GeoSearch is actively seeking a full-time LiDAR Scanning Manager. The Scanning Manager will lead the development and execution of scanning for an electrical subcontractor on a Data Center Project.
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GeoSearch is actively seeking a full-time LiDAR Scanning Manager. The Scanning Manager will lead the development and execution of scanning for an electrical subcontractor on a Data Center Project.
Integrate and manage data from UAS, terrestrial LiDAR, and mobile mapping platforms. * Review and validate deliverables to ensure compliance with INDOT, FAA, and municipal standards. * Collaborate ...
Integrate and manage data from UAS, terrestrial LiDAR, and mobile mapping platforms. * Review and validate deliverables to ensure compliance with INDOT, FAA, and municipal standards. * Collaborate ...
Senior Surveyor - Indiana
Indianapolis, IN · On-site
Integrate and manage data from UAS, terrestrial LiDAR, and mobile mapping platforms. * Review and validate deliverables to ensure compliance with INDOT, FAA, and municipal standards. * Collaborate ...
Senior Surveyor - Indiana
Indianapolis, IN · On-site
Integrate and manage data from UAS, terrestrial LiDAR, and mobile mapping platforms. * Review and validate deliverables to ensure compliance with INDOT, FAA, and municipal standards. * Collaborate ...
Prioritize survey types (aerial, underground, trench, GIS, LiDAR) based on terrain, urban density, and regulatory constraints. Route & Right-of-Way (ROW) Surveys * Oversee aerial and ground-based ...
Prioritize survey types (aerial, underground, trench, GIS, LiDAR) based on terrain, urban density, and regulatory constraints. Route & Right-of-Way (ROW) Surveys * Oversee aerial and ground-based ...
Survey Chief
Indianapolis, IN · On-site
Prioritize survey types (aerial, underground, trench, GIS, LiDAR) based on terrain, urban density, and regulatory constraints. Route & Right-of-Way (ROW) Surveys * Oversee aerial and ground-based ...
Survey Chief
Indianapolis, IN · On-site
Prioritize survey types (aerial, underground, trench, GIS, LiDAR) based on terrain, urban density, and regulatory constraints. Route & Right-of-Way (ROW) Surveys * Oversee aerial and ground-based ...
Prioritize survey types (aerial, underground, trench, GIS, LiDAR) based on terrain, urban density, and regulatory constraints. Route & Right-of-Way (ROW) Surveys * Oversee aerial and ground-based ...
Prioritize survey types (aerial, underground, trench, GIS, LiDAR) based on terrain, urban density, and regulatory constraints. Route & Right-of-Way (ROW) Surveys * Oversee aerial and ground-based ...
Prioritize survey types (aerial, underground, trench, GIS, LiDAR) based on terrain, urban density, and regulatory constraints. Route & Right-of-Way (ROW) Surveys * Oversee aerial and ground-based ...
Prioritize survey types (aerial, underground, trench, GIS, LiDAR) based on terrain, urban density, and regulatory constraints. Route & Right-of-Way (ROW) Surveys * Oversee aerial and ground-based ...
This includes oversight of LiDAR data processing, point cloud analysis, surface modeling, and validation of grading and site conditions against design requirements. The role also leads survey ...
This includes oversight of LiDAR data processing, point cloud analysis, surface modeling, and validation of grading and site conditions against design requirements. The role also leads survey ...
Director of Geomatics
Indianapolis, IN · On-site
This includes oversight of LiDAR data processing, point cloud analysis, surface modeling, and validation of grading and site conditions against design requirements. The role also leads survey ...
Director of Geomatics
Indianapolis, IN · On-site
This includes oversight of LiDAR data processing, point cloud analysis, surface modeling, and validation of grading and site conditions against design requirements. The role also leads survey ...
This includes oversight of LiDAR data processing, point cloud analysis, surface modeling, and validation of grading and site conditions against design requirements. The role also leads survey ...
This includes oversight of LiDAR data processing, point cloud analysis, surface modeling, and validation of grading and site conditions against design requirements. The role also leads survey ...
This includes oversight of LiDAR data processing, point cloud analysis, surface modeling, and validation of grading and site conditions against design requirements. The role also leads survey ...
This includes oversight of LiDAR data processing, point cloud analysis, surface modeling, and validation of grading and site conditions against design requirements. The role also leads survey ...
Prioritize survey types (aerial, underground, trench, GIS, LiDAR) based on terrain, urban density, and regulatory constraints. Route & Right-of-Way (ROW) Surveys * Oversee aerial and ground-based ...
