Albert Yorn

GPA: 3.67

Honors: A. James Clark Scholar, LinkedIn Possibilities in Tech Scholar

University of Virginia - Charlottesville, VA

• Conducted MathWorks-funded research with Dr. Heze Chen to integrate domain-specific LLM (MATLAB Copilot) tools for APMA 2501 to improve AI fluency in MATLAB development processes among students
• Created live MATLAB scripts teaching use of MATLAB Copilot tools, receiving positive feedback from students.

Connected Solutions Group LLC. - Richmond, VA

• Collaborated with an 8-person production team at a telecommunications provider to fulfill orders for partners
• Executed quality assurance testing and firmware flashing for 500+ mobile and network devices weekly

React, TypeScript, FastAPI, PostgreSQL, LangChain

• Co-architected a data pipeline with 3 developers for an AI-driven student productivity application, utilizing FastAPI to extract and normalize raw Google Calendar API events into structured payloads
• Engineered a context-aware task generation engine utilizing LangChain and Google Gemini to dynamically analyze student schedules and output automated priority recommendations
• Built a concurrent-safe PostgreSQL backend via Supabase, enabling real-time live calendar synchronization across multiple clients while guaranteeing data integrity

React, TypeScript, FastAPI, scikit-learn

• Developed the frontend interface for a web-based clinical decision support system evaluating neurological patient urgency, utilizing React, TypeScript, and Vite to engineer dynamic symptom assessment workflows
• Built a secure FastAPI backend to orchestrate rule-based computations, conducting runtime benchmarking that averaged 75 microseconds for the urgency score endpoint
• Engineered a scikit-learn polynomial regression modifier that adjusts the base urgency score based on symptom onset type and severity

Python, Pygame

• Co-developed 'Pho So 2', a Vietnamese restaurant simulation game that secured a 2nd place overall hackathon finish, applying object-oriented programming to structure game entities
• Engineered collision detection algorithms and state management logic to precisely control player interactions and multi-stage cooking workflows
• Developed queue management algorithms to control unique customer spawn rates and positioning, ensuring non-overlapping entity placement and accelerated development by leveraging Claude Code