Advanced Geomatics Engineering

Lecture 01: Introduction to Geomatics Engineering

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35 min

Lecture 02: Various Applications of Geomatics Engineering

Lecture 03: Photogrammetry – An Introduction

Lecture 04: Photogrammetry- Geometry of Aerial Photographs

Lecture 05: Photogrammetry- Scale of Aerial Photographs

Lecture 06: Photogrammetry - Relief Displacment

Lecture 07: Photogrammetry - Stereo Pairs and Stereovision

Lecture 08: Photogrammetry - Stereovision with Stereoscopes

Lecture 09: Photogrammetry - Parallax in Photographs

Lecture 10: Height Determination from Stereo-Pairs

Lecture 11: Photogrammetry - 3D Mapping, DEM, DTM, and DSM

Lecture 12: Digital Photogrammetry

Lecture 13: Remote Sensing - An Introduction

Lecture 14: Remote Sensing - Electromagnetic Spectrum

Lecture 15: Remote Sensing - Energy Interaction with Atmosphere / Earth Surface

Lecture 16: Remote Sensing - Blackbody and Atmospheric Window

Lecture 17: Spectral Signature in Remote Sensing

Lecture 18: Remote Sensing - Types of Resolutions

Lecture 19: Multi-concepts in Remote Sensing

Lecture 20: Remote Sensing - Satellite Orbits

Lecture 21: Remote Sensing - Various Sensors

Lecture 22: Remote Sensing Sensors and Platforms - I

Lecture 23: Remote Sensing Sensors and Platforms - II

Lecture 24: Very High Resolution Remote Sensing Data

Lecture 25: Remote Sensing - Thermal, Microwave, and Hyperspectral Images

Lecture 26: Remote Sensing - Visual Interpretation Method

Lecture 27: GPS Surveying - Introduction and Components

Lecture 28: GPS Surveying - Working Principle

Lecture 29: GPS Surveying - Various Methods

Lecture 30: GPS Surveying - Sources of Errors

Lecture 31: GPS - Applications

Lecture 32: LiDAR - An Introduction

Lecture 33: Data Collection with Mobile Laser Scanners

Lecture 34: Data Collection with Airborne LiDAR Systems

Lecture 35: Unmanned Aerial Vehicles - An Introduction

Lecture 36: Classifications of UAVs/Drones

Lecture 37: Various Components of Drone and Their Functions

Lecture 38: Flying Drones for Data Collection

Lecture 39: Unmanned Aerial Vehicles - Various Applications

Lecture 40: Digital Image Processing - An Introduction

Lecture 41: Preprocessing - Atmospheric Corrections

Lecture 42: Pre-processing - Geometric Corrections

Lecture 43: Pre-processing – Resampling Methods

Lecture 44: Digital Image Enhancement Methods

Lecture 45: Spatial Filtering in Digital Remote Sensing

Lecture 46: Digital Image Transformation Methods

Lecture 47: Supervised Classification Methods

Lecture 48: Unsupervised Classification Methods

Lecture 49: Accuracy Assessment of Classification

Lecture 50: Geographic Information System - An Introduction

Lecture 51: Various Components of a GIS

Lecture 52: GIS - Various Data Types and Their Characteristics

Lecture 53: Geographic Information System - Data Input

Lecture 54: GIS Databases and Their Uses

Lecture 55: GIS - Based Extraction of Parameters from DEM

Lecture 56: Buffering and Overlay Analysis in GIS

Lecture 57: Spatial and Network Analysis in GIS

Lecture 58: Geomatics Applications - Site Suitability Analysis

Lecture 59: Geomatics Applications - Transportation Route Planning

Lecture 60: Geomatics Applications - Smart City Planning