Software Engineer & AI Builder — Aurangabad, India

Ronit

I build systems that predict, retrieve, and reason — from explainable machine learning models to agentic RAG pipelines and full-stack products. CS undergrad, competitive programmer, and builder of things that ship.

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About

I like systems that can explain themselves.

My work sits between applied machine learning and real product engineering — sensor data that predicts a failure before it happens, documents that answer questions about themselves, agents that retrieve instead of hallucinate.

I care less about squeezing out the last decimal of accuracy and more about whether a system can be trusted, explained, and shipped. That habit comes from competitive programming as much as from ML coursework: check the edge cases, measure honestly, ship something that works.

Based inAurangabad, India
StudyingB.Tech CSE, Govt. College of Engineering (2023–2027)
FocusApplied ML · Agentic AI · RAG
Recent win@Scale Applied AI Challenge 2026

1000+

Problems solved on Codeforces, Pupil rated

Top 10

of 3,000+ teams, Hackronyx 2025 finalist

Winner

@Scale Applied AI Challenge 2026

GSSoC

Open-source contributor, dockerized a MERN app

Selected Work

A case file, not a portfolio piece

Case 01 — Industrial ML

Predictive Maintenance

A binary classifier that reads live sensor data — temperature, rotational speed, torque, and tool wear — and predicts whether an industrial machine is about to fail, so maintenance can happen before a breakdown does.

Trained on the AI4I 2020 dataset (10,000 machine readings, roughly 3.4% true failures), the project's real challenge wasn't accuracy — it was building a model that still catches rare failures despite heavy class imbalance, and can explain every prediction it makes.

PythonPandasscikit-learnRandom ForestLogistic Regressioneli5joblibFastAPI
Model accuracy, held-out test set
Random Forest98.64%
Logistic Regression97.52%

10K

Sensor readings

3.4%

True failure rate

6

Input features

2

Models compared

Also built

Craft

How the work gets done

Modeling

Classification & explainability

Comparing baseline-to-ensemble models — Logistic Regression through Random Forests — with eli5 and permutation importance so a prediction can be defended, not just trusted.

Agentic AI

RAG pipelines & agents

LangChain and CrewAI agent workflows, vector and vector-less retrieval, and guardrails so a system retrieves the right answer instead of inventing one.

Full-stack

From API to interface

Node.js, Express, and FastAPI backends behind React and Next.js frontends — real-time features with Socket.io, auth, and clean, responsive UI.

Infrastructure

Shipping it properly

Docker Compose for multi-service orchestration, async processing with queues, and Postgres/Mongo for whichever shape the data actually needs.

Python TypeScript LangChain LangGraph CrewAI scikit-learn React & Next.js FastAPI Docker PostgreSQL MongoDB Vector Search Python TypeScript LangChain LangGraph CrewAI scikit-learn React & Next.js FastAPI Docker PostgreSQL MongoDB Vector Search

Contact

Let's build something
worth trusting.