Dedicated to advancing blockchain technology and the DeFi/Web3 space through the provision of consulting and economic modeling services to various DeFi protocols. My core responsibilities include:- Analyze protocol mechanisms, with a particular focus on key actors and incentive alignments, predominantly economic incentives. Leveraging a strong foundation in Game Theory, Blockchain Infrastructure, and Mathematics.- Employ agent-based modeling to simulate DeFi protocols and… Show more Dedicated to advancing blockchain technology and the DeFi/Web3 space through the provision of consulting and economic modeling services to various DeFi protocols. My core responsibilities include:- Analyze protocol mechanisms, with a particular focus on key actors and incentive alignments, predominantly economic incentives. Leveraging a strong foundation in Game Theory, Blockchain Infrastructure, and Mathematics.- Employ agent-based modeling to simulate DeFi protocols and ecosystems, allowing for realistic, diverse, and risk-free testing to evaluate the efficiency of these mechanisms in achieving the protocols' objectives.- Analyze simulation data using tools like Python's pandas and numpy libraries.- Conduct research on DeFi economics and infrastructure, encompassing both theoretical exploration and data analysis.- Engage in client communication to deliver insights derived from rigorous analysis and explore alternative solutions within the consulting framework.Achievements:- Successful agent-based modeling of concentrated liquidity (e.g., Uniswap V3) and options (e.g., Panoptic) protocols.- Co-authored a two-part article series focusing on the optimization of challenging periods within optimistic rollups and the decentralization of sequencers. Show less

Worked in the structures and aerodynamics team. The team focus was on the 3D CAD modelling of the UAV; aerodynamics and structural analysis using CFD, XFLR5 and FEM software; manufacturing processes such as CNC machining and composite wing skin production using molds.