Structural Engineer Inspection Checklist

Use this Structural Engineer Inspection Checklist to evaluate building stability, spot structural issues, and document findings for compliance and safety.

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Structural Engineer Inspection Checklist

General Information & Documentation

Foundation & Footings

Structural Framing (Beams, Columns, Joists)

Load-Bearing Walls & Partitions

Roof Structure

Floors & Slabs

Exterior Envelope & Cladding

Stairs, Balconies & Railings

Seismic, Wind & Load Resilience

Service Penetrations & Structural Openings

Maintenance, Repairs & Recommendations

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Checklist by GoAudits.com – Please note that this checklist is intended as an example. We do not guarantee compliance with the laws applicable to your territory or industry. You should seek professional advice to determine how this checklist should be adapted to your workplace or jurisdiction.

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Structural Engineer Inspection Checklist

Use this Structural Engineer Inspection Checklist to evaluate building stability, spot structural issues, and document findings for compliance and safety.

1. Is the building name, location, and purpose clearly documented?

2. Has the original structural design documentation been reviewed?

3. Are previous inspection or maintenance records available and up to date?

4. Is the date, time, weather condition, and reason for inspection recorded?

1. Are there visible cracks, settlements, or tilting in foundation walls or slabs?

2. Is there any evidence of water intrusion, erosion, or soil instability around the foundation?

3. Are piers, pads, or footings in good condition with no signs of spalling or heaving?

4. Are drainage systems around the foundation functioning properly?

1. Are beams and joists free from deflection, sagging, or warping?

2. Are columns plumb, undamaged, and securely anchored at both ends?

3. Are there any visible cracks, rust, or corrosion in structural members?

4. Are welds, bolts, and connections secure and without signs of fatigue?

1. Are all load-bearing walls free from major cracks, bulging, or movement?

2. Are wall penetrations or openings structurally reinforced as required?

3. Is there any evidence of shifting, settlement, or leaning in masonry or concrete walls?

4. Are lintels, headers, or support beams above doors/windows intact and aligned?

1. Is the roof framing (rafters, trusses, purlins) intact and free of sagging or damage?

2. Is there any sign of water damage, leaks, or mold in the roof structure?

3. Are fasteners and connections between roof elements secure and rust-free?

4. Are load conditions (e.g., HVAC units, solar panels) accounted for and safely supported?

1. Are floor systems level and free of deflection, soft spots, or movement?

2. Are concrete slabs free from major cracks, spalling, or delamination?

3. Is the load distribution consistent with structural capacity across the building?

4. Are expansion joints functioning as intended and properly sealed?

1. Are exterior walls, panels, or cladding securely attached and free from damage?

2. Is there any bowing, separation, or failure in curtain walls or facade elements?

3. Are structural anchors and support brackets for exterior elements inspected and secure?

4. Is the building envelope resistant to environmental loading (wind, snow, seismic)?

1. Are stair structures plumb, level, and free of corrosion or cracking?

2. Are balconies structurally supported and checked for deflection or deterioration?

3. Are guardrails and handrails properly installed and structurally sound?

4. Is anchorage of cantilevered or suspended elements verified and secure?

1. Are lateral bracing systems present and correctly installed (shear walls, cross bracing)?

2. Is the structure evaluated for seismic resistance based on local building codes?

3. Are anchorage systems sufficient for wind uplift and lateral forces?

4. Are there signs of damage or fatigue from prior high-load events?

1. Are utility penetrations sealed and reinforced to avoid weakening load-bearing members?

2. Are floor and wall openings properly framed and structurally supported?

3. Is there any evidence of structural compromise due to MEP (Mechanical, Electrical, Plumbing) work?

1. Are any structural deficiencies clearly documented with severity ratings and photos?

2. Are urgent repairs or temporary supports needed and recommended immediately?

3. Is there a maintenance plan or schedule required to preserve structural integrity?

4. Is a structural certification or professional engineer’s report provided after the inspection?