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Point Cloud Lidar Jobs (NOW HIRING)

Kraken Robotics

Subsea LiDAR Specialist

Houston, TX · On-site

Process and analyze point cloud data to generate accurate client deliverables * Validate data ... Direct impact on cutting-edge subsea LiDAR technology deployment * High visibility with global ...

Dudek

Land Surveying CAD Technician

Encinitas, CA · On-site +1

$38 - $47.50/hr

This position offers an opportunity to work on varied projects, including plats, legal descriptions, point cloud/ LiDAR topography, and boundary mapping, in a collaborative and mentorship-driven ...

Seyond

Staff LiDAR System Engineer

Sunnyvale, CA · On-site

Job Summary We are seeking a Staff LiDAR System Engineer to lead system-level architecture ... Perform system-level analysis covering detection range, point-cloud quality, accuracy, precision ...

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Point Cloud Lidar information

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How much do point cloud lidar jobs pay per hour?

As of Sep 8, 2026, the average hourly pay for point cloud lidar in the United States is $62.89, according to ZipRecruiter salary data. Most workers in this role earn between $53.61 and $71.63 per hour, depending on experience, location, and employer.

What is a point cloud LiDAR specialist?

A Point Cloud LiDAR specialist is a professional who works with Light Detection and Ranging (LiDAR) technology to collect, process, and analyze 3D spatial data. They use LiDAR sensors to generate 'point clouds,' which are detailed digital representations of physical environments. These specialists are often involved in projects like mapping, surveying, construction, forestry, and autonomous vehicle navigation. Their expertise helps transform raw LiDAR data into usable information for engineering, planning, and research purposes.

What are the key skills and qualifications needed to thrive as a point cloud LiDAR specialist?

To thrive as a Point Cloud LiDAR Specialist, you need expertise in geospatial analysis, remote sensing, and a relevant degree in fields like geography, engineering, or geomatics. Familiarity with LiDAR data processing software (e.g., LAStools, TerraScan, ArcGIS), CAD applications, and experience with LiDAR sensors are typically required. Attention to detail, problem-solving abilities, and effective communication are crucial soft skills for managing complex datasets and collaborating with multidisciplinary teams. These competencies ensure accurate data collection, processing, and interpretation essential for delivering high-quality geospatial solutions.

What are some typical challenges faced by professionals working with point cloud LiDAR data, and how can they be addressed?

Professionals working with point cloud LiDAR data often encounter challenges such as managing large data sets, ensuring accurate data registration, and filtering out noise or irrelevant points. Effective solutions include utilizing specialized software tools for data processing, establishing clear workflows for quality assurance, and collaborating closely with surveyors, GIS specialists, and engineers to validate results. Staying updated with the latest industry techniques and regularly participating in training can also help overcome technical obstacles and improve data accuracy.

What is the difference between Point Cloud Lidar vs Drone Surveyor?

AspectPoint Cloud LidarDrone Surveyor
Primary FocusCapturing 3D point cloud data using Lidar sensorsConducting aerial surveys using drones to collect imagery and spatial data
Required CredentialsTechnical certifications in Lidar technology, GIS, or surveyingDrone pilot licenses, GIS or surveying certifications
Work EnvironmentConstruction sites, forests, urban areas with Lidar equipmentOpen outdoor areas, construction sites, remote locations
Industry UsageMapping, topography, infrastructure inspectionLand surveying, construction planning, environmental monitoring

While Point Cloud Lidar specialists focus on collecting detailed 3D data with Lidar sensors, Drone Surveyors utilize drones to capture aerial imagery and spatial data. Both roles are essential in mapping and surveying projects but differ in equipment, data collection methods, and typical work environments.

What other helpful pages are available for Point Cloud Lidar?

Other pages related to Point Cloud Lidar:

Infographic showing various Point Cloud Lidar job openings in the United States as of September 2026, with employment types broken down into 85% Full Time, 5% Part Time, and 10% Contract. Highlights an 75% In-person, and 25% Remote job distribution, with an average salary of $130,802 per year, or $62.9 per hour.

GIS Analyst - LiDAR and Remote Sensing

Springfield, MO • On-site

Toth And Associates Inc
Utilities • 51 - 200 employees
Learn more about Toth And Associates Incexternal

$60 - $80/hr

Other

Medical, Dental, Life, Retirement, PTO

Posted 14 days ago

Key responsibilities

  • Process, analyze, and validate LiDAR and aerial datasets to produce final geospatial deliverables.

  • Perform point cloud classification, refinement, and quality control, and evaluate LiDAR accuracy using ground control and checkpoints.

  • Support GIS initiatives by producing maps, spatial analyses, and maintaining geospatial datasets, while automating tasks and collaborating with project teams.