Prioritize survey types (aerial, underground, trench, GIS, LiDAR) based on terrain, urban density, and regulatory constraints. Route & Right-of-Way (ROW) Surveys * Oversee aerial and ground-based ...
This includes oversight of LiDAR data processing, point cloud analysis, surface modeling, and validation of grading and site conditions against design requirements. The role also leads survey ...
This includes oversight of LiDAR data processing, point cloud analysis, surface modeling, and validation of grading and site conditions against design requirements. The role also leads survey ...
This includes oversight of LiDAR data processing, point cloud analysis, surface modeling, and validation of grading and site conditions against design requirements. The role also leads survey ...
This includes oversight of LiDAR data processing, point cloud analysis, surface modeling, and validation of grading and site conditions against design requirements. The role also leads survey ...
This includes oversight of LiDAR data processing, point cloud analysis, surface modeling, and validation of grading and site conditions against design requirements. The role also leads survey ...
This includes oversight of LiDAR data processing, point cloud analysis, surface modeling, and validation of grading and site conditions against design requirements. The role also leads survey ...
This includes oversight of LiDAR data processing, point cloud analysis, surface modeling, and validation of grading and site conditions against design requirements. The role also leads survey ...
This includes oversight of LiDAR data processing, point cloud analysis, surface modeling, and validation of grading and site conditions against design requirements. The role also leads survey ...
Director of Geomatics
Indianapolis, IN · On-site
This includes oversight of LiDAR data processing, point cloud analysis, surface modeling, and validation of grading and site conditions against design requirements. The role also leads survey ...
Director of Geomatics
Indianapolis, IN · On-site
This includes oversight of LiDAR data processing, point cloud analysis, surface modeling, and validation of grading and site conditions against design requirements. The role also leads survey ...
Remote sensing fundamentals, including photogrammetry, georeferencing, laser scanning (LiDAR), and 3D geospatial data collection * Geospatial data processing and visualization using contemporary ...
Remote sensing fundamentals, including photogrammetry, georeferencing, laser scanning (LiDAR), and 3D geospatial data collection * Geospatial data processing and visualization using contemporary ...
This includes oversight of LiDAR data processing, point cloud analysis, surface modeling, and validation of grading and site conditions against design requirements. The role also leads survey ...
This includes oversight of LiDAR data processing, point cloud analysis, surface modeling, and validation of grading and site conditions against design requirements. The role also leads survey ...
This includes oversight of LiDAR data processing, point cloud analysis, surface modeling, and validation of grading and site conditions against design requirements. The role also leads survey ...
This includes oversight of LiDAR data processing, point cloud analysis, surface modeling, and validation of grading and site conditions against design requirements. The role also leads survey ...
Lidar information
See Indiana salary details
$12.12 - $14.78
13% of jobs
$16.18 is the 25th percentile. Wages below this are outliers.
$14.78 - $17.45
23% of jobs
The median wage is $18.56 / hr.
$17.45 - $20.11
33% of jobs
$20.84 is the 75th percentile. Wages above this are outliers.
$20.11 - $22.77
21% of jobs
$22.77 - $25.43
4% of jobs
$25.43 - $28.09
1% of jobs
$28.09 - $30.76
2% of jobs
$30.76 - $33.42
1% of jobs
$33.42 - $36.08
0% of jobs
$36.08 - $38.74
0% of jobs
$38.74 - $41.40
1% of jobs
$12
$20
$41
How much do lidar jobs pay per hour?
As of Jul 27, 2026, the average hourly pay for lidar in Indiana is $20.80, according to ZipRecruiter salary data. Most workers in this role earn between $15.58 and $20.82 per hour, depending on experience, location, and employer.
What careers use LiDAR?
LiDAR is used in various careers such as surveying, civil engineering, forestry, autonomous vehicle development, and environmental research. Professionals in these fields operate LiDAR sensors for mapping, terrain analysis, and object detection, often requiring skills in data processing and familiarity with specialized software.
What is the difference between Lidar vs Photogrammetrist?
| Aspect | Lidar | Photogrammetrist |
|---|---|---|
| Required Credentials | Typically requires a degree in geospatial, surveying, or related fields; certifications like ASPRS are common | Requires a degree in geography, geomatics, or related fields; certifications like ASPRS are also common |
| Work Environment | Works with laser scanning equipment, often outdoors or in survey environments | Uses aerial or terrestrial imagery, often in office or field photo analysis settings |
| Industry Usage | Used in surveying, mapping, autonomous vehicles, forestry | Used in mapping, land development, environmental studies, archaeology |
Both Lidar and Photogrammetrist roles require geospatial knowledge and certifications. Lidar specialists focus on laser scanning technology for precise 3D data, often outdoors, while Photogrammetrist professionals analyze imagery to create maps and models, typically in office or field photo analysis settings. They serve overlapping industries like surveying and mapping but use different data collection methods.
