A collection of software projects across machine learning, infrastructure, and web development.
An associated leadership dashboard that turns chatbot and survey interactions into workforce wellbeing metrics for C-suite and HR teams, surfacing risk trends, engagement patterns, and intervention priorities in a format built for decision-making.
A web-based therapy companion pilot that offers supportive conversations, guided reflection, and journaling to help users better understand their emotions, build healthier coping habits, and stay engaged over time.
Built asynchronous workflows for data ingestion, notification delivery, AI-assisted analysis, and automated report generation. Refactored a failing monolithic workflow into 3 focused services, improving observability, retries, and long-term maintainability.
Built the backend and Twilio integration for a WhatsApp-based survey application, with strong focus on observability, message workflows, questionnaire delivery, follow-ups, and operational reliability in production.
Built the company’s core platform from zero to production, covering backend services, frontend applications, cloud infrastructure, and CI/CD workflows for AI-driven questionnaire and reporting products. Supports 20 client companies, 600+ respondents, and 50k+ WhatsApp Chatbot interactions.
Designed and maintained data warehouse and data lake components for analytics workloads using S3, Athena, Glue, Python, and SQL. Supported asynchronous processing, reporting, and machine-learning-oriented data workflows.
Developed and optimized Python and R pipelines for large-scale genomic and epigenomic datasets, including scRNA-seq, ATAC-seq, Hi-C, and ChIP-seq, with emphasis on reproducibility, performance, and scientific rigor.
Built and optimized high-performance scientific software for radiobiology and medical physics, translating complex models of radiation-induced DNA damage into scalable computational tools. This work supported healthcare and cancer research applications, while also contributing to space radiation and nuclear safety analysis through Monte Carlo simulation, HPC, and statistical data modeling.