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ISRO · Machine learning · 2025

Making satellite analysis more accurate and repeatable

Compared machine-learning approaches and automated reporting for urban-planning analysis.

Role
Machine learning intern
When
May – July 2025
Context
Urban-planning analytics
92.8%Segmentation accuracy
+5.0 ppAccuracy improvement
~65%Less recurring workflow time

The problem

Analysing satellite imagery for urban planning involved repeated manual steps. The team needed both more accurate classification and a faster way to produce usable reports.

What I did

I compared three machine-learning approaches, built an analysis pipeline, and automated recurring reporting. I also connected the outputs to flood-risk and land-use questions.

The result

Segmentation accuracy rose from 87.8% to 92.8%, while recurring workflow time fell by roughly 65%.

What I learned

The useful result was not a model score alone; it was a more dependable path from imagery to a planning decision.

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