Advanced Flood Risk Assessment using Machine Learning, Deep Learning in Python with Generative AI

A 12-week intensive, hands-on program designed to train participants in state of the art Flood Hazard, vulnerability and risk modeling using geospatial data and artificial intelligence.

INR 4999 (inclusive of taxes)

Registration is open for lifetime access 

Build next-generation flood risk assessment systems using AI & geospatial intelligence.

The program emphasizes hands-on Python implementation, real-world datasets, model benchmarking, and research-grade outputs suitable for journal publications, consultancy projects, and decision-support systems.

12 Weeks (24 Classes, 48 Hours Total)

Pro tips for preparing articles

Self-paced course with access for a lifetime and unlimited views

Collaboration opportunity with AIGR Mentors

Course Completion Certificate from Advances in Geographical Research

Downloadable study material with the course curriculum   

Course Curriculum

Session 1:

  • Bibliometric analysis of 769 flood research papers

Session 2:

  • Study area selection and geospatial metadata

Session 3:

  • Satellite data acquisition (Sentinel-2, Landsat 8/9)

Session 4:

  • DEM preprocessing and topographic analysis

Session 5:

  • Flood Hazard Parameters (14 total): DEM, Slope, Curvature, Aspect, TWI, SPI, Drainage Density, Distance-to-River, Distance-to-Road, Flow Accumulation, NDVI, MNDWI, LULC, Lithology, Soil, Building Footprints, Structure Density

Session 6:

  • Flood Vulnerability Parameters (11 total): Population Density, Vulnerable Populations, Economic Stability, Education Level, Flood Awareness, Gender Distribution, Age/Elderly Rate, Population Growth, Distance-to-Shelter, Historical Flood Experience

Session 7:

  • Spectral Indices: NDVI, MNDWI calculations from Sentinel-2 data

    Session 8:

    • Supervised Classification: LULC mapping with 80%+ accuracy

    Session 9:

    • Ensemble Methods: Random Forest (AUC >0.85) and XGBoost (AUC >0.85)

    Session 10:

    • Neural Networks: ANN architecture for hazard mapping

    Session 11:

    • Convolutional Networks: 2D-CNN for spatial flood patterns (80%+ accuracy)

    Session 12:

    • Temporal Modeling: LSTM for flood forecasting

    Session 13:

    • Hybrid Models: CNN-LSTM integration for spatiotemporal analysis

    Session 14:

    • Vulnerability Mapping: RF, XGBoost, ANN, CNN methods

    Session 15:

    • Risk Integration: Hazard × Vulnerability × Exposure framework

    Session 16:

    • Ensemble Risk: Combining predictions from 4+ models

    Session 17:

    • Uncertainty Quantification: Confidence intervals and model agreement maps

    Session 18:

    • Generative AI: GAN-based flood visualization (conditional GAN with physics constraints)

    Session 19:

    • LLM Integration: Automated report generation, chatbot for flood information

    Session 20:

    • Statistical Analysis: Comprehensive metrics, confusion matrices, ROC curves

    Session 21:

    • Python Automation: End-to-end workflow integration

    Session 22:

    • Capstone Project 

    Session 23:

    • Capstone Project & Course Wrap-up

    Session 24:

    • Course Conclusion: Review, Q&A, and resources for further learning.

    Meet Your Mentor

    Dr. Arnab Ghosh is a dedicated water resources professional with a PhD in Water Resources Engineering from Jadavpur University. His core competencies lies in numerical modeling (HEC-RAS 1D/2D, MIKE 11, SWAT), field data collection (ADCP, DGPS), and employing Python/R for data analysis and predictive modeling of hydrological processes. His research, detailed in several peer-reviewed publications, quantitatively analyzes riverbank stability, bridge scouring, sediment yield, and flood inundation. As a former Senior Researcher and current Hydrology Consultant, he has successfully led and contributed to industrial and government projects concerning EIA/EMP studies, dam safety, water availability, and wetland valuation.

    Dr. Arnab Ghosh

    Who is this course for?

    Researchers who want to enhance their Geospatial analysis skills with the application of Python, ML and DL

    GIS Analysts aiming to enhance their spatial analysis capabilities

    Professionals in the field of Environmental monitoring, Geospatial science etc. eager to publish impactful research

    Researchers aspiring to contribute to high-impact journals with their research findings  

    Graduates and postgraduates seeking practical and applicable skills in Geospatial science

    Individuals passionate about understanding and addressing environmental changes through data-driven, ML, DL insights 

    How The Course Benifits You

    Flexibility & convenience of time and space

    A gold-standard certification signifies of excellence and reliability in a particular field

    Access to expertise & world-class curriculum, comparable to any other globally recognized curriculum 

    Enjoyment and confidence in publication research paper

    Instructor's continuous support, holding your hand step-by-step to develop high-quality analysis using real data

    Credibility & career advancement opportunities

    2,000+ students have already transformed their Research Journey with AIGR

    How The Course Benefits You?

    Students who have benefitted from our courses

    Flexibility & convenience of time and space

    A gold-standard certification signifies of excellence and reliability in a particular field

    Access to expertise & world-class curriculum

    Enjoyment and confidence in publication research paper  

    Instructor's continuous support, holding your hand step-by-step to develop high-quality analysis using real data  

    1:1 Sessions with experts  

    Frequently Asked Questions

    1. What are the prerequisites for attending this program?

    The prerequisites for attending this program include basic Python, GIS fundamentals, introductory statistics .

    2. Will I need prior experience with Python to benefit from this program?

    Absolutely not! Our program is designed to accommodate everyone, regardless of their fitness level. Whether you’re a beginner or someone getting back into shape, we tailor our approach to meet you where you are. The key is your commitment to change, not your starting point.

    3. Are the classes Live or recorded?

    We understand that everyone has a different schedule, which is why our program is designed to be flexible. On average, participants should expect to dedicate around 3-5 hours a week to the workouts and meal preparation. However, we provide various options to fit your routine.

    4. Are there any additional resources or materials provided as part of the program?

    Along with the program sessions, participants will have access to additional learning resources and materials. These may include reference guides, sample datasets, and supplementary readings to further enhance understanding and practice coding.

    5. Will I receive a certificate upon completion of the program?

    Yes, upon successful completion of the program, participants will receive a certificate of completion. This certificate validates the skills and knowledge acquired during the program and can be a valuable addition to your professional credentials.

    6. Can I contact the instructors or program organizers for further assistance or clarifications?

    Absolutely! Our instructors and program organizers are readily available to assist participants with any questions or clarifications they may have throughout the program. You will have the opportunity to engage with them during interactive sessions, Q&A sessions, and through dedicated channels of communication provided by the program.