Meet Ishaan Dokania, sixth-grader whose AI model spots lithium with 89% accuracy
Sixth-grader Ishaan Dokania has developed an AI model that identifies potential lithium deposits using satellite imagery with 89% accuracy. His project is a finalist in the 2026 Thermo Fisher Scientific Junior Innovators Challenge.
Why it matters
Innovative applications of AI in mineral exploration could significantly lower the costs and environmental impact of sourcing materials for battery technology.
A sixth-grade student from Oregon is using satellite images and machine learning to explore a problem that is becoming increasingly important as demand for lithium grows. Ishaan Dokania, a sixth-grader at Willamette Valley Academy in Beaverton, is among the 30 finalists in the 2026 Thermo Fisher Scientific Junior Innovators Challenge. According to the Society for Science, Ishaan developed a project called “Eye in the Sky: From Pixels to Predictions for Lithium and Beyond”, using satellite imagery and geological data to train a machine-learning model that could identify potential lithium deposits. After addressing sources of noise in the data, his model detected lithium deposits with 89% accuracy.How Ishaan connected satellite images with mineral explorationIshaan's project began with two interests that might initially seem unrelated: remote sensing and rocks and minerals.
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