Kanhaiya Lal Sharma
I’m Kanhaiya Lal Sharma, a B.Tech CSE graduate from KIIT Bhubaneswar, and I enjoy building real-world software that blends strong engineering with practical AI.
About
I’m Kanhaiya Lal Sharma, a B.Tech CSE graduate from KIIT Bhubaneswar, and I enjoy building real-world software that blends strong engineering with practical AI. I’ve worked across data structures and system design fundamentals, object-oriented development, and production-style coding practices—shipping features end to end with clean, tested implementations.
In my recent work, I independently designed and deployed HireSense AI, a live recruiter copilot that uses a hybrid retrieval approach for grounded recommendations, backed by a FastAPI service and a Next.js/React frontend. I’ve also built and delivered a RAG-based legal document automation platform and experimented with multimodal ML systems (EEG + MRI) for cognitive disorder and classification tasks, along with LSTM-based forecasting—always focusing on measurable performance and reliability.
- 1 year's experience
- Joined October 2026
Industry experience
- Software & Internet
- Education
- Computers & Electronics
- Healthcare
- Financial Services
- Non-Profit Organization
Work experience· 4 roles
Independently designed and shipped a production-grade live AI recruiter copilot. Built a Next.js 15 + React 19 frontend deployed on Vercel and connected it to a stateless FastAPI backend deployed on Hugging Face Spaces. Implemented a hybrid retrieval pipeline combining FAISS-based semantic search and lexical retrieval fused via Reciprocal Rank Fusion over an indexed catalog of 377 records. Used professional engineering practices across architecture, implementation, testing (Pytest, MyPy), and frontend tooling (ESLint, TypeScript), delivering a publicly accessible end-to-end product used in real conversations.
Built a production-grade RAG platform for semantic search and automated analysis of 1,000+ legal documents. Implemented Next.js frontend with Supabase (pgvector) and Auth0-based authentication. Integrated LLM APIs for clause extraction and compliance verification, targeting sub-1-second query response times and ~50ms upload/retrieval latency. Added secure document access using signed URLs, edge APIs, and an SWR-driven frontend to support real-time authenticated analysis and retrieval.
Developed a multimodal AI system for cognitive disorder detection and brain tumor classification by integrating EEG (TUH dataset) and MRI (ADNI dataset). Designed a CMF-ViT EEG model achieving 88–92% accuracy with 70–90% class sensitivity across 22 patient records. Implemented an EfficientNet-B4 MRI classifier reaching 97–98% validation accuracy and 97.6% test accuracy on 111 records.
Education
Certifications and awards
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