... work, basic GPS ground survey procedures, airborne lidar trajectory processing, interaction of ... Experience creating scripts/models/macros in multiple GIS/remote sensing platforms * Experience ...
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... work, basic GPS ground survey procedures, airborne lidar trajectory processing, interaction of ... Experience creating scripts/models/macros in multiple GIS/remote sensing platforms * Experience ...
... work, basic GPS ground survey procedures, airborne lidar trajectory processing, interaction of ... Experience creating scripts/models/macros in multiple GIS/remote sensing platforms * Experience ...
... work, basic GPS ground survey procedures, airborne lidar trajectory processing, interaction of ... Experience creating scripts/models/macros in multiple GIS/remote sensing platforms * Experience ...
Remote positions will be considered dependent on experience. This is an excellent career ... Strong candidates will also have a strong understanding of aerial acquisition, GPS ground survey ...
Remote positions will be considered dependent on experience. This is an excellent career ... Strong candidates will also have a strong understanding of aerial acquisition, GPS ground survey ...
Remote Gps Modeling information
What is the difference between Remote Gps Modeling vs Remote GIS Analyst?
| Aspect | Remote Gps Modeling | Remote GIS Analyst |
|---|---|---|
| Required Credentials | GIS certifications, degree in geospatial sciences | GIS certifications, degree in geography or related field |
| Work Environment | Data analysis, modeling, software development | Data analysis, map creation, spatial data management |
| Industry Usage | Transportation, logistics, urban planning | Environmental, urban planning, government agencies |
| Common Search Intent | Modeling GPS data, developing GPS-based solutions | Analyzing spatial data, creating maps |
Remote Gps Modeling focuses on developing models and algorithms based on GPS data, often involving software development and data analysis. Remote GIS Analysts primarily analyze spatial data, create maps, and support geographic information systems. While both roles require geospatial credentials, Remote Gps Modeling emphasizes data modeling and software, whereas Remote GIS Analysts focus on spatial data analysis and visualization.
What are the key skills and qualifications needed to thrive as a Remote GPS Modeler, and why are they important?
To thrive as a Remote GPS Modeler, you need expertise in geospatial analysis, GPS data interpretation, and mathematical modeling, typically supported by a degree in geography, geoinformatics, or a related field. Familiarity with GIS software (like ArcGIS or QGIS), GPS data collection tools, and data modeling platforms is essential. Strong problem-solving abilities, attention to detail, and effective remote communication skills set candidates apart in this role. These skills ensure accurate spatial data modeling and effective collaboration on distributed teams, which are critical for delivering reliable geospatial solutions.
What is a Remote GPS Modeler?
A Remote GPS Modeler is a professional who uses Geographic Positioning System (GPS) technology to create digital models or maps of geographic areas, all while working remotely. Their work often involves collecting, processing, and analyzing spatial data to build accurate representations for industries like surveying, urban planning, agriculture, or logistics. These specialists use specialized software to interpret GPS data and may collaborate with teams digitally to share their findings. Remote GPS Modelers need strong technical skills in geospatial tools and an understanding of coordinate systems and mapping standards. The remote aspect of this job allows professionals to perform their tasks from virtually anywhere with a reliable internet connection.
What are some common challenges faced by professionals in remote GPS modeling roles, and how can they be addressed?
Remote GPS modeling professionals often encounter challenges such as coordinating with geographically dispersed teams, managing large datasets, and ensuring data accuracy without on-site verification. Effective communication through regular virtual meetings and collaborative platforms is key to staying aligned with team members. Utilizing robust version control systems, well-documented workflows, and cloud-based GIS tools can help streamline data management and foster efficient collaboration. Staying updated with the latest industry software and remote sensing technologies is also essential for overcoming technical hurdles.
