ECOR Courses
ECOR Courses
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Two-Day Workshop
Remote Sensing Applications in Ocean Science and Fisheries
Only limitted seats are availible register now
Day 1 – Fundamentals and Fisheries Applications
Duration: 2 Hours
Session 1: Basics of Remote Sensing in Ocean Science (1 Hour)
- Principles of Remote Sensing
- Sensors and Platforms (Satellites, UAVs)
- Ocean Color Remote Sensing (Chlorophyll, Turbidity, Primary Productivity)
- Key Satellite Missions: MODIS, SeaWiFS, Sentinel-3, NOAA AVHRR
- Major Data Portals: NASA Ocean Color, Copernicus, NOAA
Session 2: Applications in Fisheries (1 Hour)
- Mapping Fishing Grounds using SST and Chlorophyll
- Fishery Forecast Models (PFZ Advisories – Indian Case Study)
- Monitoring Harmful Algal Blooms (HABs) & Coastal Water Quality
- Case Studies: Tuna Fisheries, Coastal Resource Mapping
Day 2 – Advanced Applications and Practical Exposure
Duration: 2 Hours
Session 3: Oceanographic Applications (1 Hour)
- SST, Ocean Currents & Circulation Mapping
- Upwelling Zones and Productivity
- Climate Monitoring (ENSO, Monsoons, Coral Bleaching)
- Environmental Hazards: Oil Spills, Coastal Erosion, Habitat Loss
Session 4: Hands-On & Interactive Session (1 Hour)
- Accessing Satellite Data (NASA, Copernicus)
- Basic Visualization using QGIS / Google Earth Engine
- Practical: Identifying Fishing Grounds using SST & Chlorophyll Maps
- Open Discussion: Challenges & Future Scope
Expected Outcome
Participants will:
- Understand core principles of remote sensing in ocean science
- Gain practical skills in accessing and interpreting satellite data
- Explore real-world fisheries applications
- Be introduced to open tools (QGIS, GEE) for remote sensing analysis
Certificate course: Drone Technology & Remote Sensing
Certificate course: Drone Technology & Remote Sensing
Only limitted seats are availible register now
Day 1 – Foundations & Basic Operations
Session 1: Introduction to Drone Technology
History and evolution of UAVs (Unmanned Aerial Vehicles)
Classification of drones (fixed-wing, rotary-wing, hybrid)
Key components: airframe, motors, propellers, sensors, and control systems
Legal regulations and safety considerations in drone operations
Role of drones in environmental monitoring, disaster management, and research
Session 2: Introduction to Remote Sensing & GIS
Basic principles of remote sensing: electromagnetic spectrum, resolutions, image interpretation
Overview of GIS and its role in spatial analysis
Types of remote sensing data: optical, radar, LiDAR, thermal
Integrating UAV data into GIS workflows for mapping and monitoring
Session 3 (Demo): Drone Operations & Image Processing
Pre-flight planning and mission design
Demonstration of take-off, navigation, and landing procedures
Capturing aerial images and videos with onboard cameras
Introduction to image stitching and orthomosaic generation
Software tools for basic UAV data processing
Day 2 – Advanced Tools & Applied Hazard Modeling
Session 1: Advanced Drone Sensors & Technologies
LiDAR (Light Detection and Ranging) – principles, advantages, and applications
Multispectral and hyperspectral imaging – vegetation health, soil moisture, and land cover analysis
Thermal imaging – detecting temperature variations for environmental studies
Sensor integration and data synchronization for multi-modal analysis
Session 5: Drone Data Processing for Landslide Hazard Modeling
Understanding landslide types and contributing factors
Acquisition of high-resolution topographic data using UAVs
Processing and analyzing DEMs (Digital Elevation Models) for slope stability assessment
Integrating drone data with geological and hydrological datasets in GIS
Course Outcomes
By the end of this course, participants will:
Understand UAV technology, sensor types, and operational safety
Gain hands-on experience in drone flight planning and image acquisition
Learn image processing workflows for generating high-quality maps
Apply remote sensing and GIS tools for landslide hazard analysis
Acquire LiDAR data processing skills for advanced terrain modeling
Be able to produce actionable hazard maps for real-world applications
Course fee 800 INR
Discount Rate: 500 INR Until August 18
From Scratch to Screen: Build Websites the Classic Way: Certificate course is open now
From Scratch to Screen: Build Websites the Classic Way: Certificate course is open now
Only limitted seats are availible register now
Course fee 500 INR Discount Rate: 350 INR Until August 09
🔹 What You Will Learn from This Web Development Session
🔹 What You Will Learn from This Web Development Session
Introduction to Web Development
✅ Understand what web development is and why it matters
✅ Learn the difference between web design and web development
✅ Explore the two main types of websites: static and dynamicWebsite Designing Fundamentals
✅ Grasp the basics of UI (User Interface) and UX (User Experience) design
✅ Get introduced to wireframing tools like Figma, Canva, and Pencil Project
✅ Learn why responsive design is crucial for modern websitesHTML (HyperText Markup Language) Basics
✅ Understand the structure of a basic HTML page
✅ Use common HTML tags for content like text, images, and forms
✅ Create your own simple webpage in a live demoCSS (Cascading Style Sheets) Basics
✅ Learn how to apply styles using Inline, Internal, and External CSS
✅ Use selectors and properties to style elements (colors, fonts, spacing, borders)
✅ Implement responsive designs using media queries
✅ See styles applied to a real webpage in a live demoIntroduction to JavaScript (Optional based on time)
✅ Understand how JavaScript adds interactivity to websites
✅ Learn basic DOM manipulation (like responding to button clicks)
✅ Try out a live example of JavaScript in actionQ&A and Hands-On Guidance
✅ Get answers to your questions
✅ Receive personalized guidance while you apply what you’ve learned
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