Available for fintech & quant work

Quantitative systemsengineer building rigorousinfrastructure for markets.

Validation frameworks, real-time data pipelines, production trading systems, and the knowledge architecture that ties them together.

StackPythonTypeScriptNext.jsPandasIBKRDatabentoThree.jsFramer Motion

By the numbers

Built with rigor, measured honestly.

0yr

Validated Market Data

0.0M

Bars Analyzed

0

Knowledge Base Entries

0

Strategies Rigorously Tested

Selected work

Four systems. One thesis.

Each project below was built end-to-end and validated against real market data — not toys.

01
CPCV folds × DSR threshold

Catching the lies backtests tell

Validation Framework

Combinatorial purged cross-validation with deflated Sharpe correction. Tested 19 strategies on 7 years of real market data. Built to flag false positives before they ever see capital.

PythonCPCVDSRPandas
02
2019 ─────────── 2026 • MES + MNQ

From one day to seven years

Market Data Pipeline

Multi-source data infrastructure unifying Databento + IBKR. Discovered and engineered around per-request cost caps. Built reproducible 6.5-year multi-asset history for under $20.

DatabentoIBKRPythonParquet
03
Seven-layer risk stack

Production-grade infrastructure

Trading Systems

Pluggable strategy abstraction, next-bar-fill backtester, seven-layer risk stack, IBC autostart for live IBKR. The plumbing that turns research into something that can trade unattended.

IBKRRisk EnginePythonasyncio
04
9,607 cross-linked entries

A second brain for quant finance

QuantVault

9,607 cross-linked notes across eight domains: strategies, math, microstructure, risk, infrastructure, history, behavioral finance, careers. Designed as production software, not a notes folder.

ObsidianKnowledge GraphRAGMarkdown

Approach

How I think about building for markets.

Validate before you trust

Backtests lie. Selection bias is everywhere. I build validation infrastructure first — CPCV, deflated Sharpe, multi-year out-of-sample — because the cost of believing a false positive is real money.

Real data only

No synthetic series. No simulated prices. Every system is tested against actual market data from Databento and IBKR. The framework enforces this with runtime guards.

Risk is a layer, not an afterthought

Production trading systems need brick walls, not check boxes. Daily-loss limits, pre-emptive kill switches, EOD force-close, news blackouts — every safeguard explicit, every failure mode considered.

Honest about what doesn't work

I shipped the validation framework that disproved my own strategies. That's a feature, not a bug. The same rigor that flags my false positives is what makes my real edges trustworthy.

QUANTITATIVE
ENGINEERING

About

I sit at the intersection of two rare skills.

Most engineers can't quantify what makes a trading strategy actually work. Most traders can't ship production software. I do both.

For the last year I've been building quantitative trading infrastructure from first principles — a validation harness that catches false positives, a multi-year market data pipeline, a production trading system, and a 9,600-entry knowledge architecture for quant finance research.

What I'm doing next: applying that same systems mindset to fintech problems where the engineering depth matters as much as the math.

Focus

Quant systems

Location

United States

Status

Open to work

Stack

Python, TS, Next.js

Markets

CME futures, ETFs

Tools

IBKR, Databento

Let's talk

Have a system worth building?

Open to fintech engineering, quant research, and freelance projects. Reach out and let's see if there's a fit.