Job description

TOTH is seeking a GIS Analyst with experience in LiDAR, point cloud processing, and geospatial data production to join our GIS team. This position will play a key role in processing, analyzing, and validating LiDAR and aerial data used to support engineering, surveying, utility, and infrastructure projects.This role requires hands-on experience working with LiDAR data and a strong understanding of accuracy, consistency, and quality control. The position will work with complex geospatial datasets to identify potential issues and produce reliable products for use by engineers, surveyors, GIS professionals, and other project teams.While LiDAR and aerial data processing will be a primary focus, this position will also support broader GIS initiatives, including mapping, data management, utility GIS, automation, and spatial analysis.Essential Duties and Responsibilities:LiDAR, Point Cloud & Remote SensingProcess and analyze UAV and other LiDAR datasets from raw data through final deliverables.Perform point cloud classification, refinement, and quality control.Evaluate LiDAR accuracy using ground control, checkpoints, and established accuracy standards.Identify and troubleshoot alignment, positioning, classification, coordinate system, and other data quality issues.Generate geospatial products including classified LAS/LAZ, terrain and surface models, contours, breaklines, planimetric mapping derived from LiDAR and imagery, orthomosaics, 3D models, profiles, cross-sections, and other project-specific deliverables.Extract features and measurements from LiDAR and imagery for engineering, surveying, utility, and infrastructure applications.Work with aerial imagery, photogrammetry, thermal imagery, and other remotely sensed datasets as project needs require.Apply appropriate coordinate systems, projections, datums, and transformations to geospatial datasets.Perform quality control and validation to ensure deliverables meet project requirements and applicable accuracy standards.Help develop efficient, repeatable workflows and technical standards as our LiDAR and remote sensing capabilities continue to grow.Evaluate new software, technologies, and processing methods that can improve quality, efficiency, or the services we provide.GIS & Geospatial SupportProduce maps, exhibits, spatial analyses, and geospatial datasets supporting engineering, surveying, utility, and infrastructure projects.Support GIS data conversion, migration, schema development, and quality control.Develop and maintain GIS datasets, web maps, feature services, and field data collection solutions.Assist with utility GIS and asset inventory projects involving electric, fiber, and other infrastructure.Automate repetitive GIS and data processing tasks using Python, ArcPy, ModelBuilder, or similar tools.Collaborate with GIS professionals, engineers, surveyors, field personnel, and project managers to solve geospatial problems and develop effective project solutions.Bachelor's degree in a geospatial-related field, or equivalent professional experience.Professional experience processing and analyzing LiDAR or point cloud data.Experience with point cloud processing software such as DJI Terra, LP360, TerraSolid, Global Mapper Pro, CloudCompare, or comparable platforms.Working knowledge of ArcGIS Pro and geospatial data processing.Strong understanding of coordinate systems, projections, datums, and geospatial transformations.Understanding of GNSS, ground control, checkpoints, and positional accuracy concepts.Ability to evaluate geospatial data for accuracy and identify potential quality issues.Strong attention to detail and commitment to producing accurate, reliable deliverables.Ability to manage multiple datasets and project priorities while communicating technical issues clearly.Preferred Qualifications:UAV-based LiDAR acquisition and processing.DJI Zenmuse L1/L2 and DJI Terra.Other UAV LiDAR platforms such as ROCK Robotic, YellowScan, Phoenix LiDAR, or similar systems.Point cloud classification and automated feature extraction.Planimetric mapping and topographic data production.Photogrammetry and orthomosaic production.Electric utility, transmission, distribution, fiber, or other infrastructure projects.LiDAR data supporting PLS-CADD, PLS-POLE, CAD, or engineering design workflows.Utility GIS platforms such as NISC, Milsoft, Futura, or Vetro.Python, ArcPy, ModelBuilder, or other geospatial automation tools.ArcGIS Enterprise, ArcGIS Online, Field Maps, or Survey123.Surveying, geomatics, or survey-supporting geospatial workflows.Ideal Candidate:The ideal candidate is technically strong, detail-oriented, and takes ownership of the quality of their work. They can work independently through complex geospatial datasets, identify inconsistencies or potential quality issues, and investigate their cause to ensure accurate and reliable results.We are looking for someone who enjoys technical problem solving, is interested in advancing LiDAR and geospatial technology, and can help us continue improving how we process, analyze, and deliver geospatial data.Benefits:Paid Time Off (PTO)Eight paid holidaysCompany-paid medical and dental coverage with buy-up options401(k) w/company matching and profit sharingDiscretionary bonusesPaid Bonding LeaveVisionCompany-paid life insurance and long-term disability insuranceSupplemental life insurance availableShort-term disability availableFSA and HSA optionsEducation assistanceCompany Overview:Toth and Associates, Inc. (TOTH) is a full-service consulting engineering firm offering a broad range of services, including electric utility engineering, structural engineering, civil engineering, land services, GIS/mapping, utility rate services, and joint-use/make-ready support. Since our founding in 2003, we have grown to serve public and private utilities, municipalities, architects, developers, educational institutions, and other clients across the country.At TOTH, we believe strong relationships are the foundation of successful work. Our team is built on professional expertise, collaboration, and a commitment to serving both our clients and one another well. We value people, encourage continued growth, and strive to provide a workplace where employees can build meaningful, rewarding careers.TOTH offers competitive compensation, a comprehensive benefits package, professional development opportunities, and a supportive work environment. Visit www.tothassociates.com to learn more about our company. #J-18808-Ljbffr

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