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Francis George
Aerial Sensing Equipment/Camera and Lidar/Geospatial Extraction
Summary
Highly skilled professional with experience in Aerial Sensing Equipment/Camera and Lidar/Geospatial Extraction. Proven ability to design and implement geospatial extraction workflows, calibrate and operate aerial sensing equipment, develop and maintain specialized software for processing and analyzing aerial sensing data, collaborate with engineers, scientists, and stakeholders to define project requirements and deliver actionable insights from aerial sensing data. Managed and coordinated large-scale aerial surveys, including planning, data acquisition, and quality control. Utilized advanced aerial sensing techniques, such as photogrammetry, lidar remote sensing, and hyperspectral imaging, to capture detailed and accurate data. Performed data validation and quality assurance procedures to ensure the accuracy and integrity of aerial sensing data. Created detailed reports and presentations to communicate findings and insights from aerial sensing data analysis.
Education
Geomatics Engineering
November 2018
Skills
- Aerial Image Acquisition
- Camera Calibration and Optimization
- Lidar Data Processing and Analysis
- Photogrammetric Mapping
- Point Cloud Classification
- Remote Sensing
Work Experience
Aerial Sensing Equipment/Camera and Lidar/Geospatial Extraction
- Managed and coordinated largescale aerial surveys, including planning, data acquisition, and quality control.
- Utilized advanced aerial sensing techniques, such as photogrammetry, lidar remote sensing, and hyperspectral imaging, to capture detailed and accurate data.
- Performed data validation and quality assurance procedures to ensure the accuracy and integrity of aerial sensing data.
- Created detailed reports and presentations to communicate findings and insights from aerial sensing data analysis.
Aerial Sensing Equipment/Camera and Lidar/Geospatial Extraction
- Designed and implemented a geospatial extraction workflow to automatically generate highresolution orthomosaics and digital surface models from aerial imagery and lidar data.
- Calibrated and operated aerial sensing equipment, including cameras, lidar sensors, and inertial measurement units (IMUs), to ensure optimal data collection.
- Developed and maintained specialized software for processing and analyzing aerial sensing data, including lidar point clouds, orthomosaics, and derived products.
- Collaborated with engineers, scientists, and stakeholders to define project requirements and deliver actionable insights from aerial sensing data.
Accomplishments
- Successfully deployed and calibrated a stateoftheart aerial lidar system, resulting in the acquisition of highly accurate and detailed point cloud data for a 10,000acre forest inventory.
- Developed a novel image processing algorithm that improved the accuracy of automated feature extraction from aerial imagery, reducing processing time by 25%.
- Led a team of engineers in the design and implementation of a comprehensive aerial data acquisition and processing pipeline, enabling the efficient production of geospatial products.
- Collaborated with stakeholders to define data collection requirements and ensure project deliverables met industry standards and client expectations.
- Utilized specialized software to extract and analyze geospatial data from aerial lidar and imagery, providing valuable insights for decisionmaking.
Awards
- Received the Excellence in Aerial Sensing award from the American Society for Photogrammetry and Remote Sensing (ASPRS) for outstanding contributions to the field.
- Recognized as a Rising Star in the field by the International Society for Optics and Photonics (SPIE).
- Won the Best Paper award at the annual ASPRS conference for research on the use of aerial imagery for land cover classification.
- Received the Innovator of the Year award from the Association for Unmanned Vehicle Systems International (AUVSI) for contributions to the advancement of aerial technology.
Certificates
- Certified Mapping Scientist (CMS)
- Certified Photogrammetrist (CP)
- Certified Remote Sensing Analyst (CRSA)
- Certified UAV Operator (CUO)
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How To Write Resume For Aerial Sensing Equipment/Camera and Lidar/Geospatial Extraction
- Highlight your technical skills and experience in aerial sensing equipment, camera and lidar systems, and geospatial data extraction.
- Showcase your ability to manage and coordinate large-scale aerial surveys, ensuring data quality and accuracy.
- Demonstrate your proficiency in processing, analyzing, and interpreting aerial sensing data to derive meaningful insights.
- Emphasize your ability to collaborate effectively with engineers, scientists, and stakeholders to define project requirements and deliver actionable results.
Essential Experience Highlights for a Strong Aerial Sensing Equipment/Camera and Lidar/Geospatial Extraction Resume
- Design and implement geospatial extraction workflows to automatically generate high-resolution orthomosaics and digital surface models from aerial imagery and lidar data.
- Calibrate and operate aerial sensing equipment, including cameras, lidar sensors, and inertial measurement units (IMUs), to ensure optimal data collection.
- Develop and maintain specialized software for processing and analyzing aerial sensing data, including lidar point clouds, orthomosaics, and derived products.
- Collaborate with engineers, scientists, and stakeholders to define project requirements and deliver actionable insights from aerial sensing data.
- Manage and coordinate large-scale aerial surveys, including planning, data acquisition, and quality control.
- Utilize advanced aerial sensing techniques, such as photogrammetry, lidar remote sensing, and hyperspectral imaging, to capture detailed and accurate data.
- Perform data validation and quality assurance procedures to ensure the accuracy and integrity of aerial sensing data.
Frequently Asked Questions (FAQ’s) For Aerial Sensing Equipment/Camera and Lidar/Geospatial Extraction
What are the key skills required for an Aerial Sensing Equipment/Camera and Lidar/Geospatial Extraction role?
Key skills for this role include aerial image acquisition, camera calibration and optimization, lidar data processing and analysis, photogrammetric mapping, point cloud classification, and remote sensing.
What are the typical responsibilities of an Aerial Sensing Equipment/Camera and Lidar/Geospatial Extraction professional?
Responsibilities often include designing and implementing geospatial extraction workflows, calibrating and operating aerial sensing equipment, developing and maintaining specialized software for data processing and analysis, collaborating with engineers and scientists to define project requirements, managing and coordinating aerial surveys, and performing data validation and quality assurance procedures.
What are the career prospects for an Aerial Sensing Equipment/Camera and Lidar/Geospatial Extraction professional?
Professionals in this field can advance to roles such as project manager, technical lead, or research scientist. They may also specialize in specific areas such as environmental monitoring, land use planning, or disaster response.
What are the educational requirements for an Aerial Sensing Equipment/Camera and Lidar/Geospatial Extraction role?
A bachelor’s degree in Geomatics Engineering, Geospatial Science, or a related field is typically required. Additional coursework or certification in aerial sensing equipment, camera and lidar systems, and geospatial data extraction is beneficial.
What are the top companies hiring for Aerial Sensing Equipment/Camera and Lidar/Geospatial Extraction roles?
Top companies in this field include Airbus, Hexagon, and Trimble.
What are the key trends in the Aerial Sensing Equipment/Camera and Lidar/Geospatial Extraction industry?
Key trends include the increasing use of drones and other unmanned aerial vehicles for data collection, the development of new sensors and technologies for capturing more accurate and detailed data, and the growing demand for geospatial data in various industries.