Curriculum Vitae
Researcher in Financial Technology, On-Chain Finance & RWA Tokenization
Research Interests
Decentralized finance (DeFi), real-world asset (RWA) tokenization, blended finance, on-chain financial infrastructure, digital asset regulation & policy, and corporate capital structure efficiency.
Education
Thesis: "Real-World Asset Tokenization and Its Impact on Financial Market Efficiency: A Firm-Level Simulation of Apple's Marketable Securities Portfolio"
Examines how tokenization infrastructure influences collateral mobility, liquidity efficiency, and cost-of-capital transmission. Employs a counterfactual simulation of Apple Inc. to measure effects on usable collateral, liquidity buffers, liberated capital, cost of debt, WACC, and ROE.
Working Papers
Conceptualizes blockchain as a governance layer within blended Blue Bond structures to enhance traceability and standardize reporting workflows. Links environmental performance milestones to financial conditionality along the capital stack via smart contracts. Includes an institutional feasibility analysis using France as a pilot case.
Conceptualizes decentralized financial (DeFi) architecture as a structural tool for transnational climate finance. Maps the operational mechanism design of tokenizing "Blue Carbon" Real-World Assets (RWAs) to evaluate their efficiency against traditional funding frameworks.
Research Experience & Projects
Participated in specialized workshops on blended finance structures and environmental impact investments.
Engineered a transparency and risk intelligence dashboard aggregating on-chain data, attestation freshness, and regulatory signals for tokenized assets across MENA.
Constructed Dune Analytics models and real-time dashboards to trace capital flows, protocol fee take-rates, and liquidity balance sheets across decentralized ecosystems.