AI Engineering
01Model-backed features that hold up outside the demo.
- RAG
- Evals
- Prompt Engineering
- Vector Search
- OpenAI
hey, i’m
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I buildAI SYSTEMSAGENTSWEB APPSDEV TOOLSpeople actually use
I am an engineer who cares about the seam between models and products — the part where a demo becomes something people rely on every day.
Most of my work sits between AI systems and the interfaces that make them legible: retrieval pipelines, agent graphs, evaluation harnesses, and the front ends that keep all of it honest.
When I am not shipping, I am usually reading distributed systems papers or grinding LeetCode with a coffee that went cold two hours ago.

Ayush Kumar
AI Engineer
Capabilities
No ratings out of ten. Every group below is something the work in this page runs on.
Model-backed features that hold up outside the demo.
Stateful agents with explicit handoffs and traceable runs.
APIs designed to survive their second year.
Interfaces with motion that means something.
Modelling data for the queries it will actually get.
Running models in production, where the provider is the flaky part.
Experience
Took the society from a promotional page to the application the cabinet actually runs sessions on — public site, members' area and the AI practice features layered on the session data.
A live commercial product I maintained on both sides of the wire. Straight web engineering rather than an AI build — most of the weight sat in the backend and the API surface the front end runs on.
Flagship
An open-source mentor backend that turns your real work into interview-readiness coaching — watching Telegram reflections, GitHub activity and LeetCode practice, then coaching you on a schedule instead of behaving like a stateless chatbot.
Opens the day over Telegram and asks what the plan is, before there is anything to rationalise.
Telegram reflections, GitHub commits and LeetCode submissions land as activity events. Nothing is self-reported.
The evening workflow reads the day's events back, not my summary of them.
Readiness is recomputed in code from the week's evidence, and the next week's plan is written against that number.
Five systems, each one still running. Open any of them for the decisions behind it.
The website for my college's debating club — a rich front end backed by a real system that took it from a promotional page to the tool the club actually runs sessions on, with AI features that help members upskill their debating.
An open-source mentor backend that turns your real work into interview-readiness coaching — watching Telegram reflections, GitHub activity and LeetCode practice, then coaching you on a schedule instead of behaving like a stateless chatbot.
Paste a public GitHub URL, say why you are here, and get a tour of the codebase shaped by that intent — with every factual claim tied to a source span and re-checked by a verifier before you see it.
Durable memory and prepared context for Claude Code and Codex: knowledge lives as readable Markdown in your repo, and the agent gets the smallest useful slice of it before every edit instead of re-reading the project each turn.
A Telegram-controlled autonomous coding agent: one trusted operator sends a task, the agent inspects the repo, edits code and runs tests in an E2B sandbox, and opens a pull request only after explicit approval.
Writing
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Problem solving and open source, pulled live where the APIs allow it.
379
Problems solved
156
Easy
198
Medium
25
Hard
Ayush Kumar
@ayushkumar320Just a beginner
Open to AI engineering and full stack roles, freelance builds and genuinely interesting problems. I reply to everything.