Photogrammetry And LiDAR Course - Information, Fee, Syllabus.
Job Oriented Course
Offline
Duration: 8 months
7 job roles
17 modules
13 softwares
6 technologies
Photogrammetry And LiDAR Course Information
Course Title: Diploma in Geoinformatics
Duration: 8 months
Training Modes: Offline/Hybrid | Full-time
Timing: 4 days a week, 3 hours a day
75000
Photogrammetry And LiDAR Course Eligibility
- Any Graduate or above from stream scored higher than 50%
- Must have knowledge of computers
75000
Photogrammetry And LiDAR Course Target Job Roles
GIS Technician
GIS Operator
GIS Surveyor
GIS Executive
GIS Analyst
Remote Sensing Executive
Drone Data Analyst
LiDAR Engineer
LiDAR Technician
Career Opportunities and Scope
is in the field of Urban Planning, Land Records, Utilities, Environment, Drone Industry.
Photogrammetry And LiDAR Course Overview
In the past few decades, the rapid growth of Remote Sensing by Aero-Space technology has brought about a paradigm shift in large scale mapping using photogrammetric technics. 2D & 3D Mapping, DSM, DTM generation become much faster and demanding. The unique advantages of Digital Photogrammetry in terms of precision and accuracy offer opportunities for automation of DEM/DTM and integration of images acquired on a multi-platform (Satellite, Aircraft, Drone) and multi-sensor basis.
Photogrammetry by Drone is the science and technology of obtaining reliable information about physical objects and the environment through the process of recording, measuring and interpreting photographic images and patterns of electromagnetic radiant imagery and other phenomena. Photogrammetry is used in 3D City modelling, DEM creation, ortho-photo generations.
LiDAR is a method for measuring distances (ranging) by illuminating the target with laser light and measuring the reflection with a sensor. Differences in laser return times and wavelengths can then be used to make digital 3-D representations of the target. It has terrestrial, airborne, and mobile applications.
Modules covered in Photogrammetry And LiDAR Course
- Understand the technical language of GIS
- Understand the data display and cartographical methods
- Understand the open source and propriety GIS software vendors worldwide
- Define and design the GIS data model such as Vector Raster TIN and Attribute
- Define datum and Geographic projected coordinate system and their types
- Describe what is GIS Why the data in GIS called geo-referenced GIS related domains
- Define spatial Data Infrastucture
- Describe application of various data models
- Define various source for data and data acquisition terminologies in GIS
- Define Vector Raster Network and surface analysis and their application
- Describe the topological relationship of spatial data
- Make use of attribute query and spatial query in complex analysis context
- Understand source of error in data aquisition and FIX the error using GIS software tools
- Understand the concept of the Remote Sensing and how it work
- Understand the concepts of Aerial Photography and how it works
- Understand the concepts of Global Positioning System and how it works
- Describe How GIS has being utilized in decision support system and real world application
- Define the geospatial industrial workflows
- Describe the QuantumGIS user interface.
- Exploring various GIS data file formats in QuantumGIS
- Create and edit geometry in QuantumGIS
- Design and creating shape file
- Register and geo-reference raster images
- Create and apply different types of Symbology
- Create labels and annotations
- Perform complex Spatial analysis and geoprocessing
- Preparing and presetting thematic maps
- Understand different advance surveying technologies like Total Station, GNSS and Drone
- Know how surveying instrument collect data and output formats
- Prepare map using Total Station data
- Prepare map using GNSS data
- Migration maps from local to global coordinate systems, understand accuracy concerns
- Migration maps from CAD to GIS
- Prepare map using Drone data
- Data conversion to and from various popular data format like dwg to kml, shp to kml etc.
- Describe the QuantumGIS user interface.
- Study a GIS-related domain to understand practical applications.
- Understand and document the project lifecycle.
- Perform GIS modelling for your selected domain.
- Learn various data collection methods to choose the most accurate and efficient approach.
- Utilize mobile GIS applications for field surveys, such as QField, SWMaps, and ArcGIS Survey123.
- Conduct field surveys using traditional paper maps.
- Perform data validation and reconciliation.
- Update survey data and prepare final maps.
- AutoCAD User Interface and Workspace: Working with commands, navigating the Cartesian workspace, opening existing drawing files, viewing work, saving files, and creating new drawings with templates.
- Basic Drawing and Editing Commands: Drawing lines, erasing objects, utilizing polar tracking, creating rectangles and circles, managing undo/redo actions, and applying hatches. Working with advanced types such as arcs, polylines, polygons, and ellipses.
