Student Competition
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Biosovereignty Hackathon Pass
Participants will work with real astronaut omics datasets to produce a concise biological health report for a crew member. Teams will analyze genomic and molecular signals, identify potential risks, and translate their findings into clear recommendations suitable for mission planning.
Participants will work with real astronaut omics datasets to produce a concise biological health report for a crew member. Teams will analyze genomic and molecular signals, identify potential risks, and translate their findings into clear recommendations suitable for mission planning.
Biosovereignty Hackathon Pass
An application-based competition for undergraduate students where selected participants analyze astronaut omics datasets and produce health insight reports for spaceflight crew. Advanced high school students with project portfolios will be considered.
An application-based competition for undergraduate students where selected participants analyze astronaut omics datasets and produce health insight reports for spaceflight crew. Advanced high school students with project portfolios will be considered.
Omics data challenge
Analysis of real astronaut datasets
Direct mentorship from domain experts
Public recognition and project support for the winning team
The Competition
In this competition, participants will work with this real-world spaceflight dataset.
Your challenge is to translate complex molecular data into actionable health insights for individual crew members.
Participants will analyze omics data and develop approaches to:
Identify biological signals that emerge during spaceflight
Assess potential health risks and resilience factors
Design metrics for monitoring astronaut health in orbit
Communicate results in a way that supports crew decision-making
The ultimate goal is to produce insights that could help future explorers prepare for, endure, and thrive during long-duration missions beyond Earth.
Compete Along One of Three Tracks
Track 1: Molecular Stability and Perturbation
Track 2: Individualized Risk Profile
Track 3: Communication and Visualization
Prize Structure
Will be announced soon.
The Competition
In this competition, participants will work with this real-world spaceflight dataset.
Your challenge is to translate complex molecular data into actionable health insights for individual crew members.
Participants will analyze omics data and develop approaches to:
Identify biological signals that emerge during spaceflight
Assess potential health risks and resilience factors
Design metrics for monitoring astronaut health in orbit
Communicate results in a way that supports crew decision-making
The ultimate goal is to produce insights that could help future explorers prepare for, endure, and thrive during long-duration missions beyond Earth.
Compete Along One of Three Tracks
Track 1: Molecular Stability and Perturbation
Track 2: Individualized Risk Profile
Track 3: Communication and Visualization
Prize Structure
Will be announced soon.