and testing. I have led engineering teams and reviewed the work of others. That blend of hands-on and analytical rigor informs every building assessment, design check, and expert opinion I provide across the state.
Structural Integrity Assessment for Missouri Homes and Facilities
Whether you’re purchasing a home in St. Louis County, upgrading a shop in Springfield, or managing a facility near the New Madrid Seismic Zone, a thorough structural integrity assessment is the first and best step to reduce risk. I evaluate the building’s complete load path—roof, diaphragm, shear elements, gravity framing, foundation, and soils—looking for distress, corrosion, water intrusion, improper connections, and code deficiencies. Missouri’s unique conditions, from tornado-prone winds to expansive clays and karst that can form sinkholes, demand localized judgment guided by national standards and practical field insight.
My process typically includes a detailed site walk, targeted nondestructive checks (laser level, moisture meter, borescope, and infrared where appropriate), and a review of prior plans or permits. I examine wood framing (inspecting bearing, notching, lapped splices, shear transfer), masonry and concrete (crack mapping, lintel performance, reinforcement continuity), and steel elements for section loss and connection slippage. Where data gaps exist, I specify minimally invasive probes or testing. Recommendations focus on cause-and-effect: correcting drainage before underpinning, improving diaphragm nailing before adding hold-downs, or sequencing repairs so that temporary shoring is efficient and safe.
Deliverables are right-sized to your needs: a stamped letter for real-estate transactions, a concise repair sketch for a contractor, or a comprehensive report when insurance or litigation is involved. I reference current codes adopted by your local authority having jurisdiction (IBC/IRC editions vary by city or county) and rely on established standards (AISC, ACI, TMS, NDS) for calculations. When needed, I coordinate with geotechnical engineers, surveyors, or specialty contractors to keep solutions practical and buildable.
For homeowners, this often means turning alarming cracks into clear next steps; for facility managers, it can mean prioritizing repairs that reduce operational downtime. My structural integrity assessment missouri approach balances safety, cost, and schedule, so you get recommendations that are both defensible and easy to execute. If a stamped certification is required for closing, refinancing, or insurance, I provide it promptly with a scope matched to the risk.
Permit Engineering and Code Compliance Across Missouri Jurisdictions
Permitting in Missouri can feel fragmented because many municipalities adopt different editions of the International Codes or local amendments. Effective permit engineering begins with scoping the project precisely: what is new, what is existing, and how the two interact structurally. I prepare permit-ready drawings, calculations, and structural notes that align with each jurisdiction’s submittal checklist, including digital seals where accepted. Typical projects include beam removals for open floor plans, deck rebuilds or expansions, retaining walls, rooftop units and solar arrays, mezzanines, tenant improvements, and change-of-use scenarios that trigger structural checks.
For residential work, I clarify when a replacement “in kind” is no longer equivalent, and I document the load path so inspectors can approve cleanly. For decks and porches, I size members, posts, and footings, verify lateral bracing, consider guardrail loads, and address uplift and sliding, which are crucial in high-wind events. For interior remodels, I verify headers and supporting columns, foundation bearing, and deflection compatibility—no guesswork about LVLs or flitch plates. When you’re moving walls or adding an opening, I specify shoring sequences that contractors can follow safely and efficiently.
Commercial submittals require more coordination. I ensure compliance with risk category, occupancy, wind and seismic parameters relevant to your site, rooftop equipment anchorage, and drift/deflection criteria that protect cladding and partitions. For pre-engineered metal buildings, I coordinate the division of responsibility between manufacturer and foundation designer and confirm that base reactions, rod bracing, and portal frames are properly resolved. If food-processing or agricultural equipment imposes unusual loads or vibrations, I include appropriate damping and connection details, drawing on my background in agriculture engineering and controls.
Timelines matter. I aim to eliminate the back-and-forth by addressing code pathways up front and anticipating common correction comments—frost depth, setbacks, live/snow loads, special inspections, and anchorage. When comments arise, I respond quickly with concise revisions. The outcome is a path to permit that is predictable and fast, saving you time and avoiding costly field changes. If you need full-stack engineering services missouri for a small project, I can assemble a team or coordinate specialties to deliver a complete, permit-ready package.
Forensic Engineering and Engineering Expert Witness Services in Missouri
When claims, disputes, or injuries demand clarity, rigorous engineering expert witness missouri support can be the difference between conjecture and conviction. My approach is grounded in the scientific method: define the questions, collect reliable data, establish hypotheses, test those hypotheses against the evidence and governing codes, and document the reasoning chain. I provide independent opinions supported by calculations, field observations, and photographic or instrumented data. Whether the issue is construction defect, workmanship, product performance, or code compliance, the aim is a transparent, reproducible conclusion.
I have experience leading and reviewing complex systems involving software, distributed networks, and embedded controls—skills especially useful when incidents touch automation, access control, sensors, or mechanical-electrical interfaces. Many modern structures rely on interconnected systems: a misconfigured controller, a failed sensor, or an unanticipated sequence can compound structural or safety risks. I analyze log files, PLC trends, and alarm histories where available and correlate them with physical evidence. In regulated settings, I apply principles from formal verification and testing to ensure each assertion is traceable and each assumption is stated.
Real-world examples include evaluating a failed retaining wall where drainage and backfill compaction deviated from plans; assessing truss modifications performed post-installation without an engineer’s review; determining whether cracking in a slab was due to subgrade movement, thermal effects, or reinforcement placement; and reviewing anchorage for rooftop equipment after wind damage. In each case, I separate cause from coincidence, quantify capacity versus demand, and benchmark against applicable standards and manufacturer requirements.
Litigation support spans early case assessment, site inspections, destructive testing protocols, repair cost opinions, and demonstrative exhibits that help judges and juries understand complex ideas simply. I prepare deposition and trial testimony with attention to Federal Rule of Evidence 702 and Daubert reliability factors. When engaged pre-litigation, I often help parties converge on repairs that stand up to future scrutiny. If you need a structural engineer missouri who can speak plainly while defending calculations under cross-examination, I provide clear, concise, and well-supported opinions that withstand technical and procedural challenges.
Gothenburg marine engineer sailing the South Pacific on a hydrogen yacht. Jonas blogs on wave-energy converters, Polynesian navigation, and minimalist coding workflows. He brews seaweed stout for crew morale and maps coral health with DIY drones.