Tucker Paron

● Outreach to private neurology clinics across the US to integrate an EEG-based dementia detection and monitoring system. ● Fielding technical questions regarding hardware specs, validation against PET, and FDA clearance.

● Runner-up in 2026 Harvard Health Systems Innovation Hackathon. Top 2% of over 1000 participants. ● Building Averin Health, an AI-powered contract analysis tool extracting and comparing contract details against EHR metrics to support value-based care negotiations for health executives. ● Leading data science and backend infrastructure development using Azure, Microsoft Copilot, Python, and InterSystems (EHR integration).

● Built full web- and mobile- app infrastructure, including backend (Supabase, PostgreSQL, and Deno) , frontend (React, TypeScript, Vite, Tailwind, etc.) and integrations (OpenAI API and KetoMojo API) enabling metabolic insights for oncology patients. ● Ensured software compliance with current FDA guidance on wellness devices and data storage alignment with HIPAA guidelines. ● Documented all design decisions and maintained changelog to form scaffolding for QMS.

● Developed EEG signal processing pipelines (FFT, FIR/IIR, feature extraction) and built models for novel brain metrics (e.g., cognitive speed, brain age). ● Worked directly with CEO and Lead ML Engineer to prototype a Large Brain Model using autoencoder, transformer, and supervised ML. Led project management and worked with Lead ML Engineer on implementation. ● Built a suite of internal applications with Python to showcase the utility of our non-invasive brain computer interface for investors and potential partners/customers. Used GitHub Actions, briefcase, AWS OIDC, and uv to package and version applications.

● Designed and maintained internal company database processing 300M+ healthcare records, implementing ETL pipelines with dbt, SQL, and Python to harmonize clinical data into Google Cloud Storage, operating within HIPAA- and SOC 2-controlled environments. ● Utilized Docker to containerize data pipelines for reproducible execution and Terraform to support infrastructure and IAM configuration. ● Collaborated with clinical and engineering teams to define logic for derived clinical endpoints for sepsis, AKI, and other conditions; regularly produced analyses used to inform FDA communications and submissions.

● Walk-on student athlete at the University of Vermont Men's Soccer (2024 D1 National Champions). ● Served as team data analyst for four seasons creating and presenting statistical reports to team and staff. ● 2024 Hal Greig Award for “the player who, through his desire, hustle and love for the game, does the most for the Vermont Men's Soccer program”.

● Built ticket sales forecasting model used to inform marketing, parking, and concessions decisions. Used geographic, purchase history, and game information as primary model inputs. ● Presented forecasting reports to the ticketing team to inform price setting.