I'm Nanda Kishore.
Software Engineer | Backend Developer | Cloud Enthusiast

Tech Stack
Technologies I work with
LANGUAGES
LIBRARIES & FRAMEWORKS
CeleryDATABASE & CLOUD
TOOLS & BLOCKCHAIN
Education

Master of Science
Computer Science
George Mason University

Bachelor of Technology
Computer Science Engineering
Sri Ramaswamy Memorial University
Professional Experience
Hands-on experience in fraud detection, healthcare systems, and enterprise software development
Software Engineer
Capital One
Mclean, VA
Core Data Platform Services
Developed Python microservices using Django REST Framework processing daily financial transactions
Scalable Microservices Architecture
Led team modernizing legacy payment systems to microservices while transferring 15 years of historical data
Celery-Based Fraud Detection
Built fraud detection system analyzing events during peak loads with Redis caching
Domain Modeling
Designed domain models for financial products across credit, banking, and commercial divisions using PostgreSQL
Fault-Tolerant Data Pipeline
Implemented Python and Kafka pipeline processing daily transaction data with automated recovery mechanisms
Django REST API Optimization
Optimized API endpoints handling high traffic during peak loads through async processing and connection pooling
Technologies Used
Software Engineer
Optum
Hyderabad, India
Django Healthcare Platform
Developed Django-powered healthcare platform processing patient records across UnitedHealth network
Celery Async Processing
Engineered Celery queue handling insurance claims during peak periods with intelligent task prioritization
Django REST Framework APIs
Built REST APIs serving internal applications with JWT authentication and comprehensive error handling
PostgreSQL Query Optimization
Optimized PostgreSQL queries for analytics dashboards using materialized views and strategic indexing
Insurance Eligibility Rules
Created Python-based domain models for complex insurance eligibility across Medicare, Medicaid, and commercial plans
HIPAA Compliance
Maintained HIPAA compliance throughout legacy .NET to Django migration ensuring 99.95% data accuracy
Technologies Used
Software Engineer Intern
Optum
Hyderabad, India
Python Data Validation Framework
Developed Python data validation framework for healthcare transactions with automated anomaly detection
Django REST Patient Portal
Built Django REST endpoints for patient portal implementing Redis caching strategies
Celery Batch Processing
Created Celery-based batch processing system for insurance pre-authorizations automating routine approvals
Data Quality Improvement
Improved data quality scores through automated anomaly detection algorithms
Database Load Optimization
Implemented Redis caching strategies that reduced database load during peak hours
Processing Backlog Reduction
Reduced insurance pre-authorization processing backlog through automated task batching
Technologies Used
Featured Projects
Real-world software projects showcasing expertise in blockchain, IoT, networking, and system architecture
TrackETH – Ethereum Wallet Intelligence Bot
Built a Telegram bot that tracks Ethereum wallet flow using Alchemy API with >98% accuracy. Deployed on a DigitalOcean Linux server for 99.9% uptime and background execution. Enabled smart alerts and address tagging to monitor high-value wallet activity.
Technologies Used
Gatewise – Automated Parking System
Built a multi-threaded parking system on BeagleBone in C++, optimizing performance and resource usage. Achieved 120ms gate response time via sensor-driven interrupt handling. Deployed event logs to a Dockerized FastAPI service on GCP for remote monitoring.
Technologies Used
WebRTC vs TCP: Network Behavior Analysis
Led performance research comparing WebRTC (UDP) and TCP streaming under identical test conditions. Built automated testbeds with Puppeteer and NGINX on Linux; WebRTC achieved <10ms RTT and 30 FPS. Captured TCP peaks of 2.2 Gbps with retransmission analysis.
Technologies Used
Custom Avalanche Subnet Development
Deploying a custom Avalanche Subnet for efficient transaction execution and scalability. Implementing dynamic fee structures and integrating Avalanche Warp Messaging (AWM) for secure cross-subnet communication.
Technologies Used
Get In Touch
I'm always open to discussing new opportunities and interesting projects. Let's connect!