- Drawing Information and Advanced Editing: Working with object properties, measuring tools, trimming and extending objects, stretching, creating fillets and chamfers, offsetting, and creating arrays.
- Drawing Precision: Using running object snaps and overrides, polar tracking at specific angles, object snap tracking, utilizing snap and grid for accurate positioning, coordinate entry, and locating points with tracking.
- Modifying Drawings: Selecting, moving, copying, rotating, scaling, and mirroring objects, as well as editing with grips.
- Making maps: scaling and georeferencing map by different technics, digitization of maps.
- Layer Management and Advanced Objects: Understanding layers and layer states, changing object layers.
- Blocks and External References: Inserting, creating, and managing blocks using the Design Center, as well as attaching and modifying external references.
- Text and Annotations: Working with annotations, adding and modifying multiline text, formatting, and creating text styles.
- Dimensions: Understanding dimensioning concepts, adding linear, radial, and angular dimensions, and creating dimension styles.
- Layout and Printing: Setting up printing layouts, managing viewports, printing from the Model and Layout tabs, working with multiple drawings, copying/pasting between files, and controlling draw order.
- Describe working environment of the AutoCAD Map 3D and user interface
- Assign, define and modify coordinate system
- Geo-reference the scanned maps and raster images
- Create and edit geometry feature, digitization using appropriate snap and scale
- Understand Rubber sheeting and Drawing cleanup actions
- Create topology and understand topological errors like sliver polygons and error markers
- Link and manage drawing-based attribute data, create, edit object data table, attached object data
- Import and export drawing-based data to various GIS formats like ESRI shp, sdf
- Work with raster images, DEM
- Work with multiple source databases
- Use source data file queries, save and load quires
- Use attribute and located quires
- Explain considerations for sharing map and source data
- Describe functionality and uses of the ArcMap, ArcCatalog, ArcGlobe, ArcScene interface.
- Inspect and assign coordinate system to an layer, dataset, and data frame, explain how to specify a coordinate system in ArcGIS when creating a new or editing an existing feature class or feature dataset
- Differentiate between changing a dataset’s assigned coordinate system and re-projecting the data
- Exploring various GIS data file formats in ArcGIS
- Understand appropriate specifications for creating a new geodatabase feature class, feature dataset, and feature table
- Understand the appropriate loading process, tools, and environment for loading data into a feature class or table and validating the success of the data load
- Register or geo-reference raster images, evaluate whether results of geo-referencing error are acceptable and RMS errors
- Design and apply different types of geodatabase domains and subtypes
- Perform digitizing, editing in geo-database and other files formats, make use appropriate snapping
- Create and apply different types of Symbology and annotation
- Perform complex Spatial analysis and geo-processing and understand various analysis tools to solve the problem
- Explain considerations for sharing MXDs between workstations
- Set up a page layout, determine the legend content and settings, which layout elements to include, and appropriate reference scale
- Get familiar with GEP interface
- Add existing layers, GIS, CAD and overlay it
- Add/edit point, line and polygon layers, digitize and export it as kml/kmz format
- Measure length and area, view historical data of your AOI
- Draw elevation profile for alignment
- Download high resolution imagery
- Prepare and print map
- Create & use appropriate template, create template, create project and setup project working environment to get started with ArcGIS Pro.
- Inspect and assign coordinate system to layer, dataset, and map frame, re-projecting the data
- Navigate maps & scene, link views, add data to project, create bookmark, find features, explore GIS data, convert 2D maps to 3D scene, import mxd, work with different selection method
- Working with geo-spatial data: Web GIS Online layers, base maps, XY point data, satellite images, drone images, DEM, point cloud, CAD datasets
- Design and create geodatabase, feature class, feature dataset, table and relationship class
- Design and apply different types of geodatabase domains and subtypes, schema management
- Perform data engineering tasks, geo-reference raster images, evaluate whether results of geo-referencing error are acceptable and RMS error, Image-to-Image & Point-to-Image method
- Perform digitizing, editing in geo-database and other files formats, make use appropriate snapping, QA/QC of data
- Create and apply different types of Symbology and annotation
- Perform complex geo-processing tools and understand various vector, raster analysis
- Using overly tools like buffer, clip, intersect, union, erase for problem solving, creating heat maps
- Extract statistics and summarizing the tables for reporting, using field calculators helpers
- Data conversion: CAD to GIS, GIS to KML, Geo-Json and vice-versa
- Sharing GIS data offline, create project packages, publishing on ArcGIS online, PDF, JPG formats, story maps
- Set up a page layout, add the legend, layout elements to include, and appropriate reference scale. Use table frame, graticule grid, reports in map
- Spatial Data Engineering and geo-enrichment tasks.
- Calculating summary statistics and prepare map of city council meeting
- Find what’s partially inside and calculating summary statistics
- Selecting what’s nearby around AOI
- Identify proposed zone change parcels and its notification area
- Validating proposed zone change against expected zoning statistics
- Mapping impact of noise pollution
- Identify service area by multiple buffer zones
- Quantifying nearness of incident from response station
- Raster Analysis: Analysing emergency response time using distance surface
- Network Analysis: Calculating cost along a network of emergency response
- Contour creation
- Slope / aspect
- Surface profile generation
- Visibility analysis
- Hydrological Analysis (watershed, stream, basins identification)
- Temporal data mapping and visualization with animations
- Building footprint identification using deep learning and GeoAI technics
- Tree identification using deep learning and GeoAI technics
- Describe how remote sensing has being utilized in real world applications.
- Understand the satellite data display
- Describe application of various satellite data
- Describe various source for data and data acquisition terminologies in Remote Sensing
- Understand source of error in data acquisition
- Understand the concepts of Photographic system and how it works
- Understand the visual interpretation of satellite data
- Understand the concepts of digital image processing
- Define the image classification and various methods of image classification
- Understand the why the satellite assessment report id produce
- Understand the concepts of GPS and how it works?
- Understand the advance Remote Sensing technologies
- Understand the open source and propriety RS software vendors worldwide And GPS Module from IGIS
- Project Work 1 GIS, RS & Adv. Spatial Analysis.
- Introduction to Photogrammetry
- Coordinate system and data conversion
- Processing Step 1 Initial Processing, matching calibration, quality report, GCP consideration
- Processing Step 2 Point Cloud & Mesh
- Processing Step 3 DSM, Orthomosaic and Index
- Editing the Point Cloud, Volume Calculations, Scale Constraints and Orthomosaic editing
- Visualize and manipulate Pix4D output in other surveying software’s tools
- Coordinate system and data conversion
- Processing Step 1 Initial Processing, matching calibration, quality report, GCP consideration
- Processing Step 2 Point Cloud & Mesh
- Processing Step 3 DSM, Orthomosaic and Index
- Editing the Point Cloud, Volume Calculations, Scale Constraints and Orthomosaic editing
- Visualize and manipulate Pix4D output in other surveying software’s tools
- Introduction to Photogrammetry, Modelling with overlapping images
- Introduction to 2D and 3D modelling with Drone in Agisoft Metashape.
- Overview of tools for capturing drone data
- Check image quality and alignments
- Interior orientation and camera calibration
- Know strategies for Control and check points for aerial surveys
- Optimizing alignment and building the dense point cloud
- Geometry and mesh editing
- Creating texture DEM, orthomosaic with and without GCP
- Know post processing options and possibilities
- Process of producing traditional topographical maps with ground contours. Like total station land survey maps.
- Work with Microstation/Spatix tools
- Describe concepts of LiDAR data, how it works
- Enumerate various applications of LiDAR surveying
- Describe the procedures of LiDAR data collection
- Understand various LiDAR sensors available in Indian market with its specification
- Describe characteristics of photogrammetric vs LiDAR point cloud data
- Visualise the point cloud in different interactive ways
- Describe accuracies and errors in LiDAR data output products like DSM, DTM
- Use feature interpretation and extraction technics
- Understand common problems in classifying ground, restoration methods, noise removal methods. Usages of macros for automation
- Classify point cloud using automatic and manual methods
- Identify, Classify and extraction feature like building, powerline, trees, water bodies, vegetation classification, road, bridge, culvert etc
- Create the surface model and edit the surface
- Create digital elevation, digital terrain models
- Create topographical contour using ground point cloud
- Project Work 2 Adv Surveying & Mapping
Softwares taught in Photogrammetry And LiDAR Course
- ArcGIS Desktop
- QGIS Desktop
- GPS/GNSS
- AutoCAD
- AutoCAD Map 3D
- Google Earth Pro
- ArcGIS Pro
- ArcGIS Online
- Erdas Imagine
- Pix4D
- Drone Deploy
- Agisoft
- Microostation
- Terra Tools
Technologies included in Photogrammetry And LiDAR Course
- GIS
- GPS/GNSS
- Surveying
- Remote Sensing
- Photogrammetry
- LiDAR
