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Photogrammetry Reality Capture Jobs (NOW HIRING)

SME is seeking a Reality Capture Technician to support our surveying and reality capture services ... Perform terrestrial laser scanning, mobile scanning, drone-based photogrammetry, and 360ยฐ imagery ...

Reality Capture Technician Summary: The candidate will be responsible for the collection of data ... Conduct laser scanning and 360 photogrammetry at project sites to capture accurate as-built data.

Reality Capture Technician Summary: The candidate will be responsible for the collection of data ... Conduct laser scanning and 360 photogrammetry at project sites to capture accurate as-built data.

Reality Capture Technician Summary: The candidate will be responsible for the collection of data ... Conduct laser scanning and 360 photogrammetry at project sites to capture accurate as-built data.

Reality Capture Technician Summary: The candidate will be responsible for the collection of data ... Conduct laser scanning and 360 photogrammetry at project sites to capture accurate as-built data.

Reality Capture Technician Summary: The candidate will be responsible for the collection of data ... Conduct laser scanning and 360 photogrammetry at project sites to capture accurate as-built data.

... photogrammetry data. * Learn existing standards and methods while contributing to continuous ... Any experience operating Reality Capture devices (3D Laser Scanners) and/or photogrammetric devices ...

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Photogrammetry Reality Capture information

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$30.5K

$91.5K

$175.5K

How much do photogrammetry reality capture jobs pay per year?

As of Jun 4, 2026, the average yearly pay for photogrammetry reality capture in the United States is $91,454.00, according to ZipRecruiter salary data. Most workers in this role earn between $58,500.00 and $107,500.00 per year, depending on experience, location, and employer.

What are the key skills and qualifications needed to thrive as a Photogrammetry Reality Capture specialist, and why are they important?

To thrive in Photogrammetry Reality Capture, you need a solid understanding of geospatial science, camera systems, and image processing, often supported by a background in surveying, GIS, or related fields. Proficiency with photogrammetry software (such as Agisoft Metashape, Pix4D, or RealityCapture), CAD/GIS platforms, and drone operation certifications are commonly required. Attention to detail, problem-solving skills, and effective communication are important soft skills for ensuring accuracy and collaborating with project stakeholders. These competencies enable high-quality data acquisition and modeling, which are crucial for delivering precise, actionable results in surveying, construction, and mapping projects.

What are some common challenges faced by professionals working in photogrammetry reality capture, and how can they be addressed?

Professionals in photogrammetry reality capture often encounter challenges such as managing large data sets, ensuring accurate alignment of images, and dealing with variable environmental conditions that impact image quality. Addressing these challenges involves using robust data management software, carefully planning capture sessions to optimize lighting and angles, and collaborating closely with engineers and surveyors to verify accuracy. Regular training on new software updates and quality assurance protocols also helps maintain high standards and efficient workflows.

What is photogrammetry reality capture?

Photogrammetry reality capture is a process that uses photographs to create accurate 3D models or maps of real-world objects, buildings, or landscapes. By taking multiple overlapping images from different angles, specialized software analyzes the photos to reconstruct spatial data and generate detailed digital models. This technique is widely used in industries such as construction, surveying, architecture, and archaeology for tasks like site documentation, measurement, and visualization. The accuracy and cost-effectiveness of photogrammetry make it a popular choice for capturing real-world environments in a digital format.

What is the difference between Photogrammetry Reality Capture vs Drone Surveyor?

AspectPhotogrammetry Reality CaptureDrone Surveyor
CredentialsPhotogrammetry certifications, GIS knowledgeDrone pilot licenses, GIS certifications
Work EnvironmentOffice, field data collection, processing labsOutdoor, aerial data collection
Industry UsageMapping, architecture, construction, archaeologyConstruction, surveying, environmental monitoring

Photogrammetry Reality Capture involves creating 3D models and maps from photographs, often using specialized software. Drone Surveyors operate unmanned aerial vehicles to collect aerial imagery and data. While both roles require GIS knowledge and certifications, Photogrammetry Reality Capture focuses on data processing and model creation, whereas Drone Surveyors specialize in aerial data collection using drones.

More about Photogrammetry Reality Capture jobs
What cities are hiring for Photogrammetry Reality Capture jobs? Cities with the most Photogrammetry Reality Capture job openings:
What states have the most Photogrammetry Reality Capture jobs? States with the most job openings for Photogrammetry Reality Capture jobs include:
What job categories do people searching Photogrammetry Reality Capture jobs look for? The top searched job categories for Photogrammetry Reality Capture jobs are:
Reality Capture Manager - Surveys

Reality Capture Manager - Surveys

Wallace Montgomery

Hunt Valley, MD โ€ข On-site, Remote

$46 - $55/hr

Other

Medical, Dental, Vision, Retirement

Posted 14 hours ago


Job description

Wallace Montgomery is searching for a Reality Capture Manager to join our Surveys team in our Hunt Valley, Maryland office. The Reality Capture Manager will lead the strategy, execution, integration and advancement of all reality capture technology within the Survey Department, including LiDAR (mobile, terrestrial, aerial), photogrammetry, remote sensing workflows, GNSS, bathymetric, and advanced digital modeling methods. This manager serves as the departments, SME in survey technology.ย 

This role oversees technical standards, quality assurance, data acquisition, and staff training to ensure high-accuracy, safe, and efficient field and office deliverables.

Wallace Montgomery offers employees medical, dental, and vision insurance coverage along with 401k match opportunities.ย 

Essential Functions:ย 

  • Leadership & Management
    • Lead the development and implementation of reality capture strategies, including terrestrial, drone and, mobile mapping LiDAR.
    • Mentor technicians, survey crews, and analysts in collection, processing, and QA/QC of captured data.
    • Establish and continuously improve technical standards, workflows, documentation, and departmentwide training programs.
    • Coordinate with project managers, surveyors, engineers, and GIS specialists to align deliverables with project scopes and accuracy requirements.
  • Technical Execution & Oversight
    • Plan, coordinate, and direct reality capture operations.
    • Perform advanced LiDAR registration, point cloud management, scantomodel workflows, and extraction of features to appropriate accuracy standards.
    • Ensure proper establishment of horizontal and vertical control, including integration of GNSS, and conventional survey methods.
    • Lead the processing and QA/QC of point clouds, imagery, and hybrid datasets to meet project requirements.
    • Serve as the firmโ€™s central technical consultant on reality capture issues.
  • Project Delivery & Support
    • Develop projectspecific flight, scanning, or control plans to ensure safe, accurate, and costeffective data collection.
    • Participate in proposal development, scope writing, and cost estimating for survey and mapping projects involving advanced capture technologies.
    • Support field teams in hazardous or complex conditions by selecting the appropriate remote capture method to maintain safety and data reliability (e.g., drone mapping in unstable locations). ย 
  • Innovation & Technology Management
    • Evaluate and recommend procurement of new technologies, sensors, software, and equipment.
    • Maintain a forwardlooking perspective on industry innovations, standards, and best practices.
    • Lead pilot programs, testing, and adoption processes for new tools and techniques.

Qualifications:ย 

  • Minimum 8โ€“10 years of progressive survey experience, including demonstrable leadership in LiDAR or other reality capture technologies.
  • Extensive experience with:
    • Terrestrial and mobile LiDAR scanning
    • Drone photogrammetry and remote sensing
    • GNSS, RTK/VRS, and control networks
    • Topographic, boundary, construction stakeout, ROW, and utility surveys
    • Point cloud extraction and processing workflows