THE CLOCKWORK CABINET

yash mishra/ meowshra

02 · About — The Drafting Workbench

The Drafting Workbench

The one sunlit room in the cabinet: paper, rules and pins, where the machines are sketched before they are built.

Yash Mishra smiling in a café — warm interior, plants and floral wallpaper

Yash Mishra

AI/ML Engineer & Researcher

Delhi NCR

the maker, on camera — café, october 2026

Underneath the abstraction

I like understanding what happens underneath the abstraction. Whether I'm implementing a research paper from scratch, wiring a retrieval system, or testing how an AI agent fails, I want to know why it works — and, more usefully, where it breaks. That habit is why most of the machines in this cabinet exist: not to wrap a library, but to open it up.

The work I reach for sits where AI/ML meets real evaluation — retrieval, agents, LLM security, efficient Transformers. Building the system is half of it; measuring what it actually does is the other half. If a claim can't be tested against something real, I'd rather not make it.

Everything here was made the same way: sketched first, implemented honestly, evaluated against evidence, and shipped with its limits labelled.

Education — the foundation

BTech — Computer Science and Engineering (AI & ML)

Greater Noida Institute of Technology

2022–2026 · graduated June 2026

The GATE arc — persistence, on the record

GATE 2026 — qualified, both papers

Computer Science & Data Science — both qualifiedAIR ≈ 6,000 (approximate All India Rank, resume-sourced)

GATE 2027 — preparation is on.

The tool wall

Grouped by what they do, hung where I can reach them. No percentages, no bars — a tool earns its hook by being used.

Languages

  • Python
  • C / C++
  • JavaScript
  • TypeScript
  • SQL

AI/ML & NLP

  • PyTorch
  • TensorFlow
  • Transformers
  • Hugging Face
  • scikit-learn
  • SentenceTransformers
  • Model training & fine-tuning
  • Neural Machine Translation
  • OpenCV

GenAI & Retrieval

  • RAG
  • Chroma
  • Qdrant
  • Embeddings
  • Gemini
  • OpenRouter
  • LangChain
  • OpenAI

AI Tools & IDEs

  • Codex
  • Claude Code
  • Claude
  • ChatGPT
  • Antigravity
  • Cursor
  • VSCode
  • OpenCode
  • Ollama
  • Higgsfield
  • ElevenLabs
  • Perplexity

AI Evaluation & Security

  • Agent evaluation
  • Adversarial testing
  • Prompt-injection defence
  • Retrieval evaluation
  • BLEU / chrF / METEOR
  • Interpretability
  • LLM security & access control

Backend & Web

  • FastAPI
  • Next.js
  • React
  • REST APIs
  • PostgreSQL
  • SQLite
  • Prisma
  • SQLAlchemy
  • Authentication

Cloud & Deployment

  • AWS
  • Google Cloud Console
  • Cloudflare
  • Netlify
  • Firebase
  • Vercel
  • Render
  • Supabase
  • Railway

Tools & Testing

  • Git / GitHub
  • Docker
  • Postman
  • npm
  • pytest
  • Vitest
  • Playwright
  • Ruff
  • Jupyter
  • NumPy
  • Pandas
  • Matplotlib

From the profile

  • Stable Diffusion
  • Gradio

Hanging where I can reach them. The wall says what I use — not how well, and not since when: proficiency is what the shipped machines in Projects demonstrate, not a label pinned here.

The research, pinned to the bench

The published chapter, and the schematic that explains how the machine reads one language and writes another.

Research — the Transparent Transformer

sheet 12-A · conceptual schematic · not to scale
source text — English
tokenisation
embeddings + positional encoding (sinusoidal)
into both stacks

encoder stack × N

multi-head self-attention
add & norm
feed-forward
add & norm

the source, understood

decoder stack × N

masked multi-head self-attention
add & norm
encoder–decoder attention
add & norm
feed-forward
add & norm

the target, written one token at a time

the encoder's output becomes the keys and values of the decoder's cross-attention — the bridge between reading and writing

output projection
linear + softmax → next-token probabilities
autoregressive — one token per step, fed back until the sentence ends
target text — Hindi

The schematic is the conceptual architecture we worked from — the published chapter documents the exact implementation. No layer counts, dimensions or scores are invented here.

My published chapter builds an English–Hindi neural machine-translation system around a custom Transformer — implemented from scratch and evaluated on the IIT Bombay corpus (cfilt/IITB). Positional information comes from sinusoidal encodings; attention does the heavy lifting, and the framework was designed so the evaluation could actually see inside it.

A Transparent Transformer Framework for English–Hindi Neural Machine Translation: Design and Preliminary Evaluation — ICTCS 2025 · Springer Nature · Lecture Notes in Networks and Systems, vol. 1877. The journal version is in preparation — not published, and not presented as if it were.

the published chapter's full record

The personality shelf

Small things, honestly held — the bench is not only for work.

Cricket

Virat and Rohit — the highlights reel runs on loop.

Pool

been playing it for a while now — and I absolutely love it.

Chess

grinding so hard, just to learn there are greater overthinkers than me.

Music

Spotify runs while everything else compiles.

History

ancient and modern-day — exploring both ends of the timeline.

Food

how could I leave it out? Planning the next meal is a legitimate discipline.

That is the bench. The machines it produced hang in Projects, the dated record sits in Experience, and if any of it raises a question, the letter slot is always open.