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12-Week Course · GIS for Telecom & Infrastructure Planning

GIS for Telecom &
Infrastructure Planning

GIS is used wherever location, distance, assets, routes, boundaries, and field conditions affect decisions. Fiber routes, utility networks, road systems, cell sites, real estate parcels, public infrastructure, and field assets all depend on accurate spatial data.

This course helps students and professionals learn how GIS is used to create maps, manage spatial data, analyze locations, compare routes, document assets, and support infrastructure planning decisions.

The focus is not only on using GIS software, but on applying GIS thinking to real-world problems across telecom, utilities, transportation, government, real estate, and engineering projects.

Duration

12 Weeks

Format

Online / In Person (Plano, TX)

Batch Size

3–6 Learners

For Students

$399

For Professionals

$499

QGIS ArcGIS Google Earth Pro Fiber Routes Microwave Paths Cell Sites Infrastructure Mapping
Who Should Attend

Who This Course Is For

Students interested in GIS, mapping, infrastructure, telecom, utilities, or planning

Fresh graduates preparing for GIS analyst or infrastructure planning roles

Working professionals who want to learn practical GIS workflows for their field

Telecom, utility, construction, or field engineers who want to add GIS to their skill set

Industries You Can Work In

Telecom & Broadband Utilities Transportation & Logistics Government Infrastructure Real Estate & Urban Planning Construction & Engineering Environmental Planning GIS Consulting

Relevant Job Roles

GIS Analyst GIS Technician Geospatial Data Analyst Infrastructure GIS Analyst Telecom GIS Specialist Utility GIS Analyst Transportation GIS Analyst Urban Planning GIS Associate GIS Project Coordinator
What You Will Learn

What This Course Helps You Do

You will learn how to use GIS to create maps, manage spatial data, analyze locations, document assets, and support planning decisions across telecom, utilities, transportation, real estate, and public infrastructure.

Click any stage to explore what you will learn

Active Stage

Create Professional GIS Maps

Build clean maps using coordinates, layers, attributes, boundaries, roads, sites, and asset data.

Layers Attributes Symbology Coordinates
Course Content

Module Explorer

Select a module to see what it covers, a practical example, the key skills you will build, and the tools and outputs involved.

GIS is a practical decision-making tool. This module introduces how maps, layers, coordinates, attributes, and spatial data are used to understand real-world locations and infrastructure — building the foundation for every module that follows.

ExampleCreate a basic project map with roads, boundaries, buildings, site points, and asset locations.

Core Skills

GIS ConceptsCoordinate SystemsProjectionsVector & Raster DataLayers & AttributesSymbologyMap Layout

Tools & Output

Tools QGIS · Google Earth Pro · ArcGIS basics · Sample shapefiles · CSV location data
Output Basic project map with sites, roads, boundaries, and asset points

Where It Is Used

  • Telecom planning
  • Fiber route design
  • Utility asset mapping
  • Transportation planning
  • Government infrastructure
  • Real estate and site selection
  • Field survey documentation

Industries

  • Telecom operators
  • Internet Service Providers
  • Utilities
  • Government agencies
  • Engineering firms
  • Transportation companies
  • Real estate and urban planning

Career Roles

  • GIS Analyst
  • GIS Technician
  • Geospatial Data Analyst
  • Field Survey Support Analyst
  • Infrastructure GIS Engineer

This module focuses on working confidently with GIS tools and project data. Students learn how to import, clean, organize, style, query, and manage different types of spatial datasets — preparing them for real project workflows.

ExampleImport site data from CSV, KML, and shapefiles, organize the layers, and create a clean working map.

Core Skills

QGIS InterfaceArcGIS BasicsData Import & ExportAttribute EditingLayer OrganizationQueries & FiltersData Cleanup

Tools & Output

Tools QGIS · ArcGIS basics · Google Earth Pro · CSV, KML, KMZ, shapefiles · Map templates
Output Organized, styled, query-ready GIS project

Where It Is Used

  • All GIS project types
  • Multi-dataset infrastructure projects
  • Telecom and utility mapping
  • Field survey data processing
  • Government data integration

Industries

  • Telecom operators
  • Engineering firms
  • Utilities
  • Government agencies
  • GIS consulting companies
  • Transportation agencies

Career Roles

  • GIS Analyst
  • GIS Technician
  • Geospatial Data Analyst
  • GIS Project Coordinator
  • Infrastructure GIS Engineer

This module teaches how GIS is used for analysis, not just map creation. Students use spatial tools to compare locations, measure distances, identify impact areas, and support planning decisions that influence real infrastructure outcomes.

ExampleIdentify suitable locations for a facility using roads, distance, population, land-use, and constraint layers.

Core Skills

Buffer AnalysisProximity AnalysisOverlay AnalysisDistance MeasurementRoute ComparisonConstraint MappingMulti-Criteria Site Selection

Tools & Output

Tools QGIS spatial analysis tools · ArcGIS basic analysis · Public GIS datasets · Road and population layers
Output Decision-ready analysis map with site suitability results

Where It Is Used

  • Cell site selection
  • Fiber route optimization
  • Utility expansion planning
  • Retail and logistics site studies
  • Government infrastructure planning
  • Environmental and land-use analysis

Industries

  • Telecom operators
  • Utilities
  • Real estate developers
  • Government planning departments
  • Logistics companies
  • Engineering consultants

Career Roles

  • GIS Analyst
  • Infrastructure GIS Engineer
  • Site Selection Analyst
  • Urban Planning GIS Associate
  • GIS Project Coordinator

This module applies GIS directly to telecom and communication infrastructure. Students plan fiber routes, map broadband service areas, analyze microwave paths, study cell site candidates, and document network assets using spatial tools.

