Field Service for Construction Quality Assurance — Atlantis NDT ERP

Mobile dispatch and offline data capture for crews working outside network coverage

Overview

Odoo Field Service configured for NDT firms manages crew dispatch, mobile job execution, and data capture for technicians working in refineries, plant turnarounds, and remote/offshore sites where connectivity is unreliable or absent. Dispatch boards show crew location, current job status, and equipment assignment (cross-checked against CMMS calibration status), letting schedulers assign the nearest qualified, in-cal-equipment crew to urgent callouts. The mobile app supports full offline operation — technicians capture inspection data (thickness readings, indication logs, weld maps, photos), complete quality checkpoints, and log time and consumables usage without connectivity, with everything syncing automatically once signal returns, so no field data is lost to a dead zone inside a vessel or a remote pipeline right-of-way. Job checklists are method-specific (a UT thickness survey checklist differs from an MPI weld inspection checklist), pulling the current-revision procedure from Document Control for on-screen reference. Signature capture for client witness/hold points and site safety inductions is built into the mobile workflow. GPS/geofencing can confirm technician presence at the correct asset location for high-value or safety-critical inspections.

Why inspection and testing businesses run it differently

This is where the rest of the ERP becomes real-world usable: a technician standing inside a vessel or on a platform 40 miles offshore with no signal needs the job scope, current procedure revision, and calibration status pre-loaded, and needs to capture UT thickness grid readings or PAUT scan data without losing anything if sync fails. Offline-first mobile capture directly prevents the two most common field data-loss failure modes in NDT — a phone/tablet losing connectivity mid-shift, or the crew working in a Faraday-cage-like vessel interior. Geofenced presence confirmation and client witness-point signature capture also directly support the objective evidence auditors and clients expect for hold-point/witness inspections common in API-code work.

Capabilities

Offline-first mobile app: full data capture, checklist completion without connectivity
Automatic background sync of field data once signal returns, no manual re-entry
Dispatch board with nearest-qualified-crew and in-cal-equipment-aware assignment
Method-specific digital checklists pulling current-revision procedure on-screen
Client witness/hold-point signature capture built into mobile workflow
GPS/geofence presence confirmation for safety-critical or contractual witness points
Time and consumables logging against the work order directly from the field
Photo/video evidence capture attached live to the relevant inspection data point

How the workflow runs

A dispatcher assigns a job from the board, with the system filtering eligible technicians by certification/method match and equipment by current calibration status. The technician's mobile app pre-downloads the job scope, current-revision procedure, and checklist before mobilization, or on last available signal, so it's usable even fully offline on site. In the field, they log thickness readings, indication data, photos, and quality checkpoints directly into the app; a client witness point triggers an on-screen signature capture. Time and consumables used are logged against the work order in real time. Once the technician regains connectivity — leaving the vessel, returning to a signal area, or reaching the site office — all captured data syncs automatically to the central system, updating the work order status, triggering the report-draft stage in Project Management, and posting labor/consumables costs to Accounting, with nothing requiring manual transcription from a paper backup.

Standards and compliance covered

ISO 9001:2015 clause 8.5 (production/service provision, including field data integrity)
API 510/570/653 (witness/hold-point documentation requirements)
ASME BPVC Section V (data recording requirements per method)
ISO/IEC 17020:2012 (objective evidence of on-site inspection activity)
Client-specific site safety and HSE induction documentation requirements

Integrations

CMMS (equipment calibration status at dispatch)
Certification Tracking (crew eligibility at dispatch)
Project Management (work-order status sync)
Accounting (field-logged labor/consumables cost posting)
Document Control (current-revision procedure delivery to mobile)

Measured impact

Offline-first capture has eliminated field data loss incidents from connectivity dead zones, which previously required a subset of crews to fall back to paper capture and re-transcription — a process that introduced transcription errors flagged in roughly 1 in 20 records under the old workflow. Dispatch-stage calibration and certification cross-checking has cut same-day crew-substitution scrambles by a wide margin, since ineligible assignments are caught before mobilization rather than discovered on site. Real-time field-to-report sync has cut typical report-draft turnaround after job completion from 2-3 days to same-day for straightforward scopes.

Frequently Asked Questions

What happens if a technician captures data inside a vessel with zero signal for an entire shift?

All data is captured and stored locally on the device throughout the offline period; once the device regains any signal, everything syncs automatically in the background with no manual re-entry required.

Does the dispatch system check equipment calibration and crew certification before assigning a job?

Yes. The dispatch board cross-references CMMS calibration status and Certification Tracking eligibility, so schedulers see only qualified technicians with in-calibration equipment as valid assignment options.

Can clients sign off on hold/witness points directly in the field app?

Yes. Witness and hold-point steps in the mobile checklist include on-screen signature capture, timestamped and geofenced where required, creating objective evidence for the inspection record.