What is a LiDAR technician and what do they do?
A LiDAR technician is a professional who operates and manages Light Detection and Ranging (LiDAR) equipment to collect and process spatial data. They use laser-based technology to create detailed 3D maps and models of terrain, vegetation, buildings, and other structures. LiDAR technicians often work in fields such as surveying, environmental science, forestry, and civil engineering. Their responsibilities typically include planning data collection missions, calibrating equipment, analyzing collected data, and producing reports or visualizations for clients or stakeholders.
What Are Lidar Jobs?
LIDAR is a sensing method that is used remotely for light detection and radar. A laser, scanner, and GPS receiver record light pulses from the air and combine them with additional data to provide a detailed 3D map of the surface of Earth. LIDAR jobs have duties that focus on accurately mapping natural and manmade environments. Your responsibilities may differ by position, but you help survey the surface and use a sensor to understand various structures on Earth. Some examples of jobs that work with LIDAR include a software engineer, an electronics technician, an embedded software developer, and a UAV/drone pilot.
What are the key skills and qualifications needed to thrive as a Lidar Specialist, and why are they important?
To thrive as a Lidar Specialist, you need expertise in remote sensing, geospatial analysis, and a background in fields like geography, engineering, or environmental science. Familiarity with Lidar processing software (such as LAStools, ArcGIS, or TerraScan), GIS systems, and sometimes FAA drone certification are typically required. Strong analytical thinking, problem-solving abilities, and attention to detail help in interpreting complex data and collaborating with multidisciplinary teams. These skills ensure accurate data collection, processing, and application of Lidar technology for mapping, surveying, and environmental monitoring projects.
What are some typical challenges Lidar specialists face when working on large-scale mapping projects?
Lidar specialists working on large-scale mapping projects often encounter challenges such as managing and processing vast amounts of point cloud data, ensuring data accuracy in varied terrain or weather conditions, and integrating Lidar data with other geospatial datasets. Effective collaboration with surveyors, GIS analysts, and project managers is critical to meet tight deadlines and project requirements. Familiarity with specialized software and strong problem-solving skills help Lidar professionals address these challenges and deliver reliable results.
How much do LiDAR jobs pay in the US?
LiDAR technician and engineer roles in the US typically have salaries ranging from $50,000 to $120,000 annually, depending on experience, education, and location. Advanced positions requiring specialized skills in data processing, software, or hardware may offer higher compensation.
What jobs pay $500,000 a year in the US?
High-paying jobs related to Lidar technology typically include senior roles such as engineering managers, senior software engineers, or specialized R&D directors in autonomous vehicle, aerospace, or defense industries. These positions often require advanced degrees, extensive experience, and expertise in sensor systems, data processing, and software development. Compensation at this level may include base salary, bonuses, and stock options, especially in large tech or defense companies.
How to get a job in LiDAR?
To get a job in LiDAR, candidates should have a background in engineering, computer science, or related fields, along with experience in 3D mapping, sensor technology, or data processing. Skills in programming languages such as Python or C++, familiarity with LiDAR hardware and software, and relevant certifications can improve employability. Gaining practical experience through internships or projects and staying updated on industry developments are also beneficial.
More about Lidar jobs
What are the most commonly searched types of Lidar jobs in Indiana? The most popular types of Lidar jobs in Indiana are:
What are popular job titles related to Lidar jobs in Indiana? For Lidar jobs in Indiana, the most frequently searched job titles are:
What job categories do people searching Lidar jobs in Indiana look for? The top searched job categories for Lidar jobs in Indiana are:
Job description
GeoSearch is actively seeking a full-time LiDAR Scanning Manager. The Scanning Manager will lead the development and execution of scanning for an electrical subcontractor on a Data Center Project. Responsibilities include planning, setup, execution, processing, and integration with BIM and construction teams. Responsibilities also include coordination with survey teams and establishing control for proper site scanning. The candidate will work closely with our BIM manager and critical construction teams. The candidate will utilize a NavVis VLX3, provided by GeoSearch's client.
Qualifications
- Proven reality capture experience
- Large scale industrial, mission critical, or advanced manufacturing a plus
- Proficiency in Virtual Design tools and methodologies
- Electrical experience a plus
- Strong project management and organizational skills
- Excellent communication and collaboration abilities for working with diverse teams
- Must work onsite
- 50 hours/weekÂ
Job Types: Full-time (W2 or 1099)
Benefits:
- 401(k)
- 401(k) matching
- Paid time off
- Retirement plan