Hyperspectral Technologies for Environmental Insights and Monitoring
About the training on hyperspectral Imaging
Description

Hyperspectral Technologies for Environmental Insights and Monitoring workshop provides participants with a comprehensive understanding of hyperspectral imaging and its applications in environmental monitoring.

This technology offers key advantages in space applications, enabling precise identification of materials, surface composition, and chemical properties from orbit. By analyzing vast spectral data, hyperspectral imaging supports tasks such as land use mapping, climate change monitoring, and resource management, providing critical insights for sustainable space missions and Earth observation.

In this 3-hour session, attendees will :

By the end of the workshop, attendees will have a solid foundation in hyperspectral technologies and the knowledge to leverage them effectively for environmental insights and monitoring.

 

Target audience
  • Payload/ System engineers who want a first introduction to hyperspectral imagery
  • Data Earth Observation service providers who wants to understand the potential of hyperspectral technologies
  • Component manufacturers aiming to sell components for Earth Observation space instruments
Training duration
3 hours online
Where ?
Online (onsite customized version possible upon request)
Number of attendees

5-10

3- Training Agenda
  • Welcome and Introduction to Hyperspectral Technologies
  • Importance of Environmental Monitoring
  • Overview of Workshop Objectives
  • What is Hyperspectral Imaging?
  • Principles of Spectral Analysis
  • Applications in Environmental Science and Monitoring
  • Case Studies and Examples
  • Hyperspectral Data Collection Techniques
  • Pre-processing Steps: Calibration, Correction, and Enhancement
  • Spectral Analysis Methods: Classification, Unmixing, and Feature Extraction
  • Real-world Examples of Hyperspectral Imaging in Environmental Monitoring
  • Case Studies Highlighting Successes and Challenges
  • Interactive Discussion and Q&A
  • Recap of Key Points
  • Resources for Further Learning
  • Feedback and Conclusion
Solution for space projects
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Your speaker
Space detector
Yoanna-Reine Nowicki-Bringuier
Yoanna holds a Ph.D. in Material Sciences specializing in Quantum Optics and is an Engineering graduate from Ecole Centrale Paris. With over 15 years of experience, she has excelled in various roles, including at Lynred in the detector industry, CEA-Léti in technological research, and as a former Technical Officer at the European Space Agency (ESA).
Yoanna led several successful detector developments for space missions : From PRISMA hyperspectral SWIR detectors to the supervision of developments for Sentinel 2, Sentinel 4, Sentinel 5p, Solar Orbiter EUI…. She has also initiated technological developments on Visible CMOS image sensors, p-channel CCDs, and LIDAR for landing applications. With expertise from component to system levels, Yoanna offers a comprehensive understanding of detector challenges for space applications, making her insights invaluable for navigating complex optical system
Price and Registration details
Online version workshop
2500€

1 to 10 attendees from you organisation

Customized On-site version
Quotation upon request

training tailored to your needs : several days training “à la carte” or training at your premises

Hyperspectral Imaging

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