Neural networks
CNNs, transformers, and custom heads — trained, fine-tuned, and shipped with eval suites.
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.
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.
CNNs, transformers, and custom heads — trained, fine-tuned, and shipped with eval suites.
Multi-head attention, KV caching, and prompt design that respects the actual mechanism.
Vector search, semantic clustering, and grounded retrieval that doesn't hallucinate.
Optimizers, schedulers, mixed precision — the careful side of getting models to converge.
Function calling, structured output, and clean failure modes — agents that can be debugged.
EEG decoding and computer vision — CNNs and transformers working on the messy real world.
From a single CNN classifier to a full LLM-powered platform — a complete range of AI work for individuals, startups, and research teams.
CNN architectures and supervised learning pipelines for vision, classification, and structured data — from dataset curation to evaluation harness.
Production-grade applications powered by Claude, Gemini, or ChatGPT. Chat interfaces, internal tools, and dashboards that ship — and stay shipped.
Embeddings, vector search, and grounded generation — turning private documents and structured data into useful, accurate answers.
Tool-using agents, planners, and coordinated pipelines. Built with function calling, structured output, and clean failure modes.
Object detection, classification, and image-based ML — including medical and domain-specific imaging trained with PyTorch and OpenCV.
Carefully designed prompts, evaluation harnesses, and Custom GPTs that behave consistently in production — not just in demos.
A small live demo. Scroll past this section and watch a real prompt run through a Claude-style reasoning loop, character by character.
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.
Variational quantum circuits, quantum kernels, and hybrid classical–quantum models. Learning Qiskit and PennyLane to bring quantum primitives into AI pipelines.
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.
"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
A growing catalogue of AI projects — full-stack apps, deep-learning research, and quietly useful tooling. Each one shipped end-to-end.
A personal AI chat product I built end-to-end — animated branding, in-browser code execution, persistent conversations.
Case study →A multi-class CNN classifier for gastrointestinal disease detection, built for the CN7023 AI & Machine Vision module.
Case study →A Python toolkit that produces tailored, role-specific CVs and cover letters from structured config. Same source, dozens of tuned outputs.
Case study →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 →Reusable evaluation harness and dataset-preparation pipeline I rely on across CNN experiments. One config, full eval.
Case study →Domain-specific Custom GPTs with function calling and structured output, built for repetitive workflows that punish brittle prompts.
Case study →From first message to final hand-over, every step is small, clear, and on the table.
We start with a conversation — your problem, your data, your constraints. I respond within 24 hours with a clear scope.
→Detailed evaluation of approach, model choice, and timeline. Transparent, fixed-scope quote within 48 hours.
→I prototype fast, iterate on real data, and keep you in the loop with weekly walkthroughs. No black boxes.
→Final review, documented handover, and ongoing support. The repository, the prompts, the eval suite — all yours.
Three programmes, three cities, one through-line — building toward production AI.
University of East London — London, UK
Frontier AI · LLM systems · Applied ML research
Parul University — Vadodara, India
Machine Learning · Deep Learning · Computer Vision
CRR Reddy College — Eluru, India
Foundations · Programming · Data Structures