James Tavita
Software Engineer & Machine-Learning Researcher
Summary
Software engineer, machine-learning researcher, and technical founder. Builds custom software, machine-learning systems, causal-inference research, and AI evaluation infrastructure that help organizations make better decisions. Background spans economics and computer science.
Experience
Founder — Censiq
Current – Present
- Founded and building evaluation infrastructure for AI agents and the people who work alongside them.
- Own product direction, system architecture, and evaluation methodology end to end.
additional prior roles to be added
Education
Background in Economics and Computer Science
institution and dates pending confirmationResearch
Identifying Treatment Effects Under Selection
An interactive walkthrough of a full causal identification workflow — DAG, identification argument, difference-in-differences estimator, and robustness battery — built on clearly labeled synthetic data. (Illustrative demo built on synthetic data.)
Publications
Scott Condie, Gabriel Lehnardt, James Tavita (2026). Oversight Risk: How Committees Shape Portfolios. Journal of Portfolio Management.
Tom Hunsaker, Abdulaziz Alakeel, James Tavita (2026). From Payments to Power: How the PayPal Mafia Shaped Silicon Valley's Venture Landscape. Thunderbird Case Series, Harvard Business Publishing (forthcoming).
Selected Projects
Censiq — Evaluation Infrastructure for AI Agents
Founded and built Censiq to give organizations a defensible, evidence-based way to evaluate AI agents before and after deployment.
Identifying Treatment Effects Under Selection — An Illustrative Study
Built a full interactive walkthrough of a causal identification workflow — DAG, identification argument, estimator, and robustness battery — on clearly labeled synthetic data.
Model Comparison & Causal-vs-Predictive Playground
Built an interactive playground comparing model families on synthetic data and demonstrating why the variable most useful for prediction is not always the variable that should be interpreted causally.
NBA Player Performance Forecasting: CatBoost vs. Random Forest
Built and backtested two full-season forecasting models against real 2024–25 results; CatBoost averaged R² = 0.54 vs. Random Forest's 0.44, and ranking players by how far they beat the model's forecast placed the actual Most Improved Player winner at #2 of 218 eligible players.
Who Leads a Mission — A Study of 504 Mission Presidents
Built a reproducible pipeline and an interactive write-up showing that supply is statistically proportional to membership across US states but strongly disproportionate between countries, and that international leaders are ~4.5x more likely to have previously led a stake after adjusting for age and family size.
Technical Skills
Software Engineering
TypeScript, React / Next.js, Python, API design, Distributed systems
Machine Learning
Forecasting & classification, Model evaluation, Gradient boosting / random forests, Neural networks, Simulation
Causal Inference
Difference-in-differences, Instrumental variables, Regression discontinuity, Synthetic control, Double machine learning
AI Evaluation
Role-specific evaluation design, Simulated work environments, Human-vs-agent comparison, Production monitoring
Tools & Infrastructure
PostgreSQL, Docker, Vercel, Git, CI/CD
Leadership
- Founder, Censiq — evaluation infrastructure for AI agents