AI/ML Engineer - Decision Intelligence & Geospatial Systems

Chandan Vaishnav

Portfolio

From raw data to decisions people trust.

I build the layer between messy data and action: RAG pipelines wired to the Claude API, async geospatial systems processing satellite imagery through Google Earth Engine, and MLOps workflows that make models reproducible instead of one-off notebooks.

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Global sources unified

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Satellite monitoring themes

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Analyses supported per day

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Production ML pipelines

Experience

Data systems with real operating constraints.

Current internship work at SKYQuest Technology Consulting, framed around decision intelligence, geospatial risk, async pipelines, and evidence-backed AI output.

April 2026 - Present / Remote

Data Science Intern - SKYQuest Technology Consulting Pvt. Ltd.

Disclosure details to confirm

01

Meridian

AI-powered decision intelligence platform

Built as a 5-layer system connecting data ingestion, a RAG context engine, Claude API sector reasoning, and automated output generation for PPT, Excel, and PDF deliverables.

RAG Claude API 47+ sources Output automation

02

GCAIP

Geospatial climate-risk decision support

Architected an async FastAPI, Celery, and Redis pipeline for Google Earth Engine analyses with SSE progress streaming, quota-aware caching, and mandatory confidence scoring on every output.

FastAPI Celery Redis Earth Engine SSE

Selected Work

Projects that prove the stack.

A recruiter-friendly view of the systems most aligned with AI engineering, machine learning, geospatial data products, and production deployment.

Flagship SKYQuest / Confirm before publishing

Meridian Decision Intelligence Platform

RAG + Claude API system that turns 47+ global sources into cited, board-ready strategy outputs. The emphasis is grounded context, evidence-backed reasoning, and automated output generation rather than a loose chatbot layer.

02 Geospatial Systems

GCAIP Climate-Risk Pipeline

Satellite-derived monitoring system for flood, erosion, reservoir, and mangrove signals, supported by async job orchestration, confidence scoring, caching, and live progress streaming.

03 MLOps / NLP

YouTube Comments Analysis Chrome Plugin

Real-time comment sentiment classification plus LLM theme summarization, tracked through MLflow, DVC, Optuna, Docker, GitHub Actions, and AWS deployment workflows.

04 Regression / API

SwiggySense Delivery Time Prediction

Delivery latency prediction pipeline with DVC-tracked experiments, a Dockerized REST API, and CI/CD deployment flow for reproducible real-time inference.

05 ML Fundamentals

Student Performance Indicator

Modular ML pipeline for ingestion, transformation, model training, logging, and Flask-based inference, comparing Linear Regression, Lasso, Ridge, and CatBoost.

Skills

A practical stack for intelligent products.

Explicit tooling for recruiters and technical reviewers: the stack is built around production data systems, not portfolio decoration.

Languages & Data

Python, SQL, C/C++, NumPy, Pandas, Statistics, MySQL

ML & AI

Scikit-learn, XGBoost, CatBoost, OpenCV, YOLOv7, LLM integration, RAG, prompt engineering

MLOps & Cloud

MLflow, DVC, Optuna, Docker, GitHub Actions, AWS, Oracle Cloud Infrastructure

Systems & Delivery

FastAPI, Flask, Django REST Framework, Celery, Redis, SSE, Google Earth Engine, Streamlit

About

Calm execution for messy, high-context data problems.

I like problems where the data is messy, the constraints are real, and the output has to be something a non-technical stakeholder can trust in minutes, not weeks. That is the thread across a RAG-based decision platform, a climate-risk geospatial system, and shipped ML products with reproducible pipelines behind them.

Currently
Data Science Intern @ SKYQuest
Education
B.Tech, AI & ML - ITS Engineering College
Credentials
OCI Data Science Professional, Anaconda, Django REST APIs

Contact

Have a sharp data problem worth building?

Send the dataset, the decision bottleneck, or the "we have 47 sources and no time" problem. I can help turn it into a system that is structured, evidence-backed, and fast enough that people actually use it.

Please confirm the preferred email, public project links, and SKYQuest disclosure boundaries before publishing.