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Shankar Teja Lingala · AI Systems Engineer

Production AI built on Claude, Gemini, and ChatGPT. Deep learning, CNNs, RAG, multi-agent systems — and quiet curiosity for quantum and neural-tech frontiers. Remote from London, working anywhere.

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01About

a life in three chapters.

Shankar Teja Lingala portrait
Shankar PORTRAIT/01
Shankar at Tower Bridge, London
London · Off-duty PORTRAIT/02

Born in Eluru, trained in Vadodara, building from London. AI engineer fluent in Claude, Gemini, and ChatGPT — and the careful half of shipping software.

Eluru, Andhra Pradesh — a small town that taught me to be patient with hard problems. I picked up programming on a borrowed laptop and a slow connection. The constraint made me careful, and careful made me curious.

Six years across hospitality, retail, kitchens, and customer-service desks paid the bills between three degrees in three cities. The non-AI work taught me the soft half of building software — listening, reading rooms, and finishing under pressure.

0+ Years coding
0 Degrees · 3 cities
0 Languages spoken
0h Reply window
02Capabilities

six things I actually do well.

/ 01 — SYNAPSE

Neural networks

CNNs, transformers, and custom heads — trained, fine-tuned, and shipped with eval suites.

/ 02 — ATTENTION

Transformer attention

Multi-head attention, KV caching, and prompt design that respects the actual mechanism.

/ 03 — VECTOR

Embedding spaces

Vector search, semantic clustering, and grounded retrieval that doesn't hallucinate.

/ 04 — GRADIENT

Training loops

Optimizers, schedulers, mixed precision — the careful side of getting models to converge.

/ 05 — AGENT

Tool-using agents

Function calling, structured output, and clean failure modes — agents that can be debugged.

/ 06 — SIGNAL

Biosignals & vision

EEG decoding and computer vision — CNNs and transformers working on the messy real world.

Drag right to explore
03Services

hand-built craft at production scale.

From a single CNN classifier to a full LLM-powered platform — a complete range of AI work for individuals, startups, and research teams.

/ 01

Deep learning models

CNN architectures and supervised learning pipelines for vision, classification, and structured data — from dataset curation to evaluation harness.

PyTorch TensorFlow CNN Vision
/ 02

Full-stack AI products

Production-grade applications powered by Claude, Gemini, or ChatGPT. Chat interfaces, internal tools, and dashboards that ship — and stay shipped.

Claude API React FastAPI SSE
/ 03

RAG & knowledge systems

Embeddings, vector search, and grounded generation — turning private documents and structured data into useful, accurate answers.

Embeddings pgvector Hybrid Search
/ 04

Multi-agent workflows

Tool-using agents, planners, and coordinated pipelines. Built with function calling, structured output, and clean failure modes.

Function Calling JSON Schema Planners
/ 05

Computer vision

Object detection, classification, and image-based ML — including medical and domain-specific imaging trained with PyTorch and OpenCV.

OpenCV YOLO Medical Imaging
/ 06

Prompt engineering

Carefully designed prompts, evaluation harnesses, and Custom GPTs that behave consistently in production — not just in demos.

Custom GPTs Evals Few-shot
·Live

how it thinks.

A small live demo. Scroll past this section and watch a real prompt run through a Claude-style reasoning loop, character by character.

~/agent · claude-opus · scroll-driven LIVE STREAM
04Research frontiers

where AI meets the frontier.

Beyond the day-to-day LLM and CNN work, two domains pull my curiosity hardest. They sit at the edge of what's currently possible — which is precisely why they're worth learning now.

/ 01 — QUANTUM

Quantum Computing

Variational quantum circuits, quantum kernels, and hybrid classical–quantum models. Learning Qiskit and PennyLane to bring quantum primitives into AI pipelines.

  • /01Variational Quantum Circuits (VQC)
  • /02Quantum kernels for classification
  • /03Hybrid classical–quantum networks
  • /04Qiskit · PennyLane · Cirq
/ 02 — NEURAL

Neural Technology

Where AI meets the nervous system — neural-signal decoding, brain-computer interfaces, EEG classification, and biosignal denoising with CNNs and transformer models. The frontier I'm most curious about.

  • /01EEG signal classification
  • /02Brain-computer interface research
  • /03Biosignal denoising & features
  • /04MNE-Python · OpenBCI · PyTorch

"I'd rather ship one careful thing than seven loud demos that break by Tuesday. The frontier rewards patience — and the engineers who can be honest about uncertainty."

Shankar Teja Lingala · Working manifesto

05Selected work

the work speaks for itself.

A growing catalogue of AI projects — full-stack apps, deep-learning research, and quietly useful tooling. Each one shipped end-to-end.

/01AI APP · LLM

Trident AI

A personal AI chat product I built end-to-end — animated branding, in-browser code execution, persistent conversations.

Case study →
/02ML · CNN

Gastro Vision

A multi-class CNN classifier for gastrointestinal disease detection, built for the CN7023 AI & Machine Vision module.

Case study →
/03TOOLING · PYTHON

Portfolio Engine

A Python toolkit that produces tailored, role-specific CVs and cover letters from structured config. Same source, dozens of tuned outputs.

Case study →
/04STUDIO · WIP

Studio ✦

An ongoing prototype that blends applied ML with a domain I'm self-teaching. I'm keeping the details quiet until it ships.

Coming soon →
/05PIPELINE

Eval & Data

Reusable evaluation harness and dataset-preparation pipeline I rely on across CNN experiments. One config, full eval.

Case study →
/06PROMPT CRAFT

Custom GPTs

Domain-specific Custom GPTs with function calling and structured output, built for repetitive workflows that punish brittle prompts.

Case study →
·Process

a path without friction.

From first message to final hand-over, every step is small, clear, and on the table.

~/projects/onboarding ·· bash · live 4 steps · 0 friction
/01 — DISCOVERY

First contact

We start with a conversation — your problem, your data, your constraints. I respond within 24 hours with a clear scope.

/02 — BRIEF

Quote & plan

Detailed evaluation of approach, model choice, and timeline. Transparent, fixed-scope quote within 48 hours.

/03 — BUILD

Iterate fast

I prototype fast, iterate on real data, and keep you in the loop with weekly walkthroughs. No black boxes.

/04 — SHIP

Deliver & support

Final review, documented handover, and ongoing support. The repository, the prompts, the eval suite — all yours.

·Education

from eluru to london.

Three programmes, three cities, one through-line — building toward production AI.

MSc Artificial Intelligence

University of East London — London, UK

Frontier AI · LLM systems · Applied ML research

2026 — present In Progress

B.Tech in Artificial Intelligence

Parul University — Vadodara, India

Machine Learning · Deep Learning · Computer Vision

Bachelors Completed

Diploma in Computer Science

CRR Reddy College — Eluru, India

Foundations · Programming · Data Structures

Diploma Completed