engineering insights
exploring the intersection of energy, technology, and finance through data-driven analysis and practical frameworks
Recent Posts
canada’s clean fuels regs
regulations went live before the supply chains existed. documenting the weird pricing and arbitrage opportunities that emerge when policy meets reality.
energy policy arbitrage
theory driven alpha models
a framework for thinking systematically about returns. from my equity research days covering 16 o&g names to building python tools for alpha generation.
finance frameworks investing
carbon capture economics
deep dive into carbon capture and storage economics. modeling capex, opex, and policy incentives to understand when ccus makes financial sense.
energy economics carbon capture
Projects
Energy Agent Simulation
A multi-agent simulation framework for analyzing energy trading strategies and market dynamics. Built with Python and designed for scalability.
Agent-based modeling Energy market simulation Strategy optimization
Economic Impact Calculator
Modern Python API for calculating jobs, GDP, and economic impacts. Converted from legacy R code to create a fast, scalable solution for policy analysis.
Input-Output modeling Jobs & GDP calculation FastAPI backend
Cleantech Due Diligence
A framework experiment exploring engineering-focused validation for cleantech investments, moving beyond web scraping to thermodynamic analysis.
Technical validation CCS & hydrogen analysis Investment frameworks
About
Engineer turned analyst with experience across energy infrastructure, technology, and finance. Currently exploring the intersection of these domains through data-driven projects and systematic frameworks.