coffee-science

An interactive web tool for real-time simulation of espresso extraction, flow rate, and flavor profiles.

An open-source platform for mastering specialty coffee through science, data, and engineering principles.

Physics model of V60 pour-over coffee fitted to real brews: Darcy flow through a swelling, clogging coffee bed, particle-size-resolved extraction and heat loss, calibrated on frame-by-frame brew-video measurements.

⚙️ GrindForge: Particle Distribution Simulator GrindForge models the physical breakdown of coffee beans into a bimodal distribution—a key characteristic of burr grinders where the output consists of a primary particle peak and a secondary peak of "fines."

A high-fidelity Coffee Roasting & Chemistry Simulator built with Vanilla JS. RoastForge models the emergence of flavor through thermal dynamics, simulating the physical and chemical transformation of green coffee beans into a roast profile.

BrewForge is the second installment in the Forge Series, shifting focus from the chemical transformation of the roast to the physics of extraction. It is a high-fidelity browser-based simulator that models fluid dynamics, thermal decay, and extraction kinetics across multiple brewing methods.

Native Android coffee laboratory: Jetpack Compose, 2026 Tactile Industrial UI, validated Kotlin science, offline BLE brewing, CVA cupping & local RAG.