Identification
Clear project ID, pile number, and site coordinates so the test links unambiguously to the physical element and permit records.
A properly completed Pile Extensions Test documents compliance with design assumptions, reduces structural risk, and creates an auditable record for building officials and stakeholders. It supports permit approvals, protects against downstream liability, and clarifies acceptance criteria between contractor, engineer, and owner.
Several project roles interact with the Pile Extensions Test: the contractor prepares field data, the geotechnical or structural engineer reviews results, and the owner or inspector accepts final reports.
Clear role assignment and signatures reduce disputes and speed permit closeout; include contact info and credentials for each reviewer.
| Field | Configuration |
|---|---|
| Required Fields | Project Name | Pile ID | Test Date |
| Attachments | Photos, logs, calibration certificates |
| Approvals | Contractor -> Engineer -> Inspector routing |
| Retention | Save signed PDF to project folder |
Choose a platform that supports PDF, image attachments, audit trails, and role-based signer order for the test.
Ensure the vendor offers encryption in transit and at rest, a verifiable audit trail, and a clear export mechanism for signed records.
Clear project ID, pile number, and site coordinates so the test links unambiguously to the physical element and permit records.
A concise description of the extension work, splice or sleeve details, and relevant contract or drawing references for context.
List instruments used, calibration dates, serial numbers, and raw data attachments to permit independent verification of results.
Reference the standard or method used (static, dynamic, wave equation) and include stepwise loading or measurement procedures followed.
Present load-displacement curves, peak readings, pass/fail criteria, and numeric conclusions tied to design values and acceptance thresholds.
Signed and dated engineer statement with license number plus contractor and inspector acknowledgments to complete the acceptance chain.
Single, time-stamped PDF that contains the form, attached logs, and the audit trail for legal admissibility and permit filing.
Raw instrumentation outputs in CSV or XLSX to allow independent analysis or import into project databases.
High-resolution site photos with timestamps and pile identifiers embedded or clearly labeled inside attachments.
Narrative summary signed by the licensed engineer describing methods, deviations, and final acceptance or remediation steps.
| signNow | DocuSign | Adobe Sign | PandaDoc | HelloSign | |
|---|---|---|---|---|---|
| Starting Price | $8/user/mo | $15/user/mo | $14/user/mo | $19/user/mo | $15/user/mo |
| Free Trial | 7-day free trial (no card) | Varies by plan | Varies by plan | Varies by plan | Varies by plan |
| Bulk Send | Yes | Yes | Yes | Yes | No |
| Audit Trail | Yes | Yes | Yes | Yes | Yes |
| HIPAA Compliant | Yes | Yes | Yes | No | No |
Arrange at least 5–10 business days before planned pile work
Instrumentation and access must be ready on test day
Complete instrumentation logs the same day as testing
Engineer to issue preliminary conclusions within 3–7 days
Final signed report to permit authority per contract timeline
Coordinates field operations, verifies instrumentation placement, and compiles initial data. Responsible for ensuring the test follows the approved protocol and preparing the draft report for engineer review.
Performs technical analysis of load-displacement data, signs the final acceptance statement with license number, and recommends remediation if results do not meet specified criteria.