What are popular job titles related to Remote Gps Modeling jobs in Florida? For Remote Gps Modeling jobs in Florida, the most frequently searched job titles are:
What job categories do people searching Remote Gps Modeling jobs in Florida look for? The top searched job categories for Remote Gps Modeling jobs in Florida are:
What cities in Florida are hiring for Remote Gps Modeling jobs? Cities in Florida with the most Remote Gps Modeling job openings:
Job description
Topobathymetric Lidar Geospatial Analyst II
Job Description
Geospatial Analyst III in Fairfax, VA or Tampa, FL. Remote positions will be considered dependent on experience. This is an excellent career opportunity for an individual to join a team of professionals while working in a multidisciplinary consulting and engineering firm. The firm succeeds through the individual and collaborative skills of its people therefore, we offer opportunities for professional growth while working with and applying the latest technology. Typical responsibilities are to work on GIS/IT and Remote Sensing-related projects for state and federal clients across the US. Overall responsibility includes working on a team performing automated and manual processing of point cloud data.
Responsibilities
Position requires experience in analysis and review of topographic lidar data, topobathymetric data, vector data (2D and 3D), Digital Elevation Models (DEMs), Digital Surface Models (DSMs), imagery, and derivative products for state, federal, and private clients across the US. Experience with creating automated lidar classification algorithms (TerraSolid Products) preferred. Strong candidates will also have a good, conceptual understanding of fundamental remote sensing concepts and geospatial processes for various products, e.g. how lidar sensors work, basic GPS ground survey procedures, airborne lidar trajectory processing, interaction of light and water for bathymetry applications, and ortho-imagery processing.
- Working with the initial processing and data classification of multiple topographic and bathymetric lidar projects.
- Creating Scripts/Models/Macros in multiple sensor platforms
- Work with the Product Line Lead to assist in the execution of projects, on time and within budget.
- Data Management and Handling: Planning and monitoring production data, management needs and working with IT and Operations to ensure adequate resources are available; Ensuring data management protocols are met including the use of proper files and formats as well as file locations, storage, and backups.
- Perform work that appropriately follows all quality control steps and practices are implemented throughout processes to ensure deliverables meet client specifications.
- Provide feedback and support for developing and/or updating SOPs as necessary.
- Works with production staff to support process improvements; working with other Technology/Process Improvement teams to review best practices to enhance product line, gain efficiencies, and improve quality.
- Support improvements to automation of the production and QC process through providing technical guidance and ideas
- Task Management; Problem resolution; Report writing; Collaboration
- Quality Assurance, documentation and providing feedback.
Required Skills and Experience
- Bachelor's degree in Geography, GIS, or related field.
- 3+ years of experience in the GIS/Remote Sensing Field or equivalent combination of education and experience with a focus on point cloud classification working with Lidar and producing other Elevation data sources.
- Experience in Lidar processing and elevation model creation/manipulation, hydrography, or other remote sensing processing, development, and QA/QC.
- An understanding of GIS and Lidar data and concepts including a strong knowledge of various raster and vector data types, coordinate systems, projections, and datums
- Understanding of Lidar production workflow and being able to explain the conceptual basis of Lidar acquisition, processing, and deliverable creation
- The ability to analyze point clouds and various geospatial data layers derived from point cloud data.
- Working experience with Terrasolid Products and MicroStation
- In-depth knowledge of ESRI’s products including ArcGIS 10x, ArcPro.
- Proficiency in basic computer applications, especially MS Office (Word, Excel, and Access).
- Ability to handle multiple priorities under tight schedules as required
- Strong verbal and written communication skills.
Beneficial Skills & Experience
- Creative problem-solving skills.
- GISP Certification, ASPRS certifications in Lidar or other Remote Sensing technologies a plus
- LASTools, LP360, Global Mapper, QGIS experience a plus.
- Working knowledge of Python and/or other programming languages a plus.
- GDAL Tools, and command line applications highly desirable
- ArcGIS Data Review and Production Editing experience a plus.
- Specific experience working with Riegl topobathymetric sensors and Optech CZMIL topobathymetric sensors.
- Experience creating scripts/models/macros in multiple GIS/remote sensing platforms
- Experience with national elevation programs, such as NOAA’s Coastal Mapping Program, USGS 3DEP, and/or USGS 3DHP
- Experience with industry standards and specifications, e.g., ASPRS Positional accuracy Standards for Digital Geospatial Data, USGS Lidar Base Specifications
Additional Requirements:
- US Citizen
- Must have a valid driver’s license, good driving record and ability to pass a driving record background check.