FinTrack Analytics[cite: 1, 3]
Orchestrated an LLM pipeline with OpenAI API to generate natural-language spending summaries from multi-account transaction data[cite: 1, 3].
Computer Science engineer focused on Agentic Integrations and Full-Stack Architectures[cite: 1, 2, 3]. From real-time fraud detection pipelines to LLM-powered analytics, I build tools that translate technical complexity into organizational impact[cite: 1, 3, 5].
I am a versatile software engineer with hands-on experience developing end-to-end applications and automation tools[cite: 1, 3]. My approach combines systems-level thinking with a user-centered focus, ensuring that data-driven insights are actionable for non-technical stakeholders[cite: 1, 3, 5].
Whether it’s optimizing PostgreSQL schemas for 44% faster load times or orchestrating LLM pipelines that cut time-to-insight by 70%, I thrive in environments where resource constraints meet high-stakes requirements[cite: 1, 3, 4, 5].
Orchestrated an LLM pipeline with OpenAI API to generate natural-language spending summaries from multi-account transaction data[cite: 1, 3].
WebSocket-based chat system handling 300+ users with <50ms delivery[cite: 2, 3]. Integrated inline LLM moderation to auto-flag toxicity[cite: 2, 3, 5].
Secure document verification interface for cross-agency discrepancies[cite: 3]. Reduced review cycles by 38% via custom annotation tools[cite: 1, 3].
Clinical intake engine managing hundreds of organizational rules[cite: 4, 5]. Automated reminders reduced absenteeism by 31%[cite: 4, 5].
Engineered a machine learning pipeline at UW-Eau Claire to classify invalid ad traffic across 2M+ data points[cite: 4, 5]. Using Random Forest and XGBoost, I achieved 91% precision[cite: 4, 5]. I translated these complex ML outputs into a real-time FastAPI-powered dashboard for non-technical faculty stakeholders[cite: 3, 5].