ExamplePlan a 100 km fiber route and map 10 candidate wireless sites using distance, terrain, roads, and service area data.

Core Skills

Fiber Route MappingSplice & Handhole MappingBroadband Service AreasMicrowave Path VisualizationCell Site Candidate MappingNetwork Asset Documentation

Tools & Output

Tools QGIS · Google Earth Pro · DEM/elevation data · Fiber route worksheet · Asset inventory template · Microwave path worksheet
Output Fiber route map + microwave path study + cell site candidate map

Where It Is Used

  • Fiber route planning
  • FTTH and broadband planning
  • OSP design
  • Microwave path planning
  • Mobile network planning
  • Cell tower site selection
  • Network asset documentation

Industries

  • Telecom operators
  • Internet Service Providers
  • Fiber network operators
  • Tower companies
  • OSP engineering companies
  • Municipal broadband teams

Career Roles

  • GIS Fiber Planning Analyst
  • OSP Design Associate
  • Fiber Route Planner
  • Telecom GIS Technician
  • Cell Site Planning Associate
  • Wireless Network Planning Associate

GIS skills transfer across industries. This module applies the same spatial thinking to utilities, transportation, logistics, real estate, and public infrastructure — showing students how GIS creates value well beyond telecom.

ExampleCompare three GIS use cases side by side: utility asset mapping, delivery route optimization, and retail site selection.

Core Skills

Utility Asset MappingPole & Conduit MappingRoad Network AnalysisParcel & Zoning AnalysisLand-Use ReviewRetail Site SelectionPublic Works Mapping

Tools & Output

Tools QGIS · ArcGIS basics · Public utility datasets · Road network data · Parcel & zoning layers
Output Multi-industry GIS analysis maps comparing utility, transport, and real estate use cases

Where It Is Used

  • Electric, gas, and water networks
  • Transportation route planning
  • Logistics optimization
  • Parcel and zoning analysis
  • Retail site selection
  • Urban planning
  • Government infrastructure planning

Industries

  • Utilities
  • Transportation agencies
  • Logistics companies
  • Real estate developers
  • Government planning departments
  • Engineering consulting firms
  • Smart city programs

Career Roles

  • Utility GIS Analyst
  • Transportation GIS Analyst
  • Infrastructure GIS Engineer
  • Geospatial Data Analyst
  • Site Selection Analyst
  • Asset Mapping Specialist

This module focuses on professional GIS project delivery. Students learn how to organize data, manage attributes, exchange files across platforms, automate repetitive tasks, and assemble a final multi-network GIS portfolio package.

ExampleBuild a multi-layer infrastructure planning package that includes telecom, utility, transportation, and site-analysis layers with a structured database and report.

Deliverable Scope

GIS Database OrganizationAttribute ManagementCAD-to-GIS WorkflowPython for GIS (Intro)Batch ProcessingAutomated Map ProductionPortfolio Presentation

Tools & Output

Tools QGIS · ArcGIS basics · Google Earth Pro · diagrams.net · Basic Python / PyQGIS · Capstone report template
Output Complete multi-network GIS design package + instructor-reviewed presentation

Report Sections

  • Fiber route map and asset database
  • Microwave path analysis
  • Cell site candidate study
  • Utility or transportation mapping
  • Spatial analysis findings
  • Portfolio-ready map exports

Presentation

  • Live presentation to instructor
  • Design rationale and spatial decisions
  • Tool outputs and visual artifacts
  • Q&A on analysis choices
  • Instructor feedback and review

Portfolio Value

  • Structured GIS database for interviews
  • Proves multi-industry GIS thinking
  • Shows QGIS and ArcGIS proficiency
  • Covers telecom, utility, and transport
  • Resume and LinkedIn-ready project
Tuition

Enrollment & Pricing

Live sessions, notes, templates, private video access, project guidance, and capstone review — everything you need to complete the course.

Enrollment

Engineering Students

$399

Full-time students & recent graduates

Working Professionals

$499

Professionals adding GIS to their skill set

Flexible payment plans available on request.

Includes

Live sessions with the instructor
Structured notes & handouts
GIS practice datasets & templates
Private video access
Project guidance throughout
Capstone review & feedback

Get Started

First 3 Sessions Free

Try Before You Commit

Attend the first three live sessions before confirming enrollment. Evaluate the teaching style, technical level, and course structure — then decide.

Get In Touch

Request Course Details or Talk to the Instructor

Have a question about the course content, format, or tuition? Send a message and we will respond within one business day.

Small group learning. 3–6 learners per batch. Dedicated instructor time.

First 3 sessions are free. Evaluate before committing to enrollment.

Plano, TX in-person or live online — choose what works for you.

We respond within one business day · contact@nodalwire.com