I'm an AI/ML Engineer based in Hyderabad, India, specializing in building production-ready intelligent systems. My work spans retrieval-augmented generation (RAG), computer vision, medical imaging, and end-to-end ML pipelines—from data processing to deployment.
- 🔬 Deep Learning Research: Medical imaging, OCT retinal disease classification, liver segmentation
- 🤖 GenAI & LLMs: RAG applications, agentic systems, prompt engineering, fine-tuning (LoRA, full)
- 🏥 Healthcare AI: Diagnostic models, biomedical NLP, AI-driven healthcare solutions
- 📊 ML Engineering: Data pipelines, model evaluation, API development, cloud deployment
Data → Processing → ML/DL → Retrieval/LLM → Evaluation → API → Deployment
| Degree | Institution | Year | CGPA |
|---|---|---|---|
| B.Tech, Electronics & Communication Engineering | Rajiv Gandhi University of Knowledge Technologies, IIIT Nuzvid Campus | 2021–2025 | 8.55/10 |
- IIT Madras Road Safety Hackathon Winner — ₹7.5 lakh grant for an AI-driven bike-safety enhancement system that identifies rash driving and potential falls, then alerts through a phone. Read the coverage
Languages & Core
AI / ML / Deep Learning
Data, Backend & APIs
DevOps, Cloud & Tools
- Architected a retrieval-augmented agent using LangChain with filtering, grounding, and multi-turn memory
- Integrated GPT-3.5 Turbo via API workflows — reduced average query cost by 10%
- Designed end-to-end ML pipelines: preprocessing, feature engineering, training, evaluation, and scikit-learn model deployment
- Built sEMG acquisition pipeline + LSTM for lower-limb abnormality detection (67% diagnostic accuracy)
- Pneumonia detection with MobileNet-V3 transfer learning — 94% accuracy, with Grad-CAM explainability
- Dockerized Django application deployed on AWS EC2
- Developed an MLP Mixture Model for retinal disease classification using Optical Coherence Tomography (OCT) images
- Achieved 98.4% accuracy, driving diagnostic precision in ophthalmology
- Tackled class imbalance through weighted loss functions, improving generalization and robustness for real-world healthcare deployment
- Applied advanced deep learning and computer vision methods to enhance diagnostic models
- Designed and optimized U-Net and Half U-Net architectures for precise liver segmentation
- Achieved 97.6% IoU and 9.4% Dice Coefficient, setting new standards in medical imaging accuracy
- Developed and tested custom loss functions to improve model performance
- Gained hands-on experience with AWS, Docker, and GPU-based cloud services (including NVIDIA A100 GPUs) to accelerate model training and deployment
RAG LangChain LangGraph ChromaDB Agentic AI LLM
A retrieval-powered FAQ assistant built for grounded Jupyter-related answers. The pipeline processes documentation, extracts FAQs, creates persistent embeddings, retrieves relevant context, and produces source-aware answers with agentic reasoning.
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Built an agentic RAG system with filtering, grounding, and multi-turn memory
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Used LangChain and LangGraph for orchestrating retrieval and generation workflows
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Implemented category-aware retrieval and citation-backed answers
Django LLM Conversational AI Portfolio
An interactive portfolio website with an integrated conversational AI agent that provides information about projects, skills, and experience through natural language queries.
I write about AI/ML, deep learning, and healthcare AI on Medium.
Building AI systems that are useful, grounded, and measurable.
Made with ❤️ by Sai Krishna Chowdary Chundru
