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A portfolio by Mayur PatilData science / ML engineeringWashington, DC

Curiosity, made tangible.

Mayur
Patil.

I find the signal.
Then build what comes next.

Data scientist & ML engineer
M.S. Data Science / George Washington University
THE SIGNAL OBSERVATORYINTERACTIVE STUDY / 2026
01 / Signal iris
Change the perspectiveThree studies of connection

Many perspectives. One connected system.

Original generative sculpture / conceptual artworkDiscover the work ↓
From curiosity to evidenceSelected studies / 01 to 04

01 / The work archive

Ideas, put
to the test.

Four explorations at the intersection of data, models, and useful systems. Step inside the work, then inspect the evidence.

04 featured projects
More explorations Forecasting & distributed data

Multi-Modal Stock Price Prediction (LSTM)

A stock-forecasting project combining technical indicators and financial-news sentiment with LSTM modeling on AWS SageMaker.

Repository link coming soon.

Ship Type & Course Prediction (AIS)

A PySpark pipeline predicting vessel type and course-over-ground from 358K+ maritime AIS records: large-scale feature engineering and classification on distributed data.

Explore all repositories ↗

The thinking behind the work

Interactive field notes / 01 to 04

A model is only
part of the story.

01 / Prepare

Give the data a foundation.

Validate inputs, handle missing values, and shape raw observations into features. Fit preprocessing on training data to keep evaluation honest.

  • Validation
  • Feature engineering
  • Train / test split

Conceptual illustration.
Measured results are in the projects above.

02 / Behind the work

Curiosity, with
engineering discipline.

I’m Mayur, a data scientist and ML engineer pursuing an M.S. in Data Science at George Washington University.

Portrait of Mayur Patil, data scientist and ML engineer
Mayur PatilFalls Church, VA

How I approach the work

A model is one part
of the system.

I’m interested in what makes ML useful beyond a notebook: reliable data, understandable predictions, reproducible experiments, and a clear path to deployment.

My projects span log analytics, clinical ML research, and multi-agent language models. Each is an opportunity to connect modeling with the engineering around it.

Connect on LinkedIn ↗

Education

M.S. in Data Science

The George Washington University · Washington, DC

Expected Dec 2026

B.Tech Computer Science, D.Y. Patil University, Pune

Graduated Jul 2024

Full résumé ↓

03 / Technical toolkit

Tools behind the work.

My core stack spans data preparation, modeling, and serving. The projects above show how I use it.

Languages

  • Python
  • SQL
  • R
  • C++
  • Bash

ML & Deep Learning

  • PyTorch
  • TensorFlow
  • Scikit-learn
  • XGBoost
  • LightGBM
  • LSTM / CNN
  • OpenCV

GenAI & LLMs

  • LangChain
  • RAG
  • Hugging Face Transformers
  • LLM Agents
  • Prompt Engineering
  • Vector DBs (FAISS / Chroma)
  • OpenAI / Anthropic APIs

Data Engineering

  • PySpark / Spark
  • Pandas
  • NumPy
  • Hadoop
Full toolkit Cloud, databases & methods

Databases

  • PostgreSQL
  • MySQL
  • MongoDB

Cloud & MLOps

  • AWS SageMaker
  • AWS EC2 / S3
  • GCP Vertex AI
  • Docker
  • MLflow
  • Git
  • CI/CD

Data Viz & Apps

  • Streamlit
  • FastAPI
  • Matplotlib
  • Seaborn
  • Plotly

Statistics & Methods

  • Statistics
  • Hypothesis Testing
  • Experimental Design
  • A/B Testing
  • Bayesian Modeling
  • Monte Carlo
  • Time Series
  • NLP
  • Feature Engineering
  • Model Governance
  • Bias & Fairness
  • SHAP / Explainability
Live ML Demo

Try My Deployed Model

Explore my diabetes-risk research prototype, live on its FastAPI service. Move the sliders, hit predict.

Trained on the Pima Indians Diabetes dataset · research only, not medical advice

117
32
29
72
80
23
0.47
2
Prediction appears here.
Powered by clinical-lab-predictor · FastAPI · Docker · Render
Live ML Demo · Flagship Project

Score a Log for Anomalies

This calls my real Log Anomaly Detection API, an Isolation Forest scoring service. The project uses 500K synthetic HTTP logs and behavioral features per IP. Pick an attack scenario, hit score, see the live verdict.

Research prototype · synthetic traffic

FEATURE FIELD / 01Illustrative synthetic points
DoS floodChoose a preset, then score it

Each API call scores one preset feature record. Dots illustrate traffic patterns; they are not live logs or per-request predictions. Depth separates illustrative clusters.

15K requests from one IP, 5xx errors, empty bodies, traffic spike.

IP requests15,000
Error rate61%
Status503
Req/s (hour)6,200
Admin hits0
DoS signalyes
Verdict appears here.
Powered by anomaly-detection · Isolation Forest · FastAPI · Render

04 / Experience

Learning through
real work.

Nov 2023 to Dec 2023 · Bengaluru, India

Cybersecurity Engineer Intern

Academor

Areas of practice

  • Python Automation
  • Observability
  • Data Integrity
  • Compliance

Python / Monitoring Dashboards / Alerting / SQL

05 / Research

Questions worth
writing about.

Published work in data security and gesture recognition. Read the original papers for methods and context.

06 / Start a conversation

Have a problem
worth solving?

Let’s talk about data science, ML engineering, research, or a project you have in mind.

mayurpatil4001@gmail.com ↗

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