Structural Engineering Assessment in Practice

Select a PE with specific experience in the building type (wood-frame, concrete, steel, masonry), age range, and geographical area of the subject property. Provide the engineer with: the general inspection report highlighting structural concerns, the property age and construction type, any available original construction drawings or permits, and your specific questions (Is the foundation stable? Can the building support an additional floor? Can this wall be removed?). Request a proposal that includes: scope of assessment, site visit duration, deliverables (report format and content), timeline, and cost. Typical cost: $2,000-$7,500 for a standard assessment, $5,000-$15,000 for assessments requiring testing (concrete cores, load analysis).

The engineer's site visit typically takes 3-6 hours for a multifamily building. Activities include: visual examination of all exposed structural elements, floor level surveys at a grid of measurement points, crack documentation (location, length, width, pattern), plumb measurements of exterior walls, assessment of modifications or alterations to structural elements, and identification of any code deficiencies relative to current standards. The engineer may request destructive investigation (opening walls to examine framing) if conditions warrant. Some findings require monitoring over time—the engineer may install crack monitors and return in 4-6 weeks to assess movement. The report provides: a summary of conditions observed, a professional opinion on structural adequacy, recommended repairs (if needed) with estimated costs, and an opinion on whether the building is safe for continued occupancy.

Structural engineering findings fall into four categories for investment decision-making. Category 1 - No Concerns: the building is structurally sound with no significant deficiencies. Proceed with acquisition. Category 2 - Monitoring Recommended: minor conditions observed that should be monitored but do not require immediate action (hairline cracks, minor settlement within tolerance). Proceed with monitoring plan. Category 3 - Repair Required: significant conditions that require engineering remediation within a defined timeline. Quantify repair costs, negotiate credits, and proceed if returns still meet criteria. Category 4 - Significant Structural Deficiency: conditions that threaten building integrity, require major intervention, or create uncertainty too large to quantify. Strongly consider termination. The structural engineer's professional opinion carries significant weight in lender and insurance decisions—a negative structural report can derail financing even if you are willing to proceed.