Welcome to the TITAN Space Data Datathon!

This unique event is an incredible opportunity to showcase your skills in Machine Learning, Artificial Intelligence, and Data Analysis by working with real-world astrophysical and Earth observation datasets. Designed to bring together data scientists, engineers, researchers, and enthusiasts, the TITAN Datathon challenges participants to solve complex, real-world problems using cutting-edge technologies and innovative solutions.

What’s in Store?

1. Diverse Datasets:

Work with real astrophysical datasets, including time-series data collected from space telescopes, simulations of cosmic phenomena, and fascinating observational data from across the universe.

Earth observation challenges by analyzing environmental patterns, estimating missing measurements, and reconstructing unobserved data to gain insights into environmental changes and planetary dynamics.

2.Exciting Challenges:

• Solve high-impact problems in predictive modeling, anomaly detection, classification tasks, and advanced data visualization.
• In astronomy, focus on reconstructing missing or incomplete data and classifying celestial objects using AI-powered models and innovative techniques.
• In Earth observation, leverage machine learning to analyze environmental patterns and address gaps in observational data to advance global understanding of Earth's systems.

3.Team Collaboration:

• Join forces with like-minded individuals or participate solo. Whether you're a beginner, intermediate, or advanced participant, this event is designed to be inclusive, collaborative, and educational.
• Work alongside industry experts, domain professionals, and peers in data science, machine learning, and astrophysics to develop cutting-edge solutions that push the boundaries of scientific understanding.

4.Networking and Learning:

• Attend hands-on workshops conducted by experts in the fields of AI, ML, and astrophysics.
• Interact with industry professionals and grow your network within the data science, AI, and space technology communities.
• Learn about the latest tools, techniques, and methodologies for working with big science data.

Who Should Participate?

• Machine Learning and AI enthusiasts eager to apply their skills to real-world scientific challenges.
• Aspiring data scientists looking for practical experience with high-dimensional and complex datasets.
• Students and researchers with a keen interest in astrophysics, Earth observation, or data-driven science.
• Anyone passionate about using data analysis and AI to uncover new insights and solve challenging problems.

Why Join the TITAN Space Data Datathon?

The event offers a unique, hands-on opportunity to explore and analyze vast astrophysical and Earth observation datasets. Participants will work collaboratively to develop solutions that address significant challenges, such as reconstructing unobserved astronomical data, classifying celestial phenomena, and analyzing environmental changes on Earth.
This datathon highlights the immense potential—and challenges—of working with big science data. It’s not just about solving problems but about contributing to real scientific advancement by applying your skills to pivotal fields like astronomy and environmental science.
Whether you're building predictive models, exploring anomaly detection, or visualizing data patterns, the TITAN Datathon offers a platform for creativity, collaboration, and learning. No matter your skill level, you'll gain valuable experience, develop practical skills, and contribute to innovative solutions that matter.

Join Us!

If you’re ready to tackle the challenges of space exploration and Earth observation, we invite you to be part of this transformative event. Let’s collaborate, innovate, and uncover data-driven insights to push the frontiers of science together!
The TITAN Space Data Datathon: Where curiosity meets collaboration and data meets discovery.

Registration form
Datathon Evaluation Form

TITAN 2nd Periodic Report M16-M36, April 2024 – December 2025

TITAN 1st Periodic Report M1-M15, January 2023 – March 2024

TITAN aims to create an interdisciplinary, international and multicultural center of excellence that will establish the Foundation for Research & Technology – Hellas (FORTH) as a world-leading research centre in the emerging field of Astroinformatics.

Our tools, methods, and applications of computational science, machine learning, and statistics will advance research and education in data-oriented Astronomy.

The Titan project synergies

TITAN will build research capacity at FORTH, and increase the attractiveness of the Crete region to international R&I talents. Overall project impacts are expected far beyond this, including the advancement of research infrastructures and initiatives, tackling future data science challenges and enhancing the innovation capacity of FORTH by forging collaboration with the regional and international stakeholders making best utilization of FORTH’s infrastructure and expertise.

Synergies with existing (and future) regional, national and international initiatives