Learn how to turn LiDAR data into high-impact maps and 3D models using ArcGIS Pro. In this hands-on course, you'll work with real-world datasets to plan, process, and visualize LiDAR information — building the skills to support smarter decision-making in surveying, environmental analysis, infrastructure design, and beyond.
ArcGIS LiDAR
ArcGISArcGIS
LiDAR
LiDAR — short for Light Detection and Ranging — is a remote sensing technology that uses rapid pulses of laser light to measure the distance between a sensor and the Earth’s surface. Each pulse reflects back to the sensor, and the time it takes to return is used to calculate distance with remarkable accuracy. When combined, millions of these measurements form a “point cloud”: a high-resolution, 3D representation of terrain, structures, and vegetation.
What makes LiDAR so valuable is its combination of speed, precision, and flexibility. It can cover large areas quickly — even dense forests or remote terrain — and captures both vertical and horizontal features with exceptional detail. Unlike traditional survey methods, LiDAR collects data from above, often using drones, aircraft, or vehicle-mounted systems, allowing for faster, safer, and more efficient data collection.
This technology has become a cornerstone in geospatial work. Surveyors use it to generate detailed topographic maps. Urban planners model infrastructure in 3D and assess the impact of new developments. Foresters monitor canopy height and ecosystem health, while hydrologists use LiDAR to map watersheds and model flood zones. Archaeologists uncover hidden landscapes by digitally removing vegetation layers, and engineers use it to assess and plan construction sites with greater accuracy.
LiDAR also plays a critical role in disaster management. Whether predicting landslides, modeling flood risks, or coordinating emergency response, the ability to map the ground quickly and precisely can make a measurable difference. In agriculture, it supports terrain-informed irrigation and planting. In transportation, it powers autonomous systems that rely on real-time environmental data.
Across all these fields, LiDAR delivers reliable, scalable insights — giving professionals a clearer understanding of the world, both above and below the surface.
In this ArcGIS LiDAR course, you’ll learn to process, analyze, and visualize LiDAR data using ArcGIS Pro — giving you the tools to support smarter planning, mapping, and environmental management.
New to ArcGIS Pro? Start with our ArcGIS Pro 2D Basic course to build your foundation.
What will you learn
This course provides a complete, hands-on introduction to the LiDAR workflow in ArcGIS Pro. You’ll learn how to access quality LiDAR datasets, process raw point clouds, and convert them into meaningful elevation models and visualizations.
By the end of the course, you’ll be able to:
- Understand the differences between airborne and terrestrial LiDAR systems
- Import and process point cloud data into LAS files
- Convert point clouds into raster datasets for elevation modeling
- Generate hillshade and slope models to visualize terrain
- Integrate LiDAR data with other GIS layers for advanced 3D analysis
Through guided exercises and real-world datasets, you’ll gain practical experience that prepares you to apply LiDAR in real-world projects across industries.
Why choose this course
At Geo-ICT, we teach geospatial skills the way professionals use them: hands-on, practical, and directly tied to real applications. Our ArcGIS LiDAR course is led by experienced instructors who work with spatial data daily and understand the challenges you’ll face in real projects.
Why learners choose this course:
- It’s tailored for GIS professionals and analysts who want to move into 3D data
- You’ll learn to work with actual LiDAR datasets and use ArcGIS Pro effectively
- It builds a strong foundation in elevation modeling and point cloud processing
- You’ll gain skills that are relevant across industries — from environmental science to engineering
Whether you’re new to LiDAR or looking to deepen your ArcGIS skills, this course provides a clear, practical path forward.
Course structure
Day 1
You’ll begin by exploring the fundamentals of LiDAR — what it is, how it’s collected, and where to find existing datasets. Then, you’ll get hands-on with ArcGIS Pro to process point cloud data, convert it to raster format, and begin creating visualizations like hillshades and slope maps.
Day 2
On the second day, you’ll take your analysis further. You’ll build local relief models, work in 3D environments, and combine LiDAR with vector layers like shapefiles to create rich spatial outputs. Time permitting, you’ll also explore advanced topics such as light intensity values and classification techniques for added precision.
Learning Outcomes
- Understand how LiDAR works, including light pulse measurement and point cloud generation
- Recognize real-world applications of LiDAR across key industries
- Plan and prepare for LiDAR data collection using appropriate systems
- Process and clean point cloud data (LAS format) in ArcGIS Pro
- Create raster surfaces, hillshades, and slope models to visualize terrain
- Integrate LiDAR with other GIS data for advanced 3D analysis
- Apply LiDAR insights to real-world projects for smarter decision-making
More Information?
Do you have questions about the course content? Not sure if the course aligns with your learning objectives? Or would you prefer a private session or in-company training? We’re happy to assist—feel free to get in touch.
Related courses
Frequently Asked Questions about ArcGIS LiDAR
You’ll learn how to process, classify, and visualize LiDAR point clouds in ArcGIS Pro, including creating LAS datasets, generating elevation models, and working with 3D data.
Some prior experience with ArcGIS Pro is recommended. The course is ideal for users who already understand basic GIS concepts.
You’ll explore real-world applications such as terrain analysis, flood modeling, forestry, urban planning, and infrastructure mapping using LiDAR.
The course is offered both online and in person, depending on your preference and availability.