ArcGIS Field Maps for Infrastructure Inspection and Verification Training Course

Course Introduction

The ArcGIS Field Maps for Infrastructure Inspection and Verification Training Course equips participants with practical skills to plan, conduct, document, and verify infrastructure inspections using mobile geographic information system technology. Infrastructure development programmes depend on reliable field evidence to confirm whether roads, bridges, buildings, water supply systems, drainage networks, sanitation facilities, electricity infrastructure, and other public assets have been constructed, maintained, and delivered according to approved specifications. Paper-based inspections and disconnected reporting systems can result in incomplete records, delayed reporting, inconsistent asset identification, and difficulties linking observations to precise locations. ArcGIS Field Maps provides an integrated digital approach that enables field teams to access maps, collect georeferenced observations, update asset information, complete structured inspection forms, and synchronize field records with organizational GIS platforms.

The course introduces participants to the ArcGIS Field Maps mobile application and Field Maps Designer, including their roles in preparing maps, configuring field data collection, managing inspection forms, and deploying workflows to mobile teams. Participants will learn how to organize infrastructure asset layers, display relevant project boundaries, configure map symbology, establish appropriate feature templates, and prepare field-ready maps that support inspection activities. The training covers practical considerations for mobile devices, user permissions, hosted feature layers, map sharing, and data management within ArcGIS Online or ArcGIS Enterprise environments. Emphasis is placed on designing field workflows that match inspection objectives, contractor verification requirements, asset management procedures, and project monitoring frameworks.

A major component of the course focuses on developing standardized digital inspection forms that capture consistent, complete, and verifiable information. Participants will learn to structure fields for asset identification, inspection dates, construction status, physical condition, workmanship, compliance with specifications, defects, maintenance requirements, and corrective actions. They will explore required fields, choice lists, conditional questions, default values, related records, photographs, and other supporting evidence where appropriate. The course demonstrates how structured forms can reduce transcription errors, improve comparability between inspection teams, and ensure that important verification information is captured at the point of observation. Participants will also examine how to distinguish direct field observations, documentary evidence, contractor declarations, and findings that require further technical assessment.

The training provides practical guidance on geospatial data collection, location accuracy, and the verification of infrastructure assets in the field. Participants will learn to locate mapped assets, record new features, update existing records, capture inspection points, and document the spatial extent of relevant infrastructure using appropriate point, line, and polygon layers. The course explores built-in device positioning, external Global Navigation Satellite System receivers, GPS metadata, accuracy requirements, and position averaging where suitable for the project. Participants will consider how terrain, vegetation, building obstructions, device limitations, and coordinate reference systems can affect location quality. They will also learn to apply verification checks so that the positional accuracy and supporting evidence meet the requirements of the inspection rather than assuming that every mobile GPS observation is suitable for engineering-grade measurement.

Because infrastructure inspections frequently take place in remote or poorly connected locations, the course addresses offline mapping and field synchronization procedures. Participants will learn how to prepare maps and relevant data for offline use, check that required layers and basemaps are available, download work areas before deployment, and capture observations when internet connectivity is unavailable. The training covers synchronization planning, conflict awareness, duplicate-record prevention, attachment management, and procedures for checking that submitted field records have reached the central system. It also explores quality assurance practices for reviewing missing information, inconsistent asset identifiers, questionable coordinates, incomplete photographs, and unresolved inspection findings. These methods support more reliable collaboration between field inspectors, engineers, project managers, contractors, and monitoring and evaluation teams.

Responsible digital inspection requires more than collecting location data; it also requires clear verification standards, secure information management, transparent decision-making, and accountable follow-up. Participants will learn how to organize evidence for site verification, construction progress monitoring, defect reporting, maintenance inspections, and completion assessments. They will explore dashboards and GIS-based reporting workflows that help teams summarize inspection coverage, identify unresolved defects, monitor corrective actions, and communicate findings to management and funding stakeholders. The course also addresses role-based access, data confidentiality, photographic evidence handling, audit trails, field safety, and the distinction between an observation recorded by an inspector and a formal engineering or contractual determination. By the end of the training, participants will be better prepared to implement practical, repeatable ArcGIS Field Maps workflows that strengthen infrastructure quality assurance, project transparency, asset management, and evidence-based development programme oversight.

Duration

5 days

Who Should Attend

• Infrastructure engineers responsible for site inspections, construction quality monitoring, and technical verification.

• Civil engineers and building professionals conducting field assessments of roads, bridges, buildings, and public facilities.

• Infrastructure project managers overseeing construction progress, contractor performance, and completion verification.

• Field inspectors responsible for recording asset conditions, construction defects, and maintenance requirements.

• GIS officers and geospatial analysts supporting infrastructure mapping, asset inventories, and spatial data management.

