Hi, I am π
I build healthcare AI systems, privacy-preserving machine learning pipelines, and cloud-native clinical software that support biomedical research, clinical data workflows, and real-world healthcare applications.
About Me
I am a Software Engineer and AI Researcher pursuing an M.S. in Artificial Intelligence and Business Analytics at the University of South Florida. My work combines healthcare-focused application development, federated learning, backend engineering, cloud-native systems, and reproducible research workflows for biomedical and clinical data environments.
Developed scalable backend applications, REST APIs, and microservices using Python and JavaScript across enterprise environments. Worked on PostgreSQL/MySQL schema optimization, Snowflake analytics workflows, AWS infrastructure, and CI/CD pipelines.
Started graduate study in Artificial Intelligence and Business Analytics with coursework in machine learning, deep learning, cloud solutions architecture, big data, advanced database systems, and analytics application development.
Developing privacy-preserving healthcare AI systems using Python, PyTorch, Flower, Docker, Linux-based environments, and GPU-enabled infrastructure. Research focuses on federated learning, anomaly-aware aggregation, adaptive clipping, and robust AI workflows for decentralized medical data.
Designed and developed mobile and web-based healthcare applications using React Native, FastAPI, REST APIs, Docker, Azure cloud infrastructure, and Azure Cognitive Services to support real-time patient-provider communication workflows.
Mentored 100β150 students in Python for Business Analytics, supporting data analysis, debugging, SQL, Excel, and analytical workflow development. Guided responsible use of AI-assisted development tools including Claude and GitHub Copilot.
My Specialties
I specialize in building software systems that connect healthcare research, machine learning models, clinical workflows, and cloud-native engineering into reliable applications.
Building healthcare-focused applications and clinical data workflows that support patient-provider communication, biomedical research, AI-assisted analysis, and secure software delivery.
View related projects βDeveloping distributed federated learning pipelines for decentralized healthcare data using PyTorch, Flower, anomaly-aware aggregation, and adaptive clipping techniques.
View research βDesigning reproducible research workflows, ML experimentation environments, data preprocessing pipelines, model evaluation scripts, and visualization tools for healthcare and oncology-related datasets.
View experience βDeveloping REST APIs, microservices, backend integrations, asynchronous workflows, and secure data exchange systems across healthcare, research, and enterprise environments.
View portfolio βDesigning optimized PostgreSQL and MySQL schemas, improving query performance, modeling data for analytics workflows, and supporting downstream Snowflake-based data environments.
View work history βContainerizing applications, deploying cloud-based systems, managing CI/CD pipelines, and building reliable development environments using Docker, AWS, Azure, Jenkins, and GitHub Actions.
View technical work βMy Portfolio
A focused set of projects across healthcare AI, federated learning, clinical NLP, cybersecurity, backend systems, and applied machine learning.
Built a real-time GenAI-enabled cybersecurity platform using FastAPI, Elastic Stack, and LLM-based workflows to process streaming security logs, support threat detection, and enable scalable monitoring.
View Repo βDesigned and developed a healthcare communication platform for Evara Health using React Native, FastAPI, REST APIs, Docker, Azure cloud infrastructure, and Azure Cognitive Services for speech recognition and neural machine translation.
Building an AI-powered clinical workflow platform for small and mid-sized clinics, with role-based workflows, patient intake, clinical note generation, treatment summaries, and secure backend architecture.
View Repo βBuilt an NLP pipeline using Hugging Face Transformers and LoRA fine-tuning to convert unstructured radiology reports into structured JSON outputs for improved extraction reliability and downstream usability.
View Repo βDeveloped a federated intrusion detection system using Docker-based orchestration to detect cyber threats across distributed environments without sharing raw data.
View Repo βWork History
Academic Work
My research focuses on privacy-preserving healthcare AI, federated learning, adversarial robustness, and reliable machine learning workflows for decentralized medical data.
Workshop on Information Technology and Systems Β· Nashville, USA Β· 2025
Research-in-progress paper on distinguishing legitimate medical data diversity from Byzantine attacks in healthcare federated learning using client-adaptive anomaly detection.
Target: IEEE Journal of Biomedical and Health Informatics
Extending the WITS 2025 research with broader healthcare dataset evaluations, additional adversarial scenarios, and enhanced robustness analysis for multi-institutional federated learning systems.
Contact Me
I am open to Research Software Engineer, AI/ML Engineer, Healthcare Software Engineer, and backend/cloud engineering roles where I can build reliable software systems for research, clinical data workflows, and AI-driven applications.