Work Experience (Cont.)
LiDAR Analyst | Designer
Groma Technical Services
-
Land feature extraction and design- Topodot
-
Design and extracting features of bridges and rails
-
Design and feature extraction of buildings
-
Extracting lowest ground points
-
Data quality check comparing bad and good sensor
-
Classifying Las Files for appropriate display
-
Labelling land and city features
-
Labelling, fixing and cleaning up bridge structure
-
Tree inventory analysis and organization
-
Look at bridge structure and finding distances and angles
-
Produce LAS files using ScanLook, check and fix control points
-
Creating an event file
-
Handling large amounts of data
-
Creating trajectory file (SBET)
-
Using AutoCAD to delete duplicate points, labelling and layer editing
-
Boresight and RMSE calculations
-
Preprocess data
-
Performed volume calculations
-
Created elevation and contour maps
-
Wrote reports on the volume calculations
-
AutoCAD Recap- Look at the design of the open joist lines and cross beams in the point clouds more in detail
-
Measuring the distance between the open joist lines and the ceiling
-
Creating ground points for a bridge
-
QT Reader- Pinning points and doing it efficiently using locational
values such as latitude and longitude values
-
Global Mapper- to check for distance between the point in the LAS files and the control points
-
Data quality check, comparing bad and good sensor
-
Microsoft Excel- Deleting duplicate values
-
Highlighting duplicate values or values that are needed
LiDAR Data Analyst
Aethon Aerial Solutions
-
Adding voltage values in one layer based on another layer
-
Quality check of sensors using GUI
-
Adding caternary wires to misclassified files
-
Checking span reports
-
Creating caternary shapefiles
-
Alignment fixes of spans using Global Mapper
-
Voltage association using Global Mapper
-
PDF Reports and Excel Spreadsheets
-
Handling large amounts of data
-
Used a tool to create caternary wires