• Monitoring and evaluation specialists verifying infrastructure outputs and reporting development programme results.

• Donor-funded project coordinators responsible for verifying the delivery and functionality of project infrastructure.

• Roads and transport officers monitoring road networks, bridges, drainage structures, and transport facilities.

• Water, sanitation, and irrigation professionals inspecting networks, treatment facilities, pipelines, and related assets.

• Public works and local government officers managing public infrastructure and municipal service facilities.

• Contractors and site supervisors responsible for documenting construction progress and resolving inspection findings.

• Quality assurance and quality control professionals assessing conformity with approved specifications and inspection standards.

• Internal auditors and compliance officers conducting physical verification of infrastructure expenditure and project deliverables.

• Asset management officers maintaining infrastructure registers, condition records, and maintenance histories.

• Environmental and social safeguards officers documenting site conditions and infrastructure-related compliance observations.

• Development programme officers conducting field monitoring and verifying project outputs against approved work plans.

• Emergency response and disaster risk management personnel assessing infrastructure damage and service restoration needs.

• Surveyors and field technicians collecting georeferenced infrastructure observations and asset location data.

• Information management specialists responsible for mobile data collection systems and digital field reporting.

• Consultants and technical assistance providers supporting infrastructure implementation, supervision, and independent verification.

Course Objectives

By the end of this course, participants will be able to:

• Explain the capabilities of ArcGIS Field Maps and identify suitable applications for infrastructure inspection, construction monitoring, asset verification, maintenance assessment, and development project oversight.

• Configure field-ready maps by organizing infrastructure layers, applying appropriate symbology, setting map extents, preparing feature templates, and managing sharing permissions for inspection teams.

• Design standardized digital inspection forms that capture asset identifiers, physical condition, construction status, compliance observations, defects, photographs, and corrective action requirements.

• Collect, update, and verify georeferenced infrastructure records using mobile devices, appropriate feature geometry, map navigation, snapping, and suitable location acquisition methods.

• Apply appropriate location accuracy standards and assess the suitability of device GPS or external GNSS receivers for different infrastructure verification and inspection requirements.

• Prepare and use offline maps in locations with limited connectivity, including downloading relevant work areas, capturing field observations, and synchronizing records when connectivity becomes available.

• Document infrastructure inspection findings using structured attributes, photographs, location information, supporting references, and traceable evidence that enables subsequent review.

• Implement quality assurance procedures to identify incomplete forms, inconsistent asset identifiers, duplicate records, questionable coordinates, missing attachments, and unresolved inspection findings.

• Integrate field inspection results into GIS-based review, mapping, dashboard, and reporting workflows that support corrective action tracking and evidence-based management decisions.

• Establish responsible field data management practices covering user permissions, information security, auditability, safe field operations, evidence integrity, and appropriate escalation of technical or contractual concerns.

Comprehensive Course Outline

Module 1: Foundations of ArcGIS Field Maps for Infrastructure Inspection

• Understanding ArcGIS Field Maps, its mobile application, Field Maps Designer, and its role in digital infrastructure inspection and asset management workflows.

• Identifying use cases for construction verification, road condition surveys, public building inspections, water infrastructure monitoring, and maintenance assessments.

• Mapping the inspection lifecycle from work planning and field deployment to data collection, technical review, corrective action, and final reporting.

• Defining inspection objectives, verification criteria, asset identification standards, field responsibilities, and evidence requirements for different infrastructure projects.

Module 2: Infrastructure GIS Data Preparation and Map Configuration

• Preparing infrastructure asset inventories, project boundaries, engineering reference layers, site locations, and existing inspection records for mobile field use.

• Organizing point, line, and polygon feature layers to represent assets such as streetlights, roads, bridges, pipelines, buildings, and drainage networks.

• Configuring map symbology, labels, pop-ups, map extents, feature templates, and layer visibility to make field navigation clear and efficient.

• Managing hosted feature layers, map sharing, user permissions, and organizational access through ArcGIS Online or ArcGIS Enterprise as appropriate.

Module 3: Digital Inspection Forms and Structured Data Collection

• Designing inspection forms with fields for asset identification, location references, inspection dates, construction status, condition ratings, and compliance observations.

• Configuring required fields, dropdown lists, default values, conditional questions, and validation rules to improve completeness and consistency.

• Capturing photographs, explanatory notes, defect descriptions, measurements, and supporting documentation where appropriate to the inspection workflow.

• Structuring related inspection records so that repeated assessments can be associated with the correct asset without unnecessarily duplicating asset information.

Module 4: Field Navigation, Asset Identification, and Geospatial Capture

• Navigating mobile maps to locate infrastructure assets, inspect existing records, identify unmapped features, and confirm site locations before data collection.

• Creating new point, line, and polygon features and updating existing asset records using appropriate capture methods and feature templates.

• Applying snapping, offset collection, vertex placement, and other supported geometry tools when field conditions require more controlled spatial capture.

• Verifying asset identifiers and spatial relationships against approved maps, project documentation, visible site conditions, and other available reference information.

Module 5: Infrastructure Condition Assessment and Construction Verification

• Developing consistent field procedures for checking construction progress, visible workmanship, asset condition, functionality, and completion status.

• Recording defects, incomplete works, damage, maintenance needs, deviations from approved plans, and observations requiring specialist assessment.

• Capturing georeferenced photographs and structured evidence that link each inspection finding to a specific asset, location, and inspection event.

• Applying inspection checklists and verification criteria to support consistent field assessments while distinguishing observations from formal engineering acceptance.

Module 6: Location Accuracy, GNSS, and Measurement Quality

• Understanding mobile device positioning, coordinate reference systems, horizontal accuracy, GPS metadata, and common sources of spatial measurement error.

• Configuring compatible external GNSS receivers where higher positional accuracy is required and assessing receiver performance against project specifications.

• Applying suitable accuracy thresholds, GPS averaging, and position quality checks where supported and appropriate to the data collection task.

• Establishing practical procedures for documenting coordinate uncertainty, checking collected positions, and escalating measurements that do not meet required standards.

Module 7: Offline Mapping and Field Data Synchronization

• Preparing web maps for offline use by enabling the necessary layers, basemaps, data sources, and offline areas before field deployment.

• Downloading designated work areas to mobile devices and testing whether essential maps, asset records, forms, and reference information are accessible offline.

• Collecting and editing inspection data without continuous connectivity and following established procedures for synchronization after reconnecting.

• Checking synchronization outcomes, attachments, potential editing conflicts, duplicate records, and missing submissions before closing field assignments.

Module 8: Inspection Quality Assurance and Evidence Management

• Reviewing submitted inspection records for missing attributes, inconsistent identifiers, invalid values, duplicate entries, incomplete photographs, and questionable locations.

• Applying field and office quality control checks to confirm that recorded findings are traceable, interpretable, and consistent with established inspection standards.

• Maintaining structured evidence records that link inspection findings to assets, dates, inspectors, supporting documents, and corrective action references.

• Establishing review and escalation procedures for contradictory observations, disputed completion claims, suspected defects, and findings requiring specialist verification.

Module 9: GIS Reporting, Dashboards, and Corrective Action Tracking

• Summarizing inspection results by asset type, project location, condition category, construction status, contractor, and inspection period.

• Producing GIS maps and exception reports that highlight incomplete works, damaged assets, unresolved defects, and infrastructure requiring follow-up.

• Integrating field records with suitable ArcGIS web maps, dashboards, and reporting applications to support management review and programme oversight.

• Developing corrective action tracking procedures that record responsible parties, agreed actions, target dates, verification outcomes, and closure evidence.

Module 10: Practical Implementation and End-to-End Field Inspection Project

• Designing a complete ArcGIS Field Maps workflow for a representative infrastructure inspection assignment, including asset layers, map configuration, forms, and user access.

• Conducting a practical field exercise to locate assets, complete inspections, capture photographs, record defects, and verify the quality of collected data.

• Testing offline field operations, synchronizing submitted records, reviewing data quality, and producing an inspection summary with mapped findings.

• Preparing an implementation plan covering staff training, device readiness, data standards, field safety, quality assurance, system maintenance, and continuous improvement.

Training Approach

This course will be delivered by our skilled trainers who have vast knowledge and experience as expert professionals in the fields. The course is taught in English and through a mix of theory, practical activities, group discussion and case studies. Course manuals and additional training materials will be provided to the participants upon completion of the training.

Tailor-Made Course

This course can also be tailor-made to meet organization requirement. For further inquiries, please contact us on: Email: training@upskilldevelopment.com Tel: +254 721 331 808

Training Venue 

The training will be held at our Upskill Training Centre. We also offer training for a group (at a discount of 10% to 50%) at requested location all over the world. The Onsite course fee covers the course tuition, training materials, two break refreshments, buffet lunch, airport transfers, Upskill gift package, and guided tour.

Visa application, travel expenses, dinners, accommodation, insurance, and other personal expenses are catered by the participant

Certification

Participants will be issued with Upskill certificate upon completion of this course.

Airport Pickup and Accommodation

Airport pickup and accommodation is arranged upon request. For booking contact our Training Coordinator through Email: training@upskilldevelopment.com, +254 721 331 808

Terms of Payment:

Unless otherwise agreed between the two parties’ payment of the course fee should be done 3 working days before commencement of the training so as to enable us to prepare better.