Moving Toward Digital Construction Inspection
Item #: 20260017
Item #: 20260017
CONTACTS
Implementing Organization: Region One
Implementation Lead: Justin Bodily
Development Team: Justin Bodily, Nathan Nelson, Andy Cordes
Article Written By: Justin Bodily
Innovation Council Liaison: Darren Qu
Innovation Team Coordinator: Winston Inoway
STATUS
Implementation Date: February 01, 2025
Adoption Status: Fully Implemented
Adoptability Note: Will be implemented as a statewide practice
APPLIES TO
Topic: Construction Practices
Organization(s): Central Admin / Senior Leaders, Central Construction, Central Maintenance / Facilities Management, Finance / Comptroller, Region 1, Region 2, Region 3, Region 4
Job Role(s): Construction Engineer, Transportation Technician
Tags: Active transportation, highway transportation, capital costs, use charges, (process improvement ), accounting > billing, budgeting, payment, ( comptroller ), contract administration > bids, contracting, solicitations, contracts, ( RFP, FRQ ), ( data visualization ), ( digital delivery ), ( digital twin ), civil engineering, asset management, construction, contracting, inspection, project management, construction safety
The existing workflow for construction inspection relied heavily on paper forms and manual data entry, leading to inefficiencies, delayed reporting, and a higher potential for transcription errors. Inspectors and project managers spent significant non-productive time managing physical paperwork and trying to interpret handwritten notes. This process also created a lag between when an inspection occurred and when the data was available for review and analysis, impacting decision-making timelines. The innovation was necessary to streamline field data collection and ensure that project and inspection data was captured more efficiently and accurately, directly impacting construction staff, project engineers, and management who rely on timely, accurate information.
The construction inspection process was transformed by implementing a digital system using the Field Maps GIS platform, effectively retiring error-prone paper forms. This system utilizes digital checklists and data collection tools on mobile devices (e.g., tablets, smartphones, often paired with high-accuracy GPS devices like the Geode).
Inspectors now capture comprehensive, geotagged data—including inspection notes, and inspection status—directly at the worksite. This data is then synchronized with our Project Management software (Masterworks), eliminating manual data entry and transcription delays.
This real-time synchronization provides project managers and engineers instantaneous access to current inspection data, enabling proactive oversight and faster decision-making. The platform also integrates all project plans and specifications, ensuring inspectors have immediate access to necessary reference materials on-site, resulting in a streamlined, accurate, and transparent quality management process based on high-precision location data.
The implementation of the Digital Construction Inspection system has yielded significant positive results across several critical areas.
First, data accuracy and integrity have dramatically improved through the elimination of manual transcription from paper forms. This inherent reduction in human error directly translates to fewer errors in the resulting dataset, which is crucial for project engineers and management who rely on reliable, real-time data for critical decision-making throughout the project lifecycle. This accurate data foundation ensures that the progress reported precisely reflects the work completed in the field.
Second, the overall efficiency and productivity of construction inspectors and project managers have sharply increased due to substantial time savings. Inspectors are no longer burdened with excessive paperwork, manual data entry, or the necessity of traveling back to the office simply to submit completed forms. This fundamental shift allows inspectors to dedicate more time to quality field work, maximizing labor savings and allowing for greater coverage and higher quality assurance across multiple project sites. The system transforms unproductive administrative time into valuable project oversight.
Finally, the real-time data synchronization between the field inspection application and the Masterworks Project Management software delivers substantial financial and administrative benefits. This immediate integration ensures that all payment processes are based solely on validated, current inspection data. The enhanced oversight and audit trail guarantee fiscal responsibility by minimizing the risk of delayed payments and, most importantly, it prevents the duplication of payments—a financial risk frequently associated with the lag and confusion of the previous paper-based system. This streamlined verification process benefits UDOT's Finance/Comptroller division and all project stakeholders by ensuring accurate, timely financial transactions and overall project fiscal health.
The next critical phase involves the comprehensive, statewide implementation of the Digital Construction Inspection (DCI) system across all construction projects managed by the Utah Department of Transportation (UDOT). This aggressive expansion is designed to move beyond the pilot phase and establish a standardized, unified approach to project management and data collection throughout the entire state.
This ambitious rollout will significantly enhance UDOT's operational efficiency by allowing all construction staff, regardless of district or project size, to leverage the system's core capabilities. Specifically, the DCI system's real-time, geotagged data collection functionality will become the standard for recording all field activities. This capability is crucial for several key tasks, including, but not limited to, daily work reports, materials testing documentation, payment quantity verification, and, importantly, the high-fidelity collection of data necessary for asset inventory updates.
A major strategic benefit of this expansion is the move toward standardizing field operations across both the Construction and Maintenance divisions. To achieve this seamless transition, key technical and process improvements are mandated:
Development of Tailored Digital Forms: The implementation will include the design and development of specific digital forms and workflows explicitly tailored to address the unique needs of the Maintenance division. These forms will mirror the efficiency and data integrity of the construction forms while addressing tasks such as pavement distress logging, sign inventory verification, culvert inspections, and bridge maintenance assessments.
Seamless Integration with Existing Maintenance Management Systems (MMS): A primary technical requirement is ensuring complete and bidirectional integration with existing maintenance management system, ATOM. This integration will guarantee that data collected in the field via the DCI system automatically populates work orders, updates asset records in the MMS, and eliminates redundant data entry, thereby ensuring a single source of truth for all asset and maintenance information statewide.
Ultimately, the statewide implementation of the DCI system is a foundational step toward a fully digital, integrated, and data-driven infrastructure management ecosystem for UDOT, driving consistency, accuracy, and unprecedented operational visibility from project inception through long-term maintenance.
Estimated Cost Savings in the First Year (FY YYYY): $NN,NNN [or Anticipated break-even by MMM, YYYY (N years, N months)]
Cost Avoidance: $N,NNN over NN years (MMM D, YYYY - MMM D, YYYY)*
Labor Avoidance: NNN hours annually*
Benefit/Cost Ratio: BB:1
*Benefits are estimated net of initial and ongoing expenses. Savings are averaged over the expected benefit life of the innovation. See details.