Certificate Course in
Environmental Management using ArcGIS
Environmental Management using ArcGIS
-
Course Description
This course is intended for students who have basic knowledge of principles of environmental management. Environmental applications require specific skills on the part of the GIS professional. Such skills include familiarity with concepts, sources of spatial environmental data, their strength, and weaknesses. The module explores how GIS can be integrated with environmental impact assessment and support decision making. The module is designed in such a way to help students hoping to pursue a career in the environmental sector or to undertake a research project with environmental focus.
Batch Details
Admission open for August 21st Batch
Course Topics
Geographical Information System
Vector Data - Digitization & Attribution
Symbology & Labelling - Create Map Layout
Database - Database Creation, Domain Value & Topology
Spatial Analysis - Vector
Remote Sensing
Image Interpretation & Analysis
Image Classification
Spatial Analysis - Raster
3D Visualization Techniques - ArcScene
Introduction to Environmental Management
Environmental Assessment
Ecological Management
Environmental Monitoring using GIS
Environmental Spatial Decision Support - Web-Based
Course Content - Environmental Management using ArcGIS
1. Geographical Information system
Overview of Geographical Information system (GIS) and its Applications
Co-ordinate system, Map Projections and datums in GIS, Georeferencing
Data Models : Vector/Raster data; Data creation
Conceptual models of Non- spatial Information
Cartographic principles and Design
2. Vector Data
Creating a shapefile, Editing, Digitizing techniques
Attribute Table Creation/Editing, Join Table
Attribute Table(Join Table and Spatial Query (By Location and Attribute))
3. Symbology & Labelling
Introduction to Symbolization
Types- Features, Categories, Quantities, Charts
Making a map with labels
Dynamic labeling, Label positioning/ selection
4. Database
Concept of Databases
Creating, Managing Geodatabase
Domain and Subtype
Schema & Topology
5. Spatial Analysis - Vector
Analysis Tools: Extract, Overlay
Analysis Tools: Proximity (Buffer, Multi-Ring buffer), Statistical analysis (overview)
Guided Exercise: Multi criteria analysis. Obtain optimum areas according to several criteria.
6. Remote Sensing
Definition and Overview of Remote Sensing
Electromagnetic Radiation :Reflection, Absorption, Transmission, Bandwidth
Remote sensing systems: Active and Passive systems, Platforms & Sensors
Principles of Resolution: Spatial, Spectral, Temporal and Radiometric.
Principles of Visual Interpretation of satellite imagery
Recognition of elements and visual interpretation keys
Sources of RS Data – Global and Indian
7. Remote Sensing
Introduction: Image Pre-processing – Open source and Commercial tools. Data formats
Image enhancement – Filtering
Spectral Indices: Vegetation, Soil, Water
Image Classification
8. Image Classification
Collection and Evaluation of Training samples
Editing classes
Creating Signature file
Clustering (Unsupervised Classification)
Examining and editing Signature file
Applying classification
Post – classification processing
9. Spatial Analysis- Raster
Raster clip
Composite Bands
Mosaic dataset
10. 3D Visualization Techniques (ArcScene)
Data used from 3D visualization
Z-Values
Terrain Datasets: Identification, DEM, and TIN
3D Navigation basics
11. Introduction: Environmental management
Introduction
Dimensions of Environmental GIS
Environmental Management Applications
12. Environmental Assessment
Introduction to Environmental Assessment
Environmental Assessment process
Guided Exercise: Case study- Strategic Environmental Assessment
13. Ecological Management
Representing vegetation and animal distributions
Understanding Habitat- Habitat suitability indices
Landscape pattern characterization
Scale factor
Modeling wildlife populations using GIS
Guided Exercise: Case study
14. Environmental Monitoring using GIS
Introduction: Spatio-temporal analysis
Land Use/Land Cover
Interpretation of Spatio-temporal data
Guided Exercise: Case study
15. Environmental Spatial Decision Support – Web based
Design Attributes
Web based data sources
Decision support systems
Project
Mode of Training
-
Total Duration - 90 Days / 180 Hrs, Monday to Friday.
-
Online Training Sessions (Daily 2 hours )
-
Dedicated Trainer, Practical sessions.
-
If Classes are missed, then Class recordings will be shared for Online Sessions.
-
Daily 2 Hrs (Need to have a laptop or Computer with Good Internet)
-
Live Training with dedicated Trainer
Who Can Attend the Training
-
Graduates, Post Graduates.
-
PhD Scholars.
-
Faculties.
-
Students who want to Get back to Work – GIS Domain.
-
GIS Experienced.
-
Corporate Employees & Companies
What you Get from this Training
-
Live Training with Experienced Trainers.
-
Trainers have 4 Yrs to 16 Yrs Experience.
-
Placement Assistance Training.
-
Guidance to Get Job
-
Labs for Practice, Assignments & Final Assessment for Certification
-
Internship and Live Project Assistance
For Fees & Registration, Contact us at :
-
For Registration Process & Fees Details
-
Call Or Whatsapp - Mobile Number : +91 9980083996 / +91 9742349602
Fees can be paid using Bank Transfers, or Credit Card -
Group students Discounts available. Join with Your Friends.
-
Best Discounts available if College invites us to conduct Seminars and Program at college or Online.
-
Corporate Training Program will have discount from the original Fees