Structural Inspection Test Records (ITRs) document the quality of load-bearing elements in construction. These records provide evidence that structural steel, concrete, and connection systems meet design specifications and code requirements.
Structural ITR Requirements
Regulatory Compliance
Structural ITRs often serve as evidence for building code compliance. They may be reviewed by:
- Building inspectors
- Third-party special inspectors
- Structural engineers of record
- Insurance underwriters
Liability Protection
Complete structural ITRs protect all parties by documenting that work was performed correctly and inspected appropriately.
Types of Structural ITRs
Steel Erection ITRs
- Column base installation
- Beam erection verification
- Bracing system installation
- Connection completion records
Bolted Connection ITRs
- Pre-installation verification
- Tightening method documentation
- Tension verification records
- Final inspection sign-off
Welding ITRs
- Welder qualification records
- WPS compliance verification
- Visual inspection results
- NDT reports and acceptance
Structural Concrete ITRs
- Reinforcement inspection
- Pre-pour verification
- Concrete placement records
- Post-tensioning documentation
Best Practices for Structural ITRs
Traceability
Link ITRs to specific structural elements using:
- Piece marks and erection drawings
- Grid line references
- Elevation and level designations
- Connection identifiers
Inspector Qualification
Document inspector qualifications for special inspections. Many jurisdictions require specific certifications for structural inspection.
Hold Point Management
Structural work has mandatory hold points. Document these clearly:
- Pre-pour reinforcement inspection
- Anchor bolt placement verification
- Connection completion before loading
- Weld inspection before cover-up
NCR Integration
Link structural ITRs to Non-Conformance Reports. When defects are found, track resolution through to corrective action completion.
Digital Structural ITR Benefits
Digital platforms enable real-time documentation, photo integration, and immediate status visibility—critical for fast-paced steel erection activities where conditions